CN201699902U

CN201699902U - Distributing frame port

Info

Publication number: CN201699902U
Application number: CN2010201738848U
Authority: CN
Inventors: 周笑春
Original assignee: BEIJING LONGYUAN XINSHENG TECHNOLOGY Co Ltd
Current assignee: BEIJING LONGYUAN XINSHENG TECHNOLOGY Co Ltd
Priority date: 2010-04-26
Filing date: 2010-04-26
Publication date: 2011-01-05
Anticipated expiration: 2020-04-26

Abstract

The utility model provides a distributing frame port, which is characterized by comprising a port body and a detecting circuit for detecting whether the inside of the port body is connected with a jumper wire or not. The detecting circuit in the distributing frame port can detect whether the inside of the port body is connected with the jumper wire or not, thereby being capable of conveniently and fast detecting connecting states of the port, and realizing intelligent management and maintenance of a comprehensive wire distributing system.

Description

The distributing frame port

Technical field

The utility model relates to the comprehensive wiring technology, relates in particular to a kind of distributing frame port.

Background technology

Comprehensive wiring system is the basis of network system, and computer and communication network all rely on wiring system as the physical basis of network connection and the passage of message transmission.Comprehensive wiring system is just as the nerve in the body for modern building, it has adopted a series of high-quality standard materials, with modular compound mode, voice, data, image and part control signal system are carried out comprehensively with unified transmission medium, through unified planning and designing, comprehensively in the standard set wiring system, the system of modern architecture is organically coupled together, for the system integration of modern architecture provides physical transmission medium.

After the comprehensive wiring system construction is finished, the user never has processing mode preferably to the maintenance management work of whole comprehensive wiring system, most users still mainly rely on the data that craft or Microsoft Excel come record management workflow and modification, these way to manages are because searching fault time long, original record revises factors such as change is nonstandard, work handover is imperfect can to cause comprehensive wiring system to manage in use for some time very chaotic, even cause the final paralysis of comprehensive wiring system.Need to provide a kind of scheme that can carry out intelligent management and maintenance to comprehensive wiring system thus.

The utility model content

The purpose of this utility model is to provide a kind of distributing frame port, to realize that comprehensive wiring system is carried out intelligent management and maintenance.

To achieve these goals, the utility model provides a kind of distributing frame port, comprising: whether port body, detect in the described port body testing circuit of tie jumper.

Further, described port body is RJ45 port or optical fiber interface.

Further, described testing circuit is contact-making switch, electric switch or optoelectronic switch; Described testing circuit is positioned at front end, rear end or the inboard of described port body.

Further, this distributing frame port also comprises: display screen; Described display screen is LED display, OLED display screen or LCD display; The type of described LED display is dot matrix or stroke.

Further described display location is in described port body top, below, left side or right side.

The distributing frame port that the utility model provides, by the testing circuit in the port, can detect whether be connected with wire jumper in the port body, can detect the connection status of port thus easily and fast, realize comprehensive wiring system is carried out intelligent management and maintenance.

Description of drawings

Fig. 1 is the schematic diagram of the utility model distributing frame port embodiment;

The schematic diagram of the electronic wiring frame of the distributing frame port that comprises the utility model and provide is provided Fig. 2.

Main description of reference numerals:

11-distributing frame body; The 13-port;

The 131-port body; The 133-testing circuit;

The 135-display screen; The 15-control module;

The 151-controller; 153-state acquisition unit;

The 155-indicative control unit; The 157-communication unit.

Embodiment

Further specify the technical scheme of the utility model embodiment below in conjunction with the drawings and specific embodiments.

Fig. 1 is the schematic diagram of the utility model distributing frame port embodiment, and as shown in Figure 1, this port one 3 comprises: port body 131 and testing circuit 133; Wherein this testing circuit 133 is used for whether tie jumper of detection port body 131.This port one 3 is positioned on the electronic wiring frame.

Further, port body 131 can be the RJ45 port, also can be optical fiber interface.In the present embodiment, port body all is a standard interface, promptly need not the wire jumper interface is improved, and can finish intelligent management and maintenance to comprehensive wiring system.

