KR200322164Y1 - Commonness apparatus and lan card for its apparatus, hub for its apparatus - Google Patents

Abstract

The present invention relates to a shared card, a LAN card for a shared device, and a hub for a shared device. Among them, in the commoning apparatus, a hub having a plurality of terminal parts in which data lines and telephone lines are connected to one side and each signal corresponding to the data line and the telephone line is divided into groups and formed integrally on the other side. Wow; LAN card; One end of the first terminal is coupled to any one of the respective terminal portion of the hub and the second terminal of the other end is inserted into the terminal groove for the hub formed in the LAN card and the data signal and telephone transmitted from the data line and the telephone line to the hub A LAN line for transmitting a signal to a corresponding LAN card; A terminal groove for a telephone formed in the LAN card and connected to the terminal terminal groove for a hub by a connection line to connect the telephone signal; One end is connected to the terminal groove for the telephone and the other end is connected to a normal telephone, characterized in that it comprises a telephone line for transmitting the telephone signal transmitted from the telephone line to the hub via the LAN card to the telephone.

In this way, the telephone line can be directly connected to the LAN card in an office or the like, so that the telephone line can be used, thereby reducing the length of the unnecessary telephone line.

Description

Common apparatus and lan card for its apparatus, hub for its apparatus}

The present invention relates to a common device, a LAN card for a common device, a hub for a common device, and more particularly, to reduce the length of an unnecessarily stretched telephone line by allowing a telephone to be used by directly connecting a telephone line to a LAN card in an office or the like. It is about the common device, the LAN card for the device, and the hub for the device.

The so-called computer is a general term for a machine that automatically processes calculations and data using electronic circuits. In the past, these computers were commonly used for research purposes in corporations and universities.

However, with the recent increase in the popularity of personal computers (hereinafter referred to as "computers"), computers are no longer used only for research purposes.

For example, children use computers for school homework or games. This isn't just about children, it's used for students to write reports, and computers are widely used as tools for doing business in companies and offices.

In addition, when individuals send and receive their own information and / or letters, computer and mobile Internet environment, various kinds of e-mails, computer is no longer a professional research tool, it is no longer a professional research tool, it is widely penetrated into the lives of ordinary people We can see that it is a means of supporting our lives.

Therefore, if you look at a typical home, you can easily find a case where one computer is provided. In addition, when many people work together in one space, such as an office, a personal computer is also provided on a desk prepared for each person.

On the other hand, in the case of a company provided with a plurality of computers, the computer is equipped with a LAN card, and the hub is prepared in order to enable the network between each other and the Internet environment is set up. Thus, after mounting one LAN card in the computer body, each LAN card is connected to the hub via a LAN line. Of course, the hub is connected to the Internet cable that enters the office. As such, by connecting a hub and a LAN card, a mutual network environment is established between the computers.

On the other hand, in addition to the computer, the desk is provided with at least one telephone for performing a task. The telephones are each coupled to the telephone connector via a separate telephone line different from the LAN line. This type of computer and telephone installation is a common deployment in any company or office.

By the way, it is true that it is not practical to use space just by putting both computer and telephone on a relatively narrow desk. However, if you look more closely, you can see that the LAN card and the hub inserted into the computer main body are connected through a LAN line, and the phone is connected to a separate telephone connector through a telephone line.

Of course, if you use a computer and telephone personally at home, you may not feel any inconvenience, but in terms of offices where many people live together, elongated LAN lines and telephone lines at each desk not only hurt your aesthetics, It's not easy to tell which LAN line you are on or which phone line is connected to your phone. If you change your desk arrangement or move, you will have a difficult experience dealing with more stretched LAN and telephone lines.

Therefore, considering that LAN cards are provided in one computer for network configuration, and LAN cards and hubs are connected by mutual LAN lines, the LAN cards and hubs can be used to shorten the length of unnecessary stretched telephone lines. We need a means to do it.

Accordingly, an object of the present invention is to provide a common device, a LAN card for a common device, and a hub for a common device, by which a telephone line can be directly connected to a LAN card in an office to use a telephone. It is.

1 is a schematic perspective view of a common apparatus according to the present invention,

2 is a configuration diagram between a hub and a LAN line in the commoning apparatus shown in FIG. 1;

FIG. 3 is a block diagram of a LAN card, a LAN line, and a telephone line in the common device shown in FIG. 1.

