CN207083108U - Discrete radio management interchanger - Google Patents
Discrete radio management interchanger Download PDFInfo
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- CN207083108U CN207083108U CN201720583035.1U CN201720583035U CN207083108U CN 207083108 U CN207083108 U CN 207083108U CN 201720583035 U CN201720583035 U CN 201720583035U CN 207083108 U CN207083108 U CN 207083108U
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- configuration
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- administrative unit
- memory cell
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Abstract
A kind of discrete radio management interchanger is the utility model is related to, including：Bluetooth unit, exchange administrative unit and power subsystem；Bluetooth unit receives the first configuration data that external node is sent；Exchanging administrative unit includes：Administrative unit, the first configuration data is received, calculating processing is carried out to the first configuration data, obtain the first configuration parameter, and generate the first configuration signal；Memory cell, receive and store the first configuration parameter；Crosspoint, according to the first configuration configuration parameter of signal acquisition first, and protocol processes are swapped according to the first configuration parameter, the exchange agreement after being handled；Interface unit obtains default exchange data from designated memory cell, and the default data forwarding that exchanges is generated into passage shutdown signal to designated port according to the exchange agreement after processing；Power subsystem, it is bluetooth unit, administrative unit, memory cell, crosspoint and interface unit power supply.
Description
Technical field
It the utility model is related to switch technology field, more particularly to a kind of discrete radio management interchanger.
Background technology
With big data, cloud computing, the extensive commercialization of cloud platform business, traditional close network framework or separate operation
Network application framework is desalinated increasingly in market segment.Major pipeline operator sets up respective one after another with Internet service company
Cloud computer room, partial service O＆M by the way of Public Computer Room is leased.Relative to traditional machine room management, based on big data O＆M
Computer room proposes very harsh requirement to effective real-time of computer room O＆M with high efficiency allocative abilities.If it can not improve
Equipment automatization efficiency, artificial means can only be just relied on, basic O＆M cost will linearly be incremented by with volume of business, in addition people
The unstability of work factor, risk factor increase, and the relation of linear increment can be also presented in air control cost.
The management configuration mode of conventional network data exchange equipment has following technical competence：It is operationally convenient
On, the configuration of console interface needs private line access, in the more big data computer room of frame, equipment riding position height width model
It is non-dismountable to enclose different and fixation, is unfavorable for upgrading equipment and being managed；From operating efficiency, once-through operation can only correspond to
One machine, also can only linear operation successively for overall computer room general character upgrading service；From O＆M cost, if still used
Routine Management pattern, it is desirable to which improving operating efficiency just needs to set up job position, increases O＆M cost.
Utility model content
The purpose of this utility model is the defects of being directed to prior art, there is provided a kind of discrete radio management interchanger, is used
Install the radio management mode of bluetooth unit additional, a data exchange processing of interchanger is managed by discrete switched wireless, can
All or wherein multistation injection volume equipment in configuration management computer room, and without being set successively to every registration respectively by wireline interface again
It is standby to carry out configuration processing, and every registration equipment all has details track record in discrete radio management interchanger,
Can remote real-time monitoring, management registration equipment, so as to reduce the maintenance cost and difficulty of discrete radio management interchanger, and carry
High calculator room equipment group's real-time management efficiency and management precision.
To achieve the above object, the utility model provides a kind of discrete radio management interchanger, and the interchanger includes：
Bluetooth unit, exchange administrative unit and power subsystem；
The bluetooth unit is electrically connected with the administrative unit that exchanges, and receives the first configuration data that external node is sent,
And first configuration data is sent to exchange administrative unit；
The exchange administrative unit includes：Bluetooth unit, administrative unit, memory cell, crosspoint and interface unit；
The administrative unit is connected with the memory cell and the crosspoint respectively, receives the first configuration number
According to carrying out calculating processing to first configuration data, obtain the first configuration parameter, and generate the first configuration signal；The pipe
Reason unit sends first configuration parameter to memory cell, and the described first configuration signal is sent to crosspoint；
The memory cell is connected with the administrative unit, receives and stores first configuration parameter；
The crosspoint is connected with the memory cell, the first configuration ginseng according to the described first configuration signal acquisition
Number, and handled according to the exchange agreement of the first configuration parameter progress discrete radio management interchanger, obtain the place
Exchange agreement after reason；
The interface unit is connected with the crosspoint, is obtained and preset from designated memory cell by the crosspoint
Data are exchanged, the default exchange data forwarding is received by institute to the designated port according to the exchange agreement after the processing
The returned data of designated port is stated, generation passage shutdown signal is sent to the administrative unit；
The administrative unit generates closing control signal according to passage shutdown signal, and is closed according to the closing control signal
Close the bluetooth unit；
The power subsystem, distinguish with the bluetooth unit, administrative unit, memory cell, crosspoint and interface unit
Electrical connection, it is the bluetooth unit, administrative unit, memory cell, crosspoint and interface unit power supply.