Further again, this port one 3 can also comprise display screen 135.

Testing circuit 133 can be contact-making switch, electric switch or optoelectronic switch.This testing circuit 133 can be positioned at front end, rear end or the inboard of port body 131.Whether the port body 131 that testing circuit is used for detecting this port one 3 is connected with wire jumper, when being connected with wire jumper in the port body 131, testing circuit just can send information to the control module of outside, to represent being connected with wire jumper in this port one 3, promptly is inserted with wire jumper in this port; When testing circuit sent information less than the control module to the outside, then representing did not have tie jumper in this port one 3.

Display screen 135 can be LED (Light Emitting Diode, light-emitting diode) display screen, also can be OLED (Organic Light-Emitting Diode, Organic Light Emitting Diode) display screen or LCD (Liquid Crystal Display, LCD) display screen, present embodiment do not limit the kind of display screen.Wherein, the type of LED display can be lattice type, also can be stroke type, and wherein, stroke type can comprise seven sections, eight sections or 16 sections etc.Display screen 135 is positioned near the port body, can be used to show the state information of this port body tie jumper.This display screen can be arranged in top, below, left side or the right side (figure is an example to be positioned at the top only) of port body 131.When the display screen in the port one 3 is used to show the state information of port body 131 of this port one 3, when in port one 3, being connected with wire jumper, outside control module just receives the information that testing circuit sends, this control module shows the state information of this port with regard to control display screen then, for example whether display port is connected with wire jumper, the port numbering that perhaps shows the port that is connected with wire jumper, can find the equipment that is connected with this port easily by this port numbering, perhaps show facility information or the positional information that is connected with this port, can know equipment or the position that is connected with this port intuitively by this facility information or positional information, perhaps show the port numbers of the switch that is connected with this port etc.; Present embodiment does not limit the content of concrete state information, and this state information can be any content relevant with this port.With often use manual tag to identify port numbering in the prior art to compare, present embodiment can carry out the maintenance and management of port simply and easily by the state information that shows on the display screen, saves time and laborsaving.

The schematic diagram of the electronic wiring frame of the distributing frame port that comprises the utility model and provide is provided Fig. 2, and as shown in Figure 2, this electronic wiring frame comprises: distributing frame body 11, port one 3 and control module 15; Port one 3 includes port body 131, testing circuit 133 and display screen 135; Control module 15 is electrically connected with port one 3, and the input of control module 15 links to each other with testing circuit 133 on the port one 3, and the output of control module 15 links to each other with display screen 135 on the port one 3.

Testing circuit 133 can be contact-making switch, electric switch or optoelectronic switch.This testing circuit 133 can be positioned at front end, rear end or the inboard of port body 131.In the time of in wire jumper inserts port body 131, promptly when wire jumper was connected with port body 131, testing circuit can be squeezed, touches or block optical fiber, triggered the signal of telecommunication thus and gave control module, was inserted with wire jumper to inform in this port of control module.

Control module 15 may further include: controller 151, state acquisition unit 153, indicative control unit 155 and communication unit 157.Controller 151, state acquisition unit 153 and testing circuit 133 are electrically connected in turn; Controller 151, indicative control unit 155 and display screen 135 are electrically connected in turn; Controller 151 is electrically connected with communication unit 157.

State acquisition unit 153 is by scanning testing circuit 133, and the perhaps information sent by receiving test circuit 133 of state acquisition unit 153 can be known the connection situation of wire jumper in the port at these testing circuit 133 places; And state acquisition unit 153 sends to controller 151 with the connection situation of the port that collects.

Controller comes the demonstration of control display screen 135 according to the connection situation of the port of state acquisition unit 153 transmissions by indicative control unit 155.Controller can be MCU, ARM or FPGA etc.

Communication unit 157 is used for this control module 15 and is connected with the outside.Communication unit can be supported USB or RS232.After controller can be handled the link information of the port that gets access to, the information after will handling by communication unit 157 sent to outside control centre, so that outside control centre's further administering and maintaining distributing frame; Controller can also receive the state information that outside control centre sends by communication unit, according to the demonstration of this state information control display screen.

