KR102210569B1 - Integrated communication management system linked to mobile in apartment house - Google Patents

Abstract

The present invention relates to an integrated communication management system associated with a mobile device in an apartment house, which is characterized in that a wireless connection between a set-top box and a wired network is performed by means of a wireless connection device so as to simplify installation for an IPTV service, solve a problem related to an external appearance due to a wired connection, prevent workers of one telecommunication carrier from accessing a telecommunication carrier inlet terminal of the other telecommunication carrier if a QR code generated and transmitted by a mobile terminal of a user and displayed on a mobile terminal of a telecommunication carrier worker is not recognized by a QR code recognizer, and prevent anyone from accessing a user inlet terminal, thereby preventing inconvenience of a user and damage to the user due to excessive termination defense.

Description

Integrated communication management system linked to mobile in apartment house}

The present invention relates to an integrated communication management system in connection with a mobile in an apartment house, among the technologies in the communication field, and more specifically, wirelessly providing an information and communication Internet protocol service capable of automatically setting a wireless connection with a set-top box, Communication integrated management in connection with mobile in apartment houses to prevent inconvenience and damage to users caused by excessive marine fish because operators of each telecommunication company cannot access the input terminals of other telecommunication companies and no one can access the user input terminals. It's about the system.

IPTV (Internet Protocol Television) service provides information and communication Internet services in both directions using an Internet network, and provides various services through integrated management such as Internet search, shopping, and provision of video and broadcasting contents on a television familiar to users. There is this.

Here, in order to implement the IPTV service, a set-top box connected between the television and the IPTV server may be used.

The set-top box does not simply use the Internet network as a broadcasting network to provide digitized information and communication content to users, but integrates it so that users can perform various tasks such as payment for the user's expenses, shopping, and participation in forums. Can provide management services.

However, in the related art, since the line divider and the set-top box are connected by wire, there is a problem during installation, as well as resource consumption such as construction for installation and damage to the interior aesthetic.

As a conventional technology that partially improves this problem, Korean Patent Registration No. 10-1663161 (registered on September 29, 2016) discloses a'wireless connection device that provides an Internet protocol service wirelessly'.

However, in the prior art, since the line entry part connecting the wired network network and the line distributor is open, it is often not connected to the wired network network of the telecommunication company desired by the user, but a case of being connected to the wired network network of the telco There is a back problem.

In particular, each communication company is a situation in which users are generated in the process of excessive and unreasonable maritime language when a user requests termination.

In severe cases, the operator of a telecommunication company enters the telecommunication zone of an apartment house and cuts the lead-in cable of other telecommunications companies, causing users' dissatisfaction with other telecommunications companies to increase. Excessive sea language between telecommunications companies is causing a lot of inconvenience and damage to users. Actually.

In view of this situation, the prior art has a problem in that it is not possible to solve the inconvenience and damage to the user due to excessive marine languages between communication companies.

In order to solve this problem, the Korea Communications Commission solves the damages of excessive maritime language and double billing of carriers, applies the procedure and concept of the mobile phone number portability system to wired products, until the termination of the existing carrier by simply applying to the mobile carrier. It is implementing a one-stop business conversion service to be processed at a time.

The one-stop business conversion service is first implemented from July 27, 2020 for five companies, including SK Telecom, SK Broadband, KT, KT Skylife, and LG U+, and LG HelloVision, Delive, Hyundai HCN, CMB, etc. It is expected to be implemented in July 2021 for cable TV operators.

However, as described above, if an unreasonable act such as cutting the lead-in cable of another telecommunication company due to excessive marine language between telecommunications carriers continues, the inconvenience and damage to the user inevitably continue despite the implementation of the one-stop service provider.

Republic of Korea Patent Registration No. 10-0153677 (registered on July 6, 1998) "Communication zone monitoring and control method of communication zone centralized management system" Republic of Korea Patent Registration No. 10-1663161 (registered on September 29, 2016) contains'a wireless connection device that provides wireless Internet protocol services'

Accordingly, an object of the present invention is to provide an information and communication Internet protocol service capable of automatically setting up a wireless connection with a set-top box wirelessly, and operators of each communication company cannot access the incoming terminal of other communication companies, and the user incoming terminal The goal is to provide an integrated communication management system in connection with the mobile of apartment houses to prevent inconvenience and damage to users caused by excessive marine fish because no one can access it.

The present invention is a line divider connected to a wired network network through a line inlet in order to achieve the above object; IPTV set-top box; And a wireless connection device that wirelessly connects the line distributor and the set-top box to provide an IPTV service, wherein the information communication integrated management system comprises:

The line entry unit is provided for each communication company and includes a plurality of communication company lead-in cables coupled with a communication company lead-in terminal at the front end, and the line divider is connected to each household of an apartment house and includes a user lead-in cable with a user lead-in terminal coupled to the front end. And a connector installed between the line input unit and the line distributor to connect the communication company lead-in terminal and the user lead-in terminal,

It is arranged in the form of a staircase, is installed so as to be opened and closed with an opening and closing plate of a communication company lead-in terminal, and has a locking device to protect the communication company in-line terminal and block unauthorized access;

A user lead-in terminal protecting the user lead-in cable and the user lead-in terminal;

