CN111935299B - Communication equipment - Google Patents
Communication equipment Download PDFInfo
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- CN111935299B CN111935299B CN202010835008.5A CN202010835008A CN111935299B CN 111935299 B CN111935299 B CN 111935299B CN 202010835008 A CN202010835008 A CN 202010835008A CN 111935299 B CN111935299 B CN 111935299B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L61/00—Network arrangements, protocols or services for addressing or naming
- H04L61/50—Address allocation
- H04L61/5007—Internet protocol [IP] addresses
- H04L61/5014—Internet protocol [IP] addresses using dynamic host configuration protocol [DHCP] or bootstrap protocol [BOOTP]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- Computer Networks & Wireless Communication (AREA)
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- Mobile Radio Communication Systems (AREA)
Abstract
The invention discloses a communication device, which is provided with an external network module and is used for configuring the network configuration of an external network end; the configuration connection module is used for configuring different physical identifiers of the first communication unit and the external network terminal, connecting the access request terminal with the first communication unit and enabling the access request terminal to acquire the physical identifier returned to the access request terminal by the first communication unit; the external network end conversion connection module is used for calling the Repeater module, traversing the database of the first communication unit, finding a connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; and if the first communication unit successfully acquires the physical identifier of the external network end, closing the dynamic host configuration protocol module.
Description
Technical Field
The invention relates to a device in the field of communication, in particular to communication equipment.
Background
The communication device is generally used in industrial control environment, and includes wired communication devices and wireless communication devices, where the wired communication devices include serial communication devices, professional bus type communication devices, industrial ethernet communication devices, and conversion devices between various communication protocols. Wireless communication equipment such as wireless AP equipment, wireless network cards and even antennas; the communication equipment is mainly used for communication in industrial control, in the traditional technology, an access request end needs to communicate with an access terminal through an external network end, the request end needs to be connected with the external network end (such as the internet) in practical use, then the access terminal is connected through the external network end, especially, the request end or the access terminal can be the internet of things equipment under the condition that the current internet of things is developed quickly, then in the prior art, if the communication among the internet of things equipment is realized, a data link layer and/or a network layer is often needed to carry out various configurations, the configurations are not completely made before leaving a factory, users need to operate and control, much inconvenience is caused, and especially, many problems are often caused in the configuration connection of physical identifiers or the operation and control of the users in the scene that the communication can be realized through connection coding connection.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides the communication equipment, which realizes that the access request end is directly connected with the external network end through the first communication unit, also realizes that the access request end is directly and automatically connected with the access terminal, comprehensively realizes that the access request end is directly and automatically connected with the access terminal, and solves the background technical problem.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a communication apparatus includes: configuring a first communication unit working at a data link layer, wherein the first communication unit is used for connecting an external network end and an access request end; the first communication unit comprises a Repeater module, a database configured with the Repeater module, a dynamic host configuration protocol module for distributing physical identification, and further comprises: the configuration external network module is used for configuring the network configuration of the external network end; the configuration connection module is used for configuring different physical identifiers of the first communication unit and the external network terminal, connecting the access request terminal with the first communication unit and enabling the access request terminal to acquire the physical identifier returned to the access request terminal by the first communication unit; the external network end conversion connection module is used for calling the Repeater module, traversing the database of the first communication unit, finding a connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module; the access terminal conversion connection module cuts off the connection between the access request terminal and the first communication unit, at least allocates one period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishes the connection between the access request terminal and the first communication unit, and acquires a new physical identifier returned to the access request terminal by the first communication unit; the first communication unit enables the access request terminal to be directly connected with the external network terminal through the first communication unit; the system also comprises a second communication unit configured to work in a network layer, wherein the second communication unit is used for connecting the external network end and the access terminal.
In a preferred or alternative embodiment, said physical identity comprises an internet protocol address; the basic structure of the first communication unit adopts a network bridge; the network configuration for configuring the external network end is to enable the external network end to be connected with a network, and comprises a network connection interface for configuring the external network end, wherein the external network end at least comprises a router.
In a preferred or optional embodiment, the method comprises configuring a second communication unit operating in a network layer, wherein the second communication unit is used for connecting an external network terminal and an access terminal; the second communication unit comprises a first control module, a search connection module and a second control module; the first control module is used for starting a connection command of the second communication unit; the search connection module is used for enabling the second communication unit to start a search mode, the second communication unit uses a preset first connection code, whether an access terminal corresponding to the first connection code exists is searched in a preset period, and if the access terminal corresponding to the first connection code exists, a connection request comprising secondary connection code and decoding information is sent to the corresponding access terminal so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code is not searched after a plurality of periods; and the second control module is used for closing the search mode after the second communication unit is successfully connected with the terminal.