Preferably, the interface unit receives the second configuration data that the external node is sent, and described second is configured
Data are transferred to the crosspoint；
The crosspoint receives second configuration data, second configuration data is sent single to the storage
Member, and generate activation signal and be sent to the administrative unit；
The administrative unit obtains second configuration data, to second configuration data according to the activation signal
Calculating processing is carried out, obtains the second configuration parameter, and generates the second configuration signal；The administrative unit joins the described second configuration
Number is sent to the memory cell, and the described second configuration signal is sent to the crosspoint；
The crosspoint, according to the second configuration parameter described in the described second configuration signal acquisition, and according to described second
Configuration parameter carries out the exchange agreement processing of the discrete radio management interchanger, obtains the exchange agreement after the processing；
The interface unit obtains default exchange data from designated memory cell, will according to the exchange agreement after the processing
The default data forwarding that exchanges is to the designated port.
Preferably, the bluetooth unit includes Bluetooth antenna and Bluetooth chip；
The Bluetooth chip is connected with the external node by the Bluetooth antenna；The Bluetooth antenna receives described outer
The first configuration data that portion's node is sent, and first configuration data is sent to the Bluetooth chip；
The Bluetooth chip is connected with the administrative unit, and first configuration data is sent to the administrative unit.
Preferably, the interface unit includes interface end and converter；
The interface end is respectively connected with the external node and the designated port；
The default exchange data are converted to transmission data by the converter, and the transmission data are sent to described
Interface end；
The interface end is according to the exchange agreement after the processing by the data forwarding that sends to the designated port.
The preferable administrative unit carries out calculating processing according to the default safety regulation of application layer to configuration data.
Preferably, the administrative unit sends configuration parameter and configuration data to memory cell；The memory cell connects
Receive and store the configuration parameter and the configuration data.
Preferably, the crosspoint receives the call signal that the administrative unit is sent, and according to the call signal
Configuration parameter needed for being obtained from the memory cell.
It is further preferred that the crosspoint obtains the first configuration according to the call signal from designated memory cell
Parameter and default exchange data, and the default exchange data are sent to the interface unit.
Preferably, the discrete radio management interchanger also includes signal lamp；The signal lamp includes signal lamp interface.
It is further preferred that the interface unit turns the default exchange data according to the exchange agreement after the processing
The designated port is sent to, and generates beacon signal；
Beacon signal described in the signal lamp interface, and drive the signal lamp to dodge according to the beacon signal
It is bright.
The discrete radio management interchanger that the utility model embodiment provides reduces the dimension of discrete radio management interchanger
Cost and maintenance difficulties are protected, improve calculator room equipment group's real-time management efficiency and management precision.In addition, the utility model embodiment
The discrete radio management interchanger provided is realized using independent board, can not have to transform conventional switch type, convenient
System upgrade is carried out on the basis of existing switch, is advantageous to the manufacture of discrete radio management interchanger or the control of upgrade cost
System.
Brief description of the drawings
Fig. 1 is the schematic diagram for the discrete radio management interchanger that the utility model embodiment provides.
Embodiment
Below by drawings and examples, the technical solution of the utility model is described in further detail.
Fig. 1 is the schematic diagram for the discrete radio management interchanger that the utility model embodiment provides, as shown in figure 1, this reality
The discrete radio management interchanger provided with new embodiment includes bluetooth unit 1, exchanges administrative unit 2 and power subsystem 3.It is blue
Tooth unit 1 is connected with exchanging administrative unit 2, exchanges the communication channel that administrative unit 2 provides through bluetooth unit 1 and receives configuration number
According to.
Wherein, exchanging administrative unit 2 includes：Administrative unit 21, memory cell 22, crosspoint 23, the and of interface unit 24
Signal lamp 25.
Power subsystem 3 and bluetooth unit 1, administrative unit 21, memory cell 22, crosspoint 23, interface unit 24 and letter
Signal lamp 25 is electrically connected, and is bluetooth unit 1, administrative unit 21, memory cell 22, crosspoint 23, interface unit 24 and letter
Signal lamp 25 is powered.