A front-rear moving motor having a hollow front-rear moving motor shaft, which is fixedly installed horizontally on the inner rear side of the main body of the user input terminal protection box, and has a female screw part formed on the inner circumferential surface, a front-rear moving screw having a male screw part meshing with the female screw part, and A front-rear moving means including a front-rear moving table coupled to the front end of the moving screw;

An elevating motor mounted vertically on the front and rear moving platform and having a hollow lifting motor shaft having a female threaded portion on an inner circumferential surface, a lifting screw having a male thread engaging the female threaded portion, and a user lead-in terminal holder coupled to the upper end of the lifting screw. Elevating means comprising; And

A user mobile terminal with a control application that generates and transmits a QR code is installed, an administrator mobile terminal with a control application that generates and transmits a QR code, and a QR code transmitted from the user mobile terminal and the administrator mobile terminal are received and displayed on the screen. When the QR code is recognized by the operator mobile terminal of the operator of the operator, the mobile terminal of the operator of the operator with the application installed, and the QR code reader installed respectively in the protection box of the communication operator, the digital lock of the communication operator's input terminal protection box is unlocked and moves back and forth. It provides a communication integrated management system in connection with the mobile of the apartment house, characterized in that the motor is operated in the retreat direction and the lifting motor is configured to include a control means including a control unit to be operated in the upward or downward direction.

According to the integrated communication management system in connection with the mobile of the apartment house of the present invention, by wirelessly connecting the set-top box and the wired network using a wireless connection device, installation for IPTV service is easy and the aesthetic problem caused by wired connection can be solved. have.

In addition, according to the integrated communication management system in connection with the mobile of the apartment house of the present invention, if the QR code generated and transmitted from the user's mobile terminal and displayed on the mobile terminal of the operator of the operator is not recognized by the QR code reader, each operator of the operator can enter the operator of another operator. Since the terminal cannot be accessed and no one can access the user input terminal, inconvenience and damage to the user due to excessive marine fish can be prevented.

1 to 3 show a first preferred embodiment of a communication integrated management system in connection with a mobile of an apartment house according to the present invention,
1 and 2 are schematic diagrams showing an information communication integrated management system of an information communication building according to the present invention,
3 is a block diagram showing a wireless transceiver in an information communication integrated management system of an information communication building according to the present invention;
4 to 14 show a second preferred embodiment of the integrated communication management system in connection with the mobile of the apartment house according to the present invention,
4 and 5 are perspective views of a line inlet and a line distributor,
6 is an exploded perspective view of a communication company lead-in cable and a communication company lead-in terminal protection box,
7 is an exploded perspective view of a connector and a connector holder,
8 is an exploded perspective view of a user input terminal protection box,
9 is an exploded perspective view of the front and rear moving means and the lifting means,
10 is a block diagram of the control means;
11 is a longitudinal sectional view showing a state in which a communication company lead-in cable and a user lead-in cable are connected through a connector;
12 is a longitudinal cross-sectional view showing a state in which a carrier A cable and a user lead-in cable are separated from a connector A,
13 is a longitudinal cross-sectional view showing a state in which the B communication company lead-in cable is connected to the B communication company connector and the separated user lead-in cable is raised to the B communication company connector position
14 is a longitudinal cross-sectional view showing a state in which a communication company B lead-in cable and a user lead-in cable are connected through a B communication company connector.

Hereinafter, the integrated communication management system in connection with the mobile of the apartment house according to the present invention will be described in detail according to a preferred embodiment illustrated in the accompanying drawings.

1 to 3 show a preferred embodiment of a communication integrated management system in connection with the mobile of the apartment house according to the present invention.

Referring to FIG. 1, an information communication integrated management system for an information communication building according to the present invention includes a line distributor 1, a set-top box 2, and a wireless connection device 10.

A line divider (1), a set-top box (2), a display device (3), a terminal (4) and a wireless connection device (10) may be provided in each home of the apartment house, and the wireless connection device (10) is 1 wireless transceiver (10a) and a second wireless transceiver (10b).

The line divider 1 can provide a network service in the home by distributing a line of the wired network network n connected to the home through the line inlet unit a.

Various types of wired or wireless networks can be formed in the home, but the networks formed in the home are eventually connected to the wired network network (n) through the line distributor (1), and through this, communication with external networks such as the Internet is performed. can do.

Although not shown, terminals directly connected to the line divider 1 and connected to the wired network network n may be included, and the first wireless transceiver 10a of the wireless connection device 10 is also connected to the line divider 1 It is connected and can transmit and receive data packets and the like from the distributed lines.

The terminal 4 may include a wired terminal, a wireless terminal, etc., a personal computer (PC), a notebook (Notebook-sized Personal Computer), etc. are included in the wired terminal, and PDA (Personal Digital Assistant), a smart phone are included in the wireless terminal. , IMT-2000 phone, GSM phone, GPRS phone, WCDMA phone, UMTS phone, MBS phone, etc. may be included.

In addition, the wireless terminal may include any other terminal, server, system, etc., as long as it can perform voice or data communication wirelessly.

The wired terminal may be directly connected to the line divider 1, and the wireless terminals may be connected to the first wireless transceiver 10a and connected to the wired network network n through the wireless transceiver 10a.

The display device 3 may be a device that outputs an image, image, or sound. The display device 3 may be connected to the set-top box 2 and may output an image, image, or sound according to a data packet transmitted from the set-top box 2.