* Explanation of symbols for the main parts of the drawings

10: computer 20: hub

30: LAN card 40: telephone

50: LAN 60: telephone line

According to the present invention, a data line and a telephone line are respectively connected to one side, and a plurality of terminal parts are formed on the other side and each signal corresponding to the data line and the telephone line is divided into groups and formed integrally. Herbs; LAN card; One end of the first terminal is coupled to any one of the respective terminal portion of the hub and the second terminal of the other end is inserted into the terminal groove for the hub formed in the LAN card and the data signal and telephone transmitted from the data line and the telephone line to the hub A LAN line for transmitting a signal to a corresponding LAN card; A terminal groove for a telephone formed in the LAN card and connected to the terminal terminal groove for a hub by a connection line to connect the telephone signal; One end is coupled to the terminal groove for the telephone and the other end is connected to a conventional telephone, and is achieved by a common apparatus comprising a telephone line for transmitting a telephone signal transmitted from the telephone line to the hub via the LAN card to the telephone.

On the other hand, according to another field of the present invention, the above object is also achieved by a common card LAN card for the hub terminal groove and the telephone terminal groove is formed integrally in the shared device of claim 1.

On the other hand, according to another field of the present invention, the object of the present invention, the data line and the telephone line is connected to one side and the signal line corresponding to the data line and the telephone line on the other side, respectively, in a mutual group unit It is also achieved by a hub for a shared device having a plurality of terminal portions which are divided and integrally formed.

Hereinafter, with reference to the accompanying drawings will be described in detail for the subject innovation.

1 is a schematic perspective view of a shared device according to the present invention, Figure 2 is a block diagram between the hub and the LAN line of the shared device shown in Figure 1, Figure 3 of the shared device shown in Figure 1 LAN card, LAN line and telephone line It is a schematic diagram of the liver.

As shown in these figures, the shared device according to the present invention, by connecting the telephone line 60 directly to the LAN card 30 in the office, such that the telephone 40 can be used, the length of the telephone line 60 unnecessarily stretched It is used to shorten the time.

Therefore, in order to provide a shared device according to the present invention, first, a computer, an improved hub 20, an improved LAN card 30, and a telephone 40 must be provided.

The computer has a monitor (not shown), a main body including a main board, a RAM, a graphics card, a sound card, and the like for outputting an image to the monitor, and an input device for inputting predetermined information into the main body.

Hereinafter, for convenience of description, the body will be described as a computer 10. The back of the computer 10 is formed with a plurality of slots 10a for mounting the LAN card 30 as well as the graphic card and sound card described above.

As described above, the hub 20 is used for a network configuration between the computers 10 in an office or the like. For reference, the hub 20 refers to a device that connects equipment in an office or a short distance using a cable when configuring a LAN in a network field.

In general, it functions as a network connection with the computer 10 or printers, connection with another network (other hub) in a short distance, connection with network equipment such as a router, network status check, and signal amplification function.

A connection or concentrator that connects the computers 10 to the LAN in a star form by branching from a LAN connected in the form of a bus, and connects each node (connected computer) to the LAN as well as in the data sent in packet units from each node. It also reads the address of the receiving node and sends the data to the receiving node. It is also called a switching hub because of its ability to connect (switch) data based on its address.

One side of the hub 20 is connected to the data line 21 connected to the Internet cable flowing into the office. One side of the data line 21 is also connected with a telephone line 22 to which a signal relating to telephone is connected from the telephone station. Terminal coupling portions 21a and 22a which are detachably coupled to the data connector 23 and the telephone connector 24 are provided at the ends of each data line 21 and the telephone line 22.

The other side of the hub 20 is formed with a plurality of terminal portions 25 formed to be recessed from the plate surface. Each terminal portion 25 is provided for connection through a number of computers 10 and LAN lines 50, depending on the type of hub 20, having four terminal portions, or having eight or sixteen terminal portions. And the like.

If one of each of the terminal portion 25 is introduced in detail as follows. As illustrated in FIG. 2, eight pin connecting portions 26 contacting the eight pins 52 formed on the first terminal 51 of the LAN line 50 to be described later are formed in the terminal portion 25.

At this time, the eight pin connectors 26 are separated into four, respectively, the first pin connector 26a of one group is connected to the data line 21 and the second pin connector 26b of the other group is a telephone line. Is connected to (22). Correspondingly, eight pins 52 are formed at the first terminal 51 of the LAN 50, and the first pin 52a of the group is connected to the first pin connecting portion 26a for transferring the data signal. The second pin 52b of the other group, which is connected, is connected to the second pin connector 26b that carries the telephone signal.

Therefore, in the LAN line 50, a data signal line 53 for transmitting a data signal to the LAN card 30 and a telephone signal line 54 for transmitting a phone signal to the LAN card 30 are provided, respectively. It is connected to the second terminal 55 of (50).