In a preferred or alternative embodiment, the second communication unit comprises a router, the first connection code or the second connection code comprises a service set identifier, the decoding information comprises an encryption key, and the corresponding access terminal configures the communication link.
In a preferred or alternative embodiment, the initiating of the search mode includes configuring the second communications unit to communicate wirelessly and initiating a wireless coverage search.
In a preferred or optional embodiment, before sending a connection request including the secondary connection coding and decoding information to a corresponding access terminal, a connection request sent by the access terminal is first obtained, where the connection request sent by the access terminal at least includes a local area network address and device type information of the access terminal.
The method has the advantages that the access request end is directly connected with the external network end through the first communication unit, the access request end is directly and automatically connected with the access terminal, the access request end and the access terminal are comprehensively and automatically connected, the background technical problem is solved, and particularly, the method mainly comprises the steps of converting a connection module through the external network end, calling a Repeater module, traversing a database of the first communication unit, finding the connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module; the access terminal conversion connection module cuts off the connection between the access request terminal and the first communication unit, at least allocates one period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishes the connection between the access request terminal and the first communication unit, and obtains a new physical identifier returned to the access request terminal by the first communication unit so as to realize the direct connection between the access request terminal and the external network terminal through the first communication unit. The method comprises the steps that a search mode is started through a second communication unit, the second communication unit uses a preset first connection code, whether an access terminal corresponding to the first connection code exists or not is preset in a period, and if the access terminal corresponding to the first connection code exists, a connection request comprising secondary connection code and decoding information is sent to the corresponding access terminal, so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; if the access terminal corresponding to the first connection code is not searched after a plurality of periods, the search is stopped, and if the second communication unit is successfully connected with the terminal, the search mode is closed, so that direct automatic connection between the access request terminal and the access terminal is realized, the direct automatic connection between the access request terminal and the access terminal is comprehensively realized, the user does not need to operate and control the access terminal, the time is saved, and the convenience is increased; in addition, the direct automatic connection of the access request end and the target end comprising the router through a network bridge of a data link layer can be realized in specific application, and the direct automatic connection of the access terminal and the external network end through the initiating end comprising the router can also be realized.
Detailed Description
The communication device of the embodiment of the application comprises: configuring a first communication unit working at a data link layer, wherein the first communication unit is used for connecting an external network end and an access request end; the first communication unit comprises a Repeater module, a database configured with the Repeater module, a dynamic host configuration protocol module for distributing physical identification, and further comprises:
the configuration external network module is used for configuring the network configuration of the external network end;
the configuration connection module is used for configuring different physical identifiers of the first communication unit and the external network terminal, connecting the access request terminal with the first communication unit and enabling the access request terminal to acquire the physical identifier returned to the access request terminal by the first communication unit;
the external network end conversion connection module is used for calling the Repeater module, traversing the database of the first communication unit, finding a connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module;
the access terminal conversion connection module cuts off the connection between the access request terminal and the first communication unit, at least allocates one period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishes the connection between the access request terminal and the first communication unit, and acquires a new physical identifier returned to the access request terminal by the first communication unit; the first communication unit enables the access request terminal to be directly connected with the external network terminal through the first communication unit;
the communication device in the embodiment of the present application further includes a second communication unit configured to operate in a network layer, where the second communication unit is used to connect the external network end and the access terminal.
In the implementation, a first communication unit working on a data link layer is configured, and the first communication unit is at least provided with a Repeater module and a database configured with the Repeater module, and is also provided with a dynamic host configuration protocol module;
firstly, configuring network configuration of an external network end by using a configuration external network module, configuring a connection module, configuring a first communication unit and the external network end to have different physical identifiers, connecting an access request end and the first communication unit and enabling the access request end to acquire the physical identifier returned to the access request end by the first communication unit; the external network terminal conversion connection module is used for calling the Repeater module, traversing the database of the first communication unit, finding a connectable external network terminal, continuously testing the connection state of the first communication unit and the external network terminal, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network terminal by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network terminal is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module;
the access terminal conversion connection module is used for disconnecting the access request terminal from the first communication unit, at least allocating a period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishing the connection between the access request terminal and the first communication unit, and acquiring a new physical identifier returned to the access request terminal by the first communication unit by the access request terminal; through the realization, the access request terminal is directly and automatically connected with the external network terminal through the first communication unit.
Therefore, the method mainly comprises the steps of switching a connection module through an external network end, calling a Repeater module, traversing a database of a first communication unit, finding a connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module; the access terminal conversion connection module cuts off the connection between the access request terminal and the first communication unit, at least allocates one period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishes the connection between the access request terminal and the first communication unit, and obtains a new physical identifier returned to the access request terminal by the first communication unit so as to realize the direct connection between the access request terminal and the external network terminal through the first communication unit.