The display device 3 can be implemented through LCD (Liquid Crystal Display), LED (Light Emitting Diode), OLED (Organic Light Emitting Diode), PDP (Plasma Display Panel), CRT (Cathode Ray Tube), etc. Anything that can visually output images or images can be used.

The set-top box 2 is connected to the display device 3 to control an image, image, sound, etc. output from the display device 3.

The set-top box 2 may be connected to an IPTV server that provides digital broadcasting, analog broadcasting, video on demand (VOD), etc., and the content transmitted from the IPTV server is transmitted through the display device 3. Can be printed.

The set-top box 2 does not unilaterally broadcast the content as in a conventional broadcasting system, but can provide the content and the like while performing two-way communication with a user watching the display device 3.

That is, according to the set-top box 2, the display device 3 can operate as an IPTV (Internet Protocol Television), and a user can search through the Internet, shopping, provide video and broadcast contents, etc. Service can be provided.

The wireless connection device 10 may wirelessly connect a network between the line divider 1 and the set-top box 2. Conventionally, the line divider 1 and the set-top box 2 were directly connected by wire, but since the installation environment in each home is different, the location of the line entry part a is the location of the display device 3 designated by the user. There may be cases far away from it.

For example, there may be a case where the line entry part (a) in a home is located in a shoe rack, a kitchen, a room, etc. and the display device 3 is located in a living room.

In this case, the position of the line entry (a) is changed by performing relocation work of UPT (Unshielded Twisted Pair) cables, or from the line entry (a) by fixing the UPT cable to the floor or wall of the home. It is necessary to extend and connect a UTP cable to the display device 3.

That is, in the related art, since the line divider 1 and the set-top box 2 were connected by wire, there were difficulties during installation, and there were problems such as resource consumption such as construction for installation and damage to the aesthetics of the home. On the other hand, if the wireless connection device 10 is used, it is possible to wirelessly connect the line distributor 1 and the set-top box 2, so that the connection is easy and advantageous effects such as maintaining the aesthetics in the home can be obtained. I can.

The wireless connection device 10 may include a first wireless transceiver 10a and a second wireless transceiver 10b.

The first wireless transceiver 10a may be connected to the line divider 1, and the second wireless transceiver 10b may be connected to the set-top box 2.

The first wireless transceiver 10a may receive a data packet from the line divider 1, and may convert the received data packet into a wireless signal format and output it.

The second wireless transceiver 10b can receive a wireless signal transmitted by the first wireless transceiver 10a, and transmits a data packet extracted from the wireless signal to the set-top box 2 so that the display device 3 provides an IPTV service. Can be made to provide.

The first wireless transceiver 10a can transmit wireless signals to other terminals 4 located in the home to provide network services. In particular, the second wireless transceiver 10b can transmit data packets through a dedicated channel. Can be transmitted.

On the other hand, in Figure 1, the set-top box 2 and the second wireless transceiver (10b) are shown in different configurations, but as shown in Figure 2, the second wireless transceiver (10b) and the set-top box (2) are combined. Thus, an embodiment implemented in one configuration is also possible.

The second wireless transceiver 10b may be implemented as one module included in the set-top box 2, and may perform the same operation as the second wireless transceiver 10b.

Referring to FIG. 3, the wireless transceiver may include a wired communication unit 11, a wireless communication unit 12, a control unit 13, a conversion unit 14 and an authentication unit 15.

As shown in Figure 1, the wireless transceivers (10a, 10b) can be classified into a first wireless transceiver (10a) and a second wireless transceiver (10b), respectively, each operation may be different from each other. First, a specific configuration of the first wireless transceiver 10a will be described.

The wired communication unit 11 may perform wired communication with a wired network n connected to the line divider 1.

That is, the data packet of the wired network n transmitted through the line divider 1 may be received, and then the data packet received from the second wireless transceiver 10b may be transmitted to the wired network n. The wired communication unit 11 receiving the data packet from the line divider 1 may transmit the data packet to the control unit 13.

The wireless communication unit 12 may perform wireless communication with the second wireless transceiver 10b or the terminal 4 located in the home.

That is, data packets received by the wired communication unit 11 may be converted into wireless signals through the wireless communication unit 12 and transmitted to the second wireless transceiver 10b or the terminal 4.

The wireless communication unit 12 may convert received data packets into wireless signals each having a preset frequency band according to an input control signal and transmit the converted data packets. Depending on the embodiment, the first wireless transceiver 10a may operate as a router that performs a wireless signal relay function for another terminal 4 or the like by utilizing the wireless communication unit 12.

The first wireless transceiver 10a may form a dedicated channel with the second wireless transceiver 10b in order to guarantee the quality of service (QoS) of the IPTV.

That is, when the wireless communication unit 12 transmits each data packet in the home, the data packet transmitted to the second wireless transceiver 10b is transmitted through a dedicated channel, thereby guaranteeing the QoS of the IPTV service. Specifically, the dedicated channel may be set by differently setting a frequency band of a radio signal for transmitting each data packet.

For example, in the case of a data packet transmitted to the second wireless transceiver (10b), it may be transmitted through a dedicated channel utilizing a frequency bandwidth of 5 GHz, and other than the wireless signal may be transmitted using a frequency bandwidth of 2.4 GHz. .