Similarly to the first terminal 51, eight pins 56 are formed in the second terminal 55, and a third pin 56a of one group is connected to the data signal line 53. The fourth pin 56b of the group is connected to the telephone signal line 54.

The computer 10 is equipped with a LAN card 30 as a means for building a network environment. The LAN card 30 is integrally formed with a hub terminal groove 31 and a telephone terminal groove 34 for mounting the LAN wire 50 for receiving a data signal from the hub 20.

Eight pin connecting portions 32 are formed in the terminal groove 31 for hub. The eight pin connecting portions 32 are separated into four, respectively, and the third pin connecting portion 32a of one group contacts the third pin 56a formed on the second terminal 55 of the LAN 50, thereby providing a data signal. To the computer 10. In addition, the fourth pin connector 32b of another group contacts the fourth pin 56b formed on the second terminal 55 of the LAN 50 to direct a telephone signal to the adjacent telephone terminal through the dummy line 57. Transfer to groove 34.

The telephone line 60 is coupled to the terminal groove 34 for the telephone formed in the LAN card 30. The telephone line 60 is connected to a terminal groove 34 for a telephone and the other end is connected to a normal telephone 40, and the telephone signal transmitted from the telephone line 22 to the hub 20 is transferred to the LAN card 30. ) To the telephone 40.

Accordingly, in a state in which the data line 21 and the telephone line 22 are connected to the hub 20, the first terminal 51 of the LAN line 50 is connected to the terminal portion 25 formed in the hub 20, and the LAN line The second terminal 55 of 50 is inserted into the hub terminal groove 31 formed in the LAN card 30. The telephone line 60 inserts one end into the telephone terminal groove 34 for the telephone formed in the LAN card 30 and connects the other end to the telephone 40 mounted on a desk or the like.

When the installation is completed, the data signal through the Internet cable flowing into the office is introduced along the data line 21, and then directed to the hub 20. Then, after heading to the terminal portion 25 of the hub 20, the data signal line 53 through the first pin 52a formed on the first terminal 51 of the LAN line 50 through the first pin connecting portion 26a. ) Is transmitted to the third pin connecting portion 32a of the LAN card 30 via the third pin 56a of the second terminal 55, thereby establishing a network environment of the computer 10.

On the other hand, the telephone signal flowing into the office is directed to the hub 20 through the telephone line 22, and then formed at the first terminal 51 of the LAN 50 through the second pin connecting portion 26b. The second pin 52b is transmitted to the fourth pin connecting portion 32b of the LAN card 30 via the telephone signal line 54 via the fourth pin 56b of the second terminal 55. Then, a telephone signal is sent to the pin connecting portion 35 formed in the terminal groove 34 for the telephone via the dummy line 57.

As described above, the phone 40 is connected to one end of the telephone by the terminal groove 34 for the telephone and the other end is connected to the telephone 40 in a state in which a telephone signal is applied to the pin connecting portion 35 formed in the terminal groove 34 for the telephone. Will be available.

As such, when the telephone line 60 is directly connected to the LAN card 30, it is possible to provide an effect of shortening the length of the telephone line 60 that is unnecessarily stretched.

Therefore, in the office with many computers 10 and telephones 40, it is possible to prevent LAN lines 50 and telephone lines 60 from intermingling with each other to hinder aesthetics.

As described above, according to the present invention, a LAN for a commoning device, a common card for the commoning device, a hub for the commoning device, and a device for shortening the length of an unnecessarily stretched telephone line by allowing a telephone to be used by directly connecting a telephone line to a LAN card in an office or the like. Is provided.

Claims (3)

A hub having a plurality of terminal parts connected to one side of the data line and the telephone line, and each other of the signals corresponding to the data line and the telephone line divided into groups and formed integrally with each other; LAN card; One end of the first terminal is coupled to any one of the respective terminal portion of the hub and the second terminal of the other end is inserted into the terminal groove for the hub formed in the LAN card and the data signal and telephone transmitted from the data line and the telephone line to the hub A LAN line for transmitting a signal to a corresponding LAN card; A terminal groove for a telephone formed in the LAN card and connected to the terminal terminal groove for a hub by a connection line to connect the telephone signal; And a telephone line, one end of which is coupled to the terminal groove for the telephone and the other end of which is connected to a normal telephone and transmits a telephone signal transmitted from the telephone line to the hub to the telephone via the LAN card. The LAN card for the shared device, wherein the terminal terminal groove for the hub and the terminal groove for the telephone are integrally formed in the shared device of claim 1. In the commoning apparatus of claim 1, a data line and a telephone line are respectively connected to one side, and on the other side, each signal corresponding to the data line and the telephone line is divided into a group unit, and a plurality of terminal parts are formed integrally. Herb.