The physical identification comprises an internet protocol address; the basic structure of the first communication unit adopts a network bridge; the network configuration for configuring the external network end is to enable the external network end to be connected with a network, and comprises a network connection interface for configuring the external network end, wherein the external network end at least comprises a router; in this embodiment, the above embodiment specifically includes:
configuring a bridge of a data link layer working on the data link layer, wherein the bridge of the data link layer is at least provided with a Repeater module, a database configured with the Repeater module and a dynamic host configuration protocol module;
firstly, using a configuration external network module, configuring network configuration of a target end comprising a router, configuring a connection module, configuring different physical identifiers of a network bridge of a data link layer and the target end comprising the router, connecting an access request end and the network bridge of the data link layer, and enabling the access request end to acquire the physical identifier returned to the access request end by the network bridge of the data link layer; the method comprises the steps that a target end including a router is converted and connected into a module, a Repeater module is called, a database of a network bridge of a data link layer is traversed, a connectable target end including the router is found, the connection state of the network bridge of the data link layer and the target end including the router is continuously tested, a dynamic host configuration protocol module is started in the connection process, the network bridge of the data link layer actively acquires a physical identifier of the target end including the router, and if the network bridge of the data link layer does not successfully acquire the physical identifier of the target end including the router, the dynamic host configuration protocol module is continuously started; if the network bridge of the data link layer successfully acquires the physical identifier of the target end including the router, closing the dynamic host configuration protocol module;
the access terminal conversion connection module is used for cutting off the connection between the access request terminal and the network bridge of the data link layer, at least allocating a period to prevent the connection between the access request terminal and the network bridge of the data link layer so that the access request terminal loses the original physical identifier returned from the network bridge of the data link layer, then establishing the connection between the access request terminal and the network bridge of the data link layer, and acquiring a new physical identifier returned to the access request terminal by the network bridge of the data link layer by the access request terminal; this enables the access-requesting end to connect directly automatically via a bridge of the data link layer to the destination end, which includes the router.
In the implementation, the communication device of the present application further includes a second communication unit configured to operate in a network layer, where the second communication unit is used to connect the external network end and the access terminal;
the second communication unit comprises a first control module, a search connection module and a second control module;
the first control module is used for starting a connection command of the second communication unit;
the search connection module is used for enabling the second communication unit to start a search mode, the second communication unit uses a preset first connection code, whether an access terminal corresponding to the first connection code exists is searched in a preset period, and if the access terminal corresponding to the first connection code exists, a connection request comprising secondary connection code and decoding information is sent to the corresponding access terminal, so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code is not searched after a plurality of periods;
and the second control module is used for closing the search mode after the second communication unit is successfully connected with the terminal.
In the implementation, starting a connection command of the second communication unit; the second communication unit uses a preset first connection code, presets a period to search whether an access terminal corresponding to the first connection code exists, and sends a connection request comprising secondary connection code and decoding information to the corresponding access terminal if the access terminal corresponding to the first connection code exists so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code is not searched after a plurality of periods; closing the search mode after the second communication unit is successfully connected with the terminal; through the realization, the access terminal is directly and automatically connected with the external network end through the second communication unit, and the direct and automatic connection of the access request end and the access terminal is comprehensively realized by combining the direct and automatic connection of the request end and the external network end through the first communication unit.
Therefore, the search mode is started through the second communication unit, the second communication unit uses the preset first connection code, whether the access terminal corresponding to the first connection code exists is searched for in a preset period, and if the access terminal corresponding to the first connection code exists, a connection request comprising the second connection code and the decoding information is sent to the corresponding access terminal, so that the terminal is connected with the second communication unit based on the second connection code and the decoding information; and if the access terminal corresponding to the first connection code is not searched after a plurality of periods, stopping searching, and closing the search mode after the second communication unit is successfully connected with the terminal.
The second communication unit comprises a router, the first connection code or the second connection code comprises a service set identifier, the decoding information comprises an encryption key, and a corresponding access terminal configures a communication link; in this embodiment, the implementation specifically includes:
in implementation, a connection command including an initiator of a router is initiated; a search connection module enabling an originating terminal including a router to start a search mode, the originating terminal including the router searching for whether there is an access terminal corresponding to a first connection code having a service set identifier by using a preset first connection code having the service set identifier for a preset period, and if there is an access terminal corresponding to the first connection code having the service set identifier, transmitting a connection request including a secondary connection code having the service set identifier and decoding information having an encryption key to the corresponding access terminal, so that the terminal is connected to the originating terminal including the router based on the secondary connection code having the service set identifier and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code with the service set identifier is not searched after a plurality of periods; closing the search mode after the initiating terminal comprising the router is successfully connected with the terminal; through the realization, the access terminal is directly and automatically connected with the external network terminal through the initiating terminal comprising the router, the request terminal is directly and automatically connected with the external network terminal through the first communication unit, and the direct and automatic connection of the access request terminal and the access terminal is comprehensively realized through specific means.