Therefore, since only data packets for IPTV service are transmitted in a frequency band of 5 GHz, it is possible to maintain a constant QoS of IPTV service. Here, a frequency band applied by the wireless communication unit 12 to each data packet is set according to a control signal input to the wireless communication unit 12, and the control signal may be input by the control unit 13.

The control unit 13 can perform a function of controlling the overall operation of the first wireless transceiver 10a, and applies a control signal to the wireless communication unit 12 to determine the frequency band of the wireless signal transmitted by the wireless communication unit 12. Can be set.

The control unit 13 may determine the IPTV data packet using the destination address set in the received data packet, and apply a control signal to the wireless communication unit 12 to transmit the determined IPTV data packet through a dedicated channel. have.

The control unit 13 may apply a control signal to the IPTV data packet to generate a radio signal having a preset dedicated frequency band, and by the control signal, the wireless communication unit 12 transmits the IPTV data packet to a dedicated frequency band. It can be transmitted as a wireless signal. Accordingly, the IPTV data packet may be transmitted through a dedicated channel using the dedicated frequency band.

Meanwhile, in order to set a dedicated channel between the first wireless transmitter and receiver 10a and the second wireless transmitter and receiver 10b, it is necessary to perform setup for connection with each other in advance.

To this end, first, the controller 13 may set a fixed MAC address of the first wireless transceiver 10a.

The first wireless transceiver 10a may have a dedicated channel for communication with the second wireless transceiver 10b and a basic channel for communication with the terminal 40 in the rest of the home, and the MAC address for the dedicated channel and the basic channel Each can exist.

Here, the MAC address for the dedicated channel may be set as a fixed MAC address, and a fixed MAC address may also be set in the second wireless transceiver 10b.

Accordingly, a dedicated channel between the first wireless transceiver 10a and the second wireless transceiver 10b may be set to allow connection only to devices having a preset fixed MAC address.

That is, since connection through a dedicated channel is not allowed for other wireless devices other than the first wireless transceiver 10a and the second wireless transceiver 10b, the first wireless transceiver 10a and the second wireless transceiver 10b By using the dedicated channel of, it is possible to improve security and provide high-quality IPTV service.

The control unit 13 may generate authentication information for accessing the first wireless transceiver 10a, and when a confirmation signal is received from the adjacent second wireless transceiver 10b, the control unit 13 transmits a response signal to the second wireless transceiver 10b. Can be controlled to transmit.

The authentication information may be generated by the authentication unit 15, and the authentication information may include information on an ID (Identification), a password, and an encryption method of the first wireless transceiver 10a.

Thereafter, when the confirmation signal transmitted by the second wireless transceiver 10b is received, the controller 13 can determine that there is a second wireless transceiver 10b accessible to the first wireless transceiver 10a, and the A response signal may be transmitted to the second wireless transceiver 10b.

Thereafter, when an authentication information request signal is received from the second wireless transceiver 10b that has received the response signal, the control unit 13 may control to transmit the authentication information to the second wireless transceiver 10b.

Therefore, when the second wireless transceiver 10b accesses the first wireless transceiver 10a by using the authentication information, a dedicated channel can be formed between the second wireless transceiver 10b and the second wireless transceiver 10b.

The control unit 13 may set priorities for data packets received by the wired communication unit 11, and in particular, may give the IPTV data packets the highest priority.

The control unit 13 sets the highest priority on the IPTV data packet destined for the second wireless transmitter and receiver 10b and controls it to be processed before other data packets, thereby ensuring QoS for the IPTV service.

The control unit 13 can determine whether the data packet received from the circuit divider 1 corresponds to a multicast packet, and if it corresponds to a multicast packet, it is converted into a unicast type packet. can do.

Depending on the embodiment, it is also possible to convert the multicast type data packet into a unicast type packet by using the configuration of the separately provided conversion unit 14.

When multicast type channel stream data is converted into a wireless signal and transmitted, quality deterioration may occur. In order to prevent this, the controller 13 converts the multicast type data into a unicast type and transmits it. can do.

Here, only the contents of the first wireless transceiver (10a) transmitting the data packet received from the line divider (1) to the second wireless transceiver (10b) is presented, but on the contrary, the first wireless transceiver (10a) is the second wireless transceiver. It is also possible to transmit the data packet or the like received from (10b) to the circuit divider 1. In addition, the first wireless transceiver 10a may be implemented using a wireless access point that performs a wireless signal relay function for terminals 4 located in the home.

Meanwhile, in the case of the second wireless transceiver 10b, a wired communication unit 11, a wireless communication unit 12, a control unit 13, a conversion unit 14, and an authentication unit 15 may be included.

The wireless communication unit 12 may receive a wireless signal transmitted from the first wireless transceiver 10a using a dedicated channel.

The first wireless transceiver 10a may transmit a radio signal having a preset dedicated frequency band, and the wireless communication unit 12 may receive a radio signal transmitted through the dedicated frequency band. Thereafter, the wireless communication unit 12 may transmit the received wireless signal to the control unit 13.

The control unit 13 may extract a data packet included in the received wireless signal and provide the extracted data packet to the wired communication unit 11.