Can comprise one or more port ones 3 in this electronic wiring frame.This port one 3 can be distributed on the distributing frame body 11 with form arbitrarily.When electronic wiring frame comprises a plurality of port one 3, a plurality of port ones 3 can singlely be arranged on the distributing frame body 11, also can arrange more and be arranged on the distributing frame body 11, can be arranged on the distributing frame body 11 with other forms, present embodiment does not limit the distribution situation of port on distributing frame body 11 yet.

Electronic wiring frame in the present embodiment can be supported multiple cable, for example copper cable Cat.5E, Cat.6, Cat.6A, non-shielded cable, shielded cable; Wherein, shielded cable comprises multimode optical cable and single mode fiber cable.This electronic wiring frame can also be supported multiple joint commonly used, for example: LC, ST, SC, MTRJ etc.

Illustrate below and use this electronic wiring frame comprehensive wiring system to be carried out the flow process of maintenance and management:

Insert wire jumper in some ports on electronic wiring frame; When inserting wire jumper in this port, wire jumper touches the contact-making switch in the port, makes this contact-making switch closure; The state acquisition unit gets access to the triggering signal that this contact-making switch closure is sent by scanning, and this triggering signal is sent to controller, makes controller get access to and has inserted wire jumper in this port; The controller display screen of controlling this port by indicative control unit shows then, can on display screen, demonstrate this port and be in connection status at present, can also on display screen, demonstrate other state informations of this port, these state informations for example can be the number information of this port, the facility information or the positional information that link to each other with this port, perhaps port numbers of the switch that is connected with this port etc., wherein, these state informations can be manual entries, also can be predefined information, can also be canned data in the database of outside control centre; And after controller can also be handled this trigger message, send to outside control centre by communication unit, for example controller will send to outside control centre by Ethernet as the signal of telecommunication of the trigger message generation packet of encoding; Loosening being connected when disconnecting of this wire jumper and port of causing takes place in wire jumper in being inserted in port, and contact-making switch disconnects, and controller can be known the information that this port disconnects by the state acquisition unit thus; Controller passes through indicative control unit control display screen not display message or control display screen display alarm information then, be connected to remind this port to disconnect with wire jumper, wherein, this prompting message can be a light flash, also can be the color that shows when being different from normal condition.By said process, can reach real-time monitoring and safeguard the wire jumper connection status of each port, realize maintenance and management to comprehensive wiring system.

Present embodiment, controller scans testing circuit by the state acquisition unit, can detect the connection status of each port and wire jumper, and on display screen, demonstrate the state information of each port according to detected connection state information by indicative control unit; The wire jumper connection status of each port can be monitored and safeguard to the electronic wiring frame that uses the utility model to provide thus in real time, realizes intelligent management and maintenance to comprehensive wiring system.

It should be noted that at last: above embodiment only in order to the explanation the technical solution of the utility model, is not intended to limit; Although the utility model is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the spirit and scope of each embodiment technical scheme of the utility model.

Claims

1. a distributing frame port is characterized in that, comprising:

Whether port body detects in the described port body testing circuit of tie jumper.

2. distributing frame port according to claim 1 is characterized in that, described port body is RJ45 port or optical fiber interface.

3. distributing frame port according to claim 1 and 2 is characterized in that, described testing circuit is contact-making switch, electric switch or optoelectronic switch.

4. distributing frame port according to claim 3 is characterized in that, described testing circuit is positioned at front end, rear end or the inboard of described port body.

5. distributing frame port according to claim 1 is characterized in that, also comprises: display screen.

6. distributing frame port according to claim 5 is characterized in that, described display location is in described port body top, below, left side or right side.

7. according to claim 5 or 6 described distributing frame ports, it is characterized in that described display screen is LED display, OLED display screen or LCD display.

8. distributing frame port according to claim 7 is characterized in that, the type of described LED display is dot matrix or stroke.