Administrative unit 2 is exchanged to be used to provide telecommunications between external node and designated port for discrete radio management interchanger
Number path.Can be different logical by two kinds that exchange that administrative unit 2 provides to the configuration data of discrete radio management interchanger
Road, which enters, to be exchanged in administrative unit 2.
In the specific implementation that the present embodiment provides, the configuration data transmitted by external node passes through bluetooth list
Member 1 is entered in a manner of being wirelessly transferred carries out calculating processing in administrative unit 21.
Here, configuration data can be understood as the configuring request number that external node is sent to discrete radio management interchanger
According to including the default configuration management information configured to discrete radio management interchanger of external node.
Bluetooth unit 1 is connected with external node and administrative unit 21.External node is defeated for the data of a service node
Enter end, administrative unit 21 is data receiver, the electromagnetic wave that external node is provided with exchanging administrative unit 2 by bluetooth unit 1
Path realizes data transfer.In the present embodiment, bluetooth unit 1 receives the first configuration data that external node is sent, and by the
One configuration data is sent to administrative unit 21 with wireless transmission means.
Specifically, bluetooth unit 1 includes Bluetooth antenna 12 and Bluetooth chip 11.Bluetooth chip 11 by Bluetooth antenna 12 with
External node is connected, and receives the first configuration data sent by external node, also, Bluetooth chip 11 and the phase of administrative unit 21
Even, after Bluetooth chip 11 receives the first configuration data, the first configuration data is sent to administrative unit 21 and is managed for configuration.
In a specific example, the operating system for the discrete radio management interchanger that the utility model embodiment provides
In (hereinafter referred to as host computer operating system), there is the SDK (Software for bluetooth unit 1
Development Kit, SDK), the drive software for bluetooth unit 1 and the registration for bluetooth unit 1, the management of management
Software.
SDK is interface software of the host computer operating system to bluetooth unit 1, mainly realizes host computer operating system and indigo plant
The communication of tooth unit 1 is established, using functions such as authentication, instruction interaction, communication end.SDK is by all of above function with using journey
The mode of sequence DLL (Application Programming Interface, API) provides, and is operated according to host computer
System type supports WINDOWS systems, LINUX system and android system respectively.Its nucleus module includes SDK dos command line DOS moulds
Formula, SDK channel managements, SDK use management, the operating system instruction set of bluetooth unit 1, the communication instruction collection of bluetooth unit 1 and upper
Machine operating system version management etc..
Drive software connects host computer operating system and bluetooth unit 1 so that bluetooth unit 1 can be in host computer
Operating system.
Management software is the host computer desktop application software for connecting, operating bluetooth unit 1.It is main that bluetooth unit is provided
The functions such as 1 registration is installed additional, upgrading.Management software mainly includes：Bottom communication module, user-interface design, safety management mould
Block, software cycle management module, script parsing (script syntax check, instruction parsing, batch processing), proof of algorithm module, number
According to modules such as encryption/decryption module and authentication management modules.
The data output end of bluetooth unit 1 only docks with the administrative unit 21 in discrete radio management interchanger, it is therefore prevented that
External equipment bluetooth unit 1 is sent to administrative unit 13 by other communication channels in discrete radio management interchanger
One configuration data carries out malice and distorts or illegally monitor.
Preferably, bluetooth unit 1 has carried out encryption when generating the first configuration parameter to the first configuration parameter and identity is recognized
Card, to prevent configuration parameter to be tampered or steal in transmitting procedure.
In another specific implementation that the present embodiment provides, the configuration data transmitted by external node passes through interface
Unit 24, which enters, carries out calculating processing in administrative unit 21.
Interface unit 24 is connected with being connected external node and designated port.External node is the data of a service node
Input, designated port are the data receiver of another service node, and external node passes through discrete no spool with designated port
The pathway for electrical signals that reason interchanger provides realizes data exchange.The request signal that interface unit 24 is sent according to designated port obtains
The port address of designated port, and the second configuration data is obtained from external node, the second configuration data is sent to crosspoint
23。
Crosspoint 23 is respectively connected with interface unit 24 and memory cell 22.Wherein, the receiving interface of crosspoint 23
The second configuration data that unit 24 is sent, is forwarded to memory cell 22, memory cell 22 is received and stored by the second configuration data
After exchanging data, crosspoint 23 generates activation signal and is sent to administrative unit 21, is worked to activate administrative unit 21.
Two above specific implementation can realize that is, administrative unit 21 can divide by discrete radio management interchanger
Configuration data is not received by wireless and wired mode.No matter administrative unit 21 by which kind of mode receives configuration data, point
Vertical radio management interchanger can be carried out following configuration management processing.