Meanwhile, in order to set a dedicated channel with the first wireless transceiver (10a), the control unit 13 sets a fixed MAC address of the second wireless transceiver (10b), and thereafter, the fixed MAC address of the first wireless transceiver (10a). Confirmation signals can be transmitted periodically.

In addition, when a response signal is received from the first wireless transceiver (10a), the control unit 13 may transmit an authentication information request signal to the first wireless transceiver (10a), and receive the authentication information from the first wireless transceiver (10a). Then, access to the first wireless transceiver 10a can be performed using the authentication information.

The wired communication unit 11 may be connected to the set-top box 2 and may provide the data packet extracted by the control unit 13 to the set-top box 2.

In addition, a data packet provided by the set-top box 2 may be received, and the received data packet may then be transmitted to the first wireless transmitter and receiver 10a through the control unit 13 and the wireless communication unit 12.

On the other hand, the first wireless transceiver (10a) and the second wireless transceiver (10b) included in the wireless connection device 10 may be substantially the same device, according to the configuration to be connected, the first wireless transceiver (10a) and the second 2 It can be distinguished by a wireless transceiver (10b).

That is, when connected to the line divider 1, it can operate as the first wireless transceiver 10a, and when connected to the set-top box 2, it can operate as the second wireless transceiver 10b.

However, depending on the embodiment, it is also possible to implement the first wireless transceiver (10a) and the second wireless transceiver (10b) by dividing them into dedicated devices.

4 to 14 show a second preferred embodiment of the integrated communication management system in connection with the mobile of the apartment house according to the present invention.

In the integrated communication management system in connection with the mobile of the apartment house according to the present embodiment, the line entry part (a) is provided for each communication company, and a plurality of communication company lead-in cables (11, 121, 131) are combined at the front end. 110, 120, 130), wherein the line divider 1 is connected to each household of an apartment house and includes a user lead-in cable 140 coupled to a user lead-in terminal 141 at a front end, and the line inlet portion It includes connectors 210, 220, and 230 installed between (a) and the line divider 1 to connect the communication company lead-in terminals 111, 121, 131 and the user lead-in terminal 141.

The connector (210, 220, 230) has a first socket (211, 221, 231) to which the communication company lead terminal (111, 121, 131) is inserted and connected to one end, and the user lead terminal (141) is inserted and connected. It includes a second socket (212, 222, 232).

In the drawing, the communication company lead-in cables (110, 120, 130) and the user lead-in cable 140 are composed of an optical cable, and the communication company lead-in terminals (111, 121, 131) and the user lead-in terminal 141 are used to connect the optical cable. It is formed of a used plug terminal, and the connector (210, 220, 230) is an example in which an optical cable connector is formed, but it can also be composed of a TP cable (Twisted Pair Cable) used as a conventional LAN cable. In this case, a lead-in terminal Is composed of a LAN cable plug terminal, and the connector is composed of a LAN cable socket connector.

The connectors 210, 220, and 230 are fixed to the connector holder 240 at regular intervals up and down.

The connector holder 240 includes a left connector holder 241 having a semicircular coupling groove 242 into which the left half of the outer peripheral surface of the connectors 210, 220, 230 is inserted on the right side, and connectors 210, 220, 230 on the left side. ) May be composed of a right connector holder 243 formed with a semicircular coupling groove 244 into which the right half of the outer peripheral surface is inserted.

The connectors 210, 220, 230 insert the left half and the right half of the outer circumferential surfaces of the connectors 210, 220 and 230 into the semicircular coupling grooves 242 and 244, respectively, and the left connector holder 241 and the right connector holder 243 ) To the left and right through the bolt (B1) and fastening the nut (N1) can be supported by the connector holder 240.

The communication service provider input terminals 111, 121, and 131 of the communication service provider lead cable (110, 120, 130) are inserted into the communication service provider lead-in terminal protection box (310, 320, 330) arranged in the form of a staircase to protect and block unauthorized access. do.

The communication company inlet terminal protection box 310, 320, 330 is a main body of a communication company inlet terminal in which a connector inlet (312, 322, 332) is formed at the rear end and a telecommunication company inlet terminal entrance (313, 323, 333) is formed at the front side. It consists of (311, 321, 331), and the communication company inlet terminal protection box opening and closing plates (314, 324, 334) for opening and closing the communication company inlet terminal entrance (313, 323, 333).

The communication service provider incoming terminal protection box opening and closing plates 314, 324, and 334 are connected to the communication company incoming terminal protection box main body 311. 321. 333 by hinges 315, 325, and 335 so as to be open and closed.

In the communication service provider input terminal entrance (313, 323, 333) of the communication service company input terminal protection box (310, 320, 330) and the communication service company input terminal protection box opening and closing plates (314, 324, 334), the communication service company lead cable (110, 120, 130). ) Are inserted semicircular insertion grooves (316, 326, 336, 317, 327, 337) are formed.

The communication company lead-in cables (110, 120, 130), connectors (210, 220, 230), and the carrier lead-in terminal protection boxes (310, 320, 330) are installed in different floors, and need to be classified for each communication company in the following description. In the case, A carrier's lead-in cable 110, A carrier's lead-in terminal (111), A carrier's connector 210, A carrier's lead-in terminal protection box 310, and the middle layer's B carrier lead-in cable 120, B carrier Inlet terminal 121, B telecommunication company connector 220, B telecommunication company lead-in terminal protection box 320, and C carrier lead-in cable 130, C carrier lead-in terminal 131, C carrier connector 230, C It will be described by dividing it into a communication company incoming terminal protection box 330.

The first sockets (211, 221, 231) of the connector (210, 220, 230) can connect or separate the communication company inlet terminals (111, 121, 131) through the communication company inlet terminal entrance (313, 323, 333). To be extended.

The communication company incoming terminal protection box main body 311, 321, 331 may be supported on a support (not shown) fixed to the wall of the communication port.

Digital locking devices 341, 342, and 343 are installed on the communication company incoming terminal protection box main body 311, 321, 331 and the communication company incoming terminal protection box opening and closing plates 314, 324, and 334.

The user lead-in cable 140 and the user lead-in terminal 141 are protected by a user lead-in terminal protection box 400.

The user lead-in terminal protection box 400 is a connection position where the user lead-in cable 140 and the user lead-in terminal 141 advance and are connected to the second sockets 212, 222, 232 of the connectors 210, 220, 230 And the user-input cable 140 and the user-input cable 140 and the user-input cable are retracted from the second sockets 212, 222, 232 of the connectors 210, 220, 230 and separated from the separation location. It is configured to provide an elevating space so that the 140 and the user input terminal 141 can elevate and be selectively connected to the connectors 210, 220, and 230.

The user input terminal protection box 400 includes a user input terminal protection box body (410ㅁ) whose rear is opened, and a user input terminal protection box that is coupled to the rear opening portion of the user input terminal protection box body 410 It consists of 420.

The user input terminal protection box body 410 has a terminal through hole 411 through which the user input terminal 141 passes, and the user lead cable 140 penetrates the user input terminal protection box opening and closing plate 420 The cable through hole 421 is formed.

The user input terminal protection box 400 protects the user input terminal with an anchor bolt buried in the wall of the communication port, and a flange portion 412 formed at the rear edge of the main body 410 and the user input terminal protection box By passing through the edge of 420 and fastening a nut, it can be fixed to the wall of the communication port.

In the drawing, four communication company lead-in cables (110, 120, 130) and user lead-in cables 140, respectively, allocated to the communication service provider input terminal protection box 310, 320, 330 and the user input terminal protection box 400 are shown. However, the number can be changed according to the number of households in each apartment building.

In the interior of the user lead-in terminal protection box 400, a back-and-forth movement means 500 for moving the user lead-in terminal 141 back and forth, and an elevating means 600 for lifting the user lead-in terminal 141 are provided.

The front-rear moving means 500 is a front-rear moving motor having a hollow front-rear moving motor shaft 511 that is fixedly installed horizontally on the inner rear side of the user input terminal protection box main body 410 and has a female thread 512 on the inner circumferential surface (510), a front-rear moving screw 520 having a male screw portion 521 engaged with the female screw portion 512, and a front-rear moving table 530 coupled to the front end of the front-rear moving screw 520 .

The front and rear moving motor 510 may be mounted on a motor support 513 fixed to the bottom of the user input terminal protection box main body 410.

The elevating means 600 is mounted vertically on the front and rear moving platform 530 and has an elevating motor 610 having a hollow elevating motor shaft 611 having a female threaded portion 612 formed on the inner circumferential surface thereof, and the female threading portion 612 ) And a user lead-in terminal holder 630 coupled to an upper end of the lifting screw 620 and a lifting screw 620 having a male screw portion 621 engaged therein.

The front and rear moving table 530 has a vertical portion 531 to which the front end of the front and rear moving screw 520 is coupled, and a pair of horizontal portions 532 extending forward from the upper and lower ends of the vertical portion 531, The lifting motor 610 may be mounted between the upper and lower pair of horizontal portions 532.

A through hole 533 through which the lifting screw 620 passes is formed in the horizontal portion 532.

The user lead-in terminal holder 630 has an upper user lead-in terminal holder 631 formed on the lower surface and has a semicircular coupling groove 632 into which the upper half of the outer peripheral surface of the user lead-in terminal 141 is inserted, and the user lead-in terminal is formed on the upper surface. The lower half of the outer circumferential surface of 141 is composed of a lower user input terminal holder 633 having a semicircular coupling groove 634 into which the lower half is inserted.

The user lead-in terminal 141 inserts the upper and lower half of the outer circumferential surface of the user lead-in terminal 141 into the semicircular coupling grooves 632 and 634, respectively, and into the upper user lead-in terminal holder 631 and the lower user lead-in terminal holder 633. By passing the bolt (B2) up and down and fastening the nut (N2) can be supported by the user lead-in terminal holder 630.

In addition, a control means 700 for controlling the locking devices 341, 342, and 343, the forward and backward movement motor 510 and the elevating motor 610 is provided.

The control means 700 includes a user mobile terminal 710 installed with a control application for generating and transmitting a QR code (QR), and an administrator mobile terminal 720 installed with a control application for generating and transmitting a QR code (QR). , The operator mobile terminal (731, 732, 733) installed with a work application that receives the QR code (QR) transmitted from the user mobile terminal 710 and the manager mobile terminal 720 and displays it on the screen, and the mobile operator When the QR code reader (741, 742, 743) installed in the terminal protection box (310, 320, 330) and the QR code reader (741, 742, 743) are recognized, the incoming terminal of the carrier is protected The digital locking devices 341, 342, 343 of the boxes 310, 320, 330 are unlocked, the front and rear moving motor 510 is operated in the retreat direction, and the lifting motor 610 is operated in the upward or downward direction. It includes a control unit 750.