Administrative unit 21 receives configuration data, and according to the default safety regulation of application layer of discrete radio management interchanger
Calculating processing is carried out to configuration data, obtains configuration parameter, and generates configuration signal.Administrative unit 21 is by configuration parameter and configuration
Data are sent to memory cell 22, and configuration signal is sent to crosspoint 23.
Memory cell 22 receives and storage configuration parameter, configuration data, is generated after backup storage configuration parameter, configuration data
Call signal.Crosspoint 23 obtains configuration parameter and default exchange data, and root according to call signal from memory cell 22
The exchange agreement that discrete radio management interchanger is carried out according to configuration parameter is handled, the exchange agreement after being handled.
Interface unit 24 obtains default exchange data first from specified crosspoint 23, then according to the exchange after processing
The default data forwarding that exchanges to the designated port, is received the returned data of designated port, generates passage shutdown signal by agreement
Send to administrative unit 21.
Specifically, interface unit 24 includes interface end 241 and converter 242.Interface end 241 connects external node, specified
Port and crosspoint 23, to obtain the port address of designated port, configuration data and default exchange data.Converter 242
Default exchange data are obtained from interface end 241, default exchange data are converted to the transmission number that can be designated port reading
According to, and sent data are sent to interface end 241.Interface end 241 will send data forwarding extremely according to the exchange agreement after processing
After the port address of designated port, designated port sends returned data to interface end 241, and interface end 241 is given birth to according to returned data
Sent into passage shutdown signal to administrative unit 21.Administrative unit 21 generates closing control signal according to passage shutdown signal, uses
To close bluetooth unit 1.
The connection work of communication link is observed for ease of user, is also wrapped in exchange administrative unit 2 provided by the utility model
Include signal lamp 25.Signal lamp 25 has signal lamp interface 251, and signal lamp 25 passes through signal lamp interface 251 and the phase of interface unit 24
Connection.Signal lamp 25 does the blinking action of regular " bright-dark ", to show port working.Specifically, interface unit 24 is according to processing
Beacon signal is generated when exchange agreement afterwards is by default exchange data forwarding to designated port, signal lamp interface 251 is according to letter
Signal lamp signal drive signal lamp 25 flashes.
Can have simultaneously in the application scenarios of the utility model embodiment, in switch room multiple registered discrete
Radio management interchanger.When external node needs that this switch room is managed for configuration, an external node can lead to
Cross bluetooth unit 1 and/or interface unit 24 while connect registered discrete radio management interchanger in all computer rooms.Pass through
All registered discrete radio management interchangers of institute in computer room are managed for configuration this external node send configuration data, and
Every interchanger is managed for configuration without reality.
The discrete radio management interchanger that the utility model embodiment provides, using the radio management side for installing bluetooth unit additional
Formula, a data exchange processing of interchanger is managed by discrete switched wireless, can be all in configuration management computer room or wherein
Multistation injection volume equipment, and without carrying out configuration processing, and every to every registration equipment successively respectively by wireline interface again
Registration equipment all has details track record in discrete radio management interchanger, can remote real-time monitoring, management registration
Equipment, so as to reduce the maintenance cost and difficulty of discrete radio management interchanger, and improve calculator room equipment group's real-time management
Efficiency and management precision.In addition, the discrete radio management interchanger that the utility model embodiment provides is realized using independent board,
It can not have to transform conventional switch type, it is convenient that system upgrade is carried out on the basis of existing switch, be advantageous to point
The manufacture of vertical radio management interchanger or the control of upgrade cost.
Above-described embodiment, the purpose of this utility model, technical scheme and beneficial effect are entered
One step describes in detail, should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit
Determine the scope of protection of the utility model, it is all within the spirit and principles of the utility model, any modification for being made, equally replace
Change, improve, should be included within the scope of protection of the utility model.