The QR code (QR) is generated differently for each mobile operator of the user, and even if the QR code readers 741, 742, 743 of another communication company are accessed, the locking devices 341, 342, 343 of the other communication companies are not unlocked. , Control of the front and rear moving means 500 and the elevating means 600 is not made.

In addition, the QR code (QR) includes an expiration date so that the above-described operation does not occur when the expiration period has elapsed, or is deleted when the expiration period is elapsed in the control application installed in the mobile terminal of the operator of the operator It can also prevent unauthorized use.

Hereinafter, a connection between the communication company lead-in cables 110, 120, and 130 and the user lead-in cable 140 according to the present embodiment and a process of switching a communication company will be described.

In a state in which the user lead-in terminal 141 of the user lead-in cable 140 is connected to the carrier A lead-in terminal 111 of the A carrier lead-in cable 110 through the A carrier connector 210 (see FIG. 11), for example, the user If A wants to change the carrier from A carrier to B carrier,

The control application is activated in the user mobile terminal 710, and a QR code (QR) is generated and transmitted to the operator mobile terminal 732 of the operator B.

In the mobile terminal 732 of the operator B, the control application is activated and the received QR code (QR) is displayed on the screen.

When the QR code (QR) displayed on the screen of the operator B operator's mobile terminal 732 is recognized by the QR code recognizer 742 installed in the corresponding B communication company incoming terminal protection box 320, the B communication company's incoming terminal protection box 320 As the locking device 342 is unlocked, the front and rear moving motor 510 is operated in the retreat direction, and the lifting motor 610 is operated in the upward direction.

As the locking device 342 of the B communication company lead-in terminal protection box 320 is unlocked, the B communication company lead-in terminal protection box opening/closing plate 324 may be opened.

As the front and rear moving motor 510 is moved in the retreat direction, the front and rear moving motor shaft 511 rotates in a clockwise direction when viewed from the front.

When the front and rear moving motor shaft 511 rotates in a clockwise direction, the front and rear moving screw 520 due to the screwing action of the female threaded portion 512 of the front and rear moving motor shaft 511 and the male screw portion 521 of the front and rear moving screw 520 Will retreat.

As the front and rear moving screw 520 retreats, the front and rear moving table 530 coupled to the front end of the front and rear moving screw 520, and the lifting motor 610 and the lifting screw 620 mounted on the front and rear moving table 530 And the user lead-in terminal holder 630 is retracted, and the user lead-in terminal 141 supported by the user lead-in terminal holder 630 and the user lead-in cable 140 connected thereto are retracted, so that the user lead-in terminal 141 It is separated from the connector 210 (see Fig. 12).

In addition, as the lifting motor 610 is operated in the upward direction, the lifting motor shaft 611 rotates in a counterclockwise direction when viewed from the top.

When the lifting motor shaft 611 rotates counterclockwise, the lifting screw 620 rises due to the screwing action of the female threaded portion 612 of the lifting motor shaft 611 and the male threaded portion 621 of the lifting screw 620 Is done.

As the elevating screw 620 rises, the user lead-in terminal holder 630 coupled to the upper end of the elevating screw 620 rises, and the user lead-in terminal 141 supported by the user lead-in terminal holder 630 The connected user lead-in cable 140 rises so that the user lead-in terminal 141 is maintained at a height accessible to the B communication company connector 220 (see FIG. 13).

In this state, the B communication company lead-in terminal 121 of the B communication company lead-in cable 120 is inserted through the B communication company lead-in terminal entrance 323 of the B communication company lead-in terminal protection box main body 321, 1 can be connected to the socket 221.

Finally, the front-rear moving motor 510 is moved in the forward direction so that the front-rear moving motor shaft 511 rotates counterclockwise when viewed from the front.

When the front and rear moving motor shaft 511 rotates in a counterclockwise direction, the front and rear moving screw 520 due to the screwing action of the female threaded portion 512 of the front and rear moving motor shaft 511 and the male threaded portion 521 of the front and rear moving screw 520 ) Moves forward.

As the front and rear moving screw 520 advances, the front and rear moving platform 530 coupled to the front end of the front and rear moving screw 520, and the lifting motor 610 and the lifting screw 620 mounted on the front and rear moving table 530 And the user lead-in terminal holder 630 is retracted, and the user lead-in terminal 141 supported by the user lead-in terminal holder 630 and the user lead-in cable 140 connected thereto are advanced so that the user lead-in terminal 141 is It is connected to the second socket 222 of the connector 220 (see Fig. 14).

As a result, the user input terminal 141 is separated from the A communication company connector 210 and is connected to the B communication company connector 220 so that communication company switching is performed.

When the open communication company B incoming terminal protection box opening/closing plate 324 is closed, the locking device 342 is locked.

In this way, the user input terminal 141 of the user lead cable 140 is selectively connected to the communication company lead terminal (111, 121, 131) of the communication company lead cable (110, 120, 130) through the connector (210, 220, 230). Can be connected to.

In addition, the communication company A input terminal 111, which was previously connected to the user input terminal 141, is connected to the A communication company connector 210, but the user input terminal 141 is connected to the B communication company connector 220. Therefore, it is possible to change the carrier without cooperation with the carrier A.

The communication company A lead-in cable 110 from which the operator A lead-in terminal 111 is separated from the user lead-in terminal 141 can be retrieved later in cooperation with the manager of the management office.

That is, when the QR code (QR) generated by the administrator mobile terminal 720 and transmitted to the operator mobile terminal 731 of the operator A is recognized by the QR code recognizer 741 installed in the incoming terminal protection box 310 of the operator A, A The locking device 341 of the communication company lead-in terminal protection box 310 is unlocked so that the A communication company lead-in terminal protection box opening/closing plate 314 of the A communication company lead-in terminal protection box 310 may be opened.

Accordingly, the operator of the operator A can recover the lead-in cable of the operator A by separating the lead-in terminal 111 of the carrier A of the terminated line from the connector 210 of the carrier A.

In addition, even when each communication company replaces the old communication company lead-in cables (110, 120, 130) and the communication company lead-in terminals (111, 121, 131) collectively, the operator of the communication company consults with the manager of the management office and By receiving the QR code (QR) on the mobile terminal 730 of the operator of the operator, open the opening and closing plates 314, 324, and 334 of the communication operator incoming terminal protection box 310, 320, 330 by the method described above, Replacement can be performed.

As described above, only the operator of the corresponding telecommunication company for which the user has applied for subscription can connect the telecommunication carrier lead-in terminals 111, 121, 131 connected to the telecommunication company lead-in cables 110, 120, 130 to the telecommunication company connectors 210, 220, 230. In addition, the user input terminal 141 connected to the user lead cable 140 is automatically connected to the connector 210, 220, 230 of the corresponding communication company by the front and rear moving means 500, the lifting means 600, and the control unit 700. Because it is connected, operators of each communication company cannot access the incoming terminals 111, 121, 131 of other carriers, and no one can access the user incoming terminals 141, so that inconvenience and damage caused by excessive marine fish can be prevented. do.

Although the examples have been described above, the present invention is not limited to the above-described embodiments, and those of ordinary skill in the technical field to which the present invention belongs without departing from the gist of the invention as claimed in the following claims. Anyone can implement various modifications, so it will be said that such modifications also belong to the technical idea of the present invention.

n: wired network a: line entry
1: line distributor 2: set-top box
3: display device 4: terminal
10: wireless transceiver 10a, 10b: first, second wireless transceiver
110, 120, 130: communication company lead-in cable
111, 121, 131: communication company incoming terminal
140: user lead-in cable 141: user lead-in terminal
210, 220, 230: communication company connector
240: connector holder
310, 320, 330: Protects the incoming terminal of communication company
400: User input terminal is protected
500: forward and backward movement means 510: forward and backward movement motor
520: front and rear moving screw 530: front and rear moving platform
600: elevating means 610: elevating motor
620: lifting screw 630: user lead-in terminal holder
700: control means 710: user mobile terminal
720: administrator mobile terminal 731, 732, 733: operator mobile terminal
741, 742, 743: QR code reader
750: control unit QR: QR code

Claims (1)

A line distributor connected to a wired network network through a line entry unit; IPTV set-top box; And a wireless connection device that wirelessly connects the line distributor and the set-top box to provide an IPTV service, wherein the information communication integrated management system comprises:
The line entry unit is provided for each communication company and includes a plurality of communication company lead-in cables coupled with a communication company lead-in terminal at the front end, and the line divider is connected to each household of an apartment house and includes a user lead-in cable with a user lead-in terminal coupled to the front end. And a connector installed between the line input unit and the line distributor to connect the communication company lead-in terminal and the user lead-in terminal,
It is arranged in the form of a staircase, is installed so as to be opened and closed with an opening and closing plate of a communication company lead-in terminal, and has a locking device to protect the communication company in-line terminal and block unauthorized access;
A user lead-in terminal protecting the user lead-in cable and the user lead-in terminal;
A front-rear moving motor having a hollow front-rear moving motor shaft, which is fixedly installed horizontally on the inner rear side of the main body of the user input terminal protection box, and has a female threaded portion on the inner circumferential surface, a front-rear moving screw having a male threaded portion engaged with the female screw, A front-rear moving means including a front-rear moving table coupled to the front end of the moving screw;
An elevating motor mounted vertically on the front and rear moving platform and having a hollow lifting motor shaft having a female threaded portion on an inner circumferential surface, a lifting screw having a male thread engaging the female threaded portion, and a user lead-in terminal holder coupled to the upper end of the lifting screw. Elevating means comprising; And
A user mobile terminal with a control application that generates and transmits a QR code is installed, an administrator mobile terminal with a control application that generates and transmits a QR code, and a QR code transmitted from the user mobile terminal and the administrator mobile terminal are received and displayed on the screen. When the QR code is recognized by the operator mobile terminal of the operator of the operator, the mobile terminal of the operator of the operator with the application installed, and the QR code reader installed respectively in the protection box of the communication operator, the digital lock device of the operator's input terminal protection box is unlocked and moves back and forth A communication integrated management system in connection with the mobile of an apartment house, characterized in that it comprises a control means including a control unit that operates the motor in a retreat direction and the elevating motor is operated in an upward or downward direction.

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