Claims (10)
1. a kind of discrete radio management interchanger, it is characterised in that the interchanger includes：Bluetooth unit, exchange administrative unit
And power subsystem；
The bluetooth unit is connected with the administrative unit that exchanges, and receives the first configuration data that external node is sent, and by institute
The first configuration data is stated to send to exchange administrative unit；
The exchange administrative unit includes：Administrative unit, memory cell, crosspoint and interface unit；
The administrative unit is connected with the memory cell and the crosspoint respectively, receives first configuration data, right
First configuration data carries out calculating processing, obtains the first configuration parameter, and generates the first configuration signal；The administrative unit
First configuration parameter is sent to the memory cell, and the described first configuration signal is sent to the crosspoint；
The memory cell is connected with the administrative unit, receives and stores first configuration parameter；
The crosspoint is connected with the memory cell, the first configuration parameter according to described first configures signal acquisition,
And the exchange agreement that the discrete radio management interchanger is carried out according to first configuration parameter is handled, after obtaining the processing
Exchange agreement；
The interface unit is connected with the crosspoint, and default exchange is obtained from designated memory cell by the crosspoint
Data, the default exchange data forwarding is received by the finger to the designated port according to the exchange agreement after the processing
The returned data of fixed end mouth, generation passage shutdown signal are sent to the administrative unit；
The administrative unit generates closing control signal according to passage shutdown signal, and closes institute according to the closing control signal
State bluetooth unit；
The power subsystem, it is electrically connected respectively with the bluetooth unit, administrative unit, memory cell, crosspoint and interface unit
Connect, be the bluetooth unit, administrative unit, memory cell, crosspoint and interface unit power supply.
2. interchanger according to claim 1, it is characterised in that the interface unit receives what the external node was sent
Second configuration data, second configuration data is transferred to the crosspoint；
The crosspoint receives second configuration data, and second configuration data is sent to the memory cell, and
And generation activation signal is sent to the administrative unit；
The administrative unit obtains second configuration data, second configuration data is carried out according to the activation signal
Calculating is handled, and obtains the second configuration parameter, and generates the second configuration signal；The administrative unit sends out second configuration parameter
The memory cell is delivered to, and the described second configuration signal is sent to the crosspoint；
The crosspoint, according to the second configuration parameter described in the described second configuration signal acquisition, and according to the described second configuration
Parameter carries out the exchange agreement processing of the discrete radio management interchanger, obtains the exchange agreement after the processing；
The interface unit obtains default exchange data from designated memory cell, according to the exchange agreement after the processing by described in
The default data forwarding that exchanges is to the designated port.
3. interchanger according to claim 1, it is characterised in that the bluetooth unit includes Bluetooth antenna and bluetooth core
Piece；
The Bluetooth chip is connected with the external node by the Bluetooth antenna；The Bluetooth antenna receives the outside segments
The first configuration data that point is sent, and first configuration data is sent to the Bluetooth chip；
The Bluetooth chip is connected with the administrative unit, and first configuration data is sent to the administrative unit.
4. interchanger according to claim 1, it is characterised in that the interface unit includes interface end and converter；
The interface end is respectively connected with the external node and the designated port；
The default exchange data are converted to transmission data by the converter, and the transmission data are sent to the interface
End；
The interface end is according to the exchange agreement after the processing by the data forwarding that sends to the designated port.
5. interchanger according to claim 1, it is characterised in that the administrative unit is advised according to the default safety of application layer
Calculating processing then is carried out to configuration data.
6. interchanger according to claim 1, it is characterised in that the administrative unit sends out configuration parameter and configuration data
Deliver to memory cell；The memory cell receives and stores the configuration parameter and the configuration data.
7. interchanger according to claim 1, it is characterised in that the crosspoint receives what the administrative unit was sent
Call signal, and required configuration parameter is obtained from the memory cell according to the call signal.
8. interchanger according to claim 7, it is characterised in that the crosspoint according to the call signal from specify
The first configuration parameter and default exchange data are obtained in memory cell, and the default exchange data are sent to the interface list
Member.
9. interchanger according to claim 1, it is characterised in that the discrete radio management interchanger also includes signal
Lamp；The signal lamp includes signal lamp interface.
10. interchanger according to claim 9, it is characterised in that the interface unit is according to the exchange after the processing
The default exchange data forwarding to the designated port, and is generated beacon signal by agreement；
Beacon signal described in the signal lamp interface, and drive the signal lamp to flash according to the beacon signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720583035.1U CN207083108U (en) | 2017-05-23 | 2017-05-23 | Discrete radio management interchanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720583035.1U CN207083108U (en) | 2017-05-23 | 2017-05-23 | Discrete radio management interchanger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207083108U true CN207083108U (en) | 2018-03-09 |
Family
ID=61436619
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720583035.1U Expired - Fee Related CN207083108U (en) | 2017-05-23 | 2017-05-23 | Discrete radio management interchanger |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207083108U (en) |
-
2017
- 2017-05-23 CN CN201720583035.1U patent/CN207083108U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180309 Termination date: 20190523 |
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| CF01 | Termination of patent right due to non-payment of annual fee |