In a specific implementation, the starting of the search mode includes configuring the second communication unit to perform wireless communication and starting wireless coverage search, so that the wireless function of the application is enhanced.
In implementation, before sending a connection request including secondary connection coding and decoding information to a corresponding access terminal, a connection request sent by the access terminal is obtained first, the connection request sent by the access terminal at least includes a local area network address and equipment type information of the access terminal, namely, in implementation, a connection command of a second communication unit is started; the second communication unit uses a preset first connection code, presets a period to search whether an access terminal corresponding to the first connection code exists, if the access terminal corresponds to the first connection code, then obtains a connection request sent by the access terminal, the connection request sent by the access terminal at least comprises the local area network address and the equipment type information of the access terminal, and sends a connection request comprising a secondary connection code and decoding information to the corresponding access terminal so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code is not searched after a plurality of periods; and closing the search mode after the second communication unit is successfully connected with the terminal.
Finally, it should be noted that the above examples are only used to illustrate the technical solutions of the present invention and not to limit the same; although the present invention has been described in detail with reference to preferred embodiments, those skilled in the art will understand that: modifications to the specific embodiments of the invention or equivalent substitutions for parts of the technical features may be made; without departing from the spirit of the present invention, it is intended to cover all aspects of the invention as defined by the appended claims.
Claims (5)
1. A communication device, comprising: configuring a first communication unit working at a data link layer, wherein the first communication unit is used for connecting an external network end and an access request end; the first communication unit includes a Repeater module and a database configured with the Repeater module, and further includes a dynamic host configuration protocol module for allocating physical identifiers, and is characterized by further including:
the configuration external network module is used for configuring the network configuration of the external network end; the configuration connection module is used for configuring different physical identifiers of the first communication unit and the external network terminal, connecting the access request terminal with the first communication unit and enabling the access request terminal to acquire the physical identifier returned to the access request terminal by the first communication unit;
the external network end conversion connection module is used for calling the Repeater module, traversing the database of the first communication unit, finding a connectable external network end, continuously testing the connection state of the first communication unit and the external network end, starting a dynamic host configuration protocol module in the connection process, actively acquiring a physical identifier of the external network end by the first communication unit, and continuously starting the dynamic host configuration protocol module if the physical identifier of the external network end is not successfully acquired by the first communication unit; if the first communication unit successfully acquires the physical identifier of the external network terminal, closing the dynamic host configuration protocol module;
the access terminal conversion connection module cuts off the connection between the access request terminal and the first communication unit, at least allocates one period to prevent the access request terminal from being connected with the first communication unit so that the access request terminal loses the original physical identifier returned from the first communication unit, then establishes the connection between the access request terminal and the first communication unit, and acquires a new physical identifier returned to the access request terminal by the first communication unit;
the first communication unit enables the access request terminal to be directly connected with the external network terminal through the first communication unit;
the system also comprises a second communication unit configured to work in a network layer, wherein the second communication unit is used for connecting an external network end and an access terminal;
meanwhile, the system also comprises a second communication unit configured to work in a network layer, wherein the second communication unit is used for connecting an external network end and an access terminal;
the second communication unit comprises a first control module, a search connection module and a second control module;
the first control module is used for starting a connection command of the second communication unit;
the search connection module is used for enabling the second communication unit to start a search mode, the second communication unit uses a preset first connection code, whether an access terminal corresponding to the first connection code exists is searched in a preset period, and if the access terminal corresponding to the first connection code exists, a connection request comprising secondary connection code and decoding information is sent to the corresponding access terminal, so that the terminal is connected with the second communication unit based on the secondary connection code and the decoding information; otherwise, continuing to start the search mode, and stopping searching if the access terminal corresponding to the first connection code is not searched after a plurality of periods;
and the second control module is used for closing the search mode after the second communication unit is successfully connected with the terminal.
2. A communication device according to claim 1, wherein: the physical identification comprises an internet protocol address; the basic structure of the first communication unit adopts a network bridge; the network configuration for configuring the external network end is to enable the external network end to be connected with a network, and comprises a network connection interface for configuring the external network end, wherein the external network end at least comprises a router.
3. A communication device according to claim 1, wherein: the second communication unit includes a router, the first connection code or the second connection code includes a service set identifier, the decoding information includes an encryption key, and the corresponding access terminal configures a communication link.
4. A communication device according to claim 1, wherein: the starting of the search mode comprises configuring the second communication unit for wireless communication and starting wireless coverage search.
5. A communication device according to claim 1, wherein: before sending a connection request including secondary connection coding and decoding information to a corresponding access terminal, firstly, obtaining the connection request sent by the access terminal, wherein the connection request sent by the access terminal at least includes a local area network address and equipment type information of the access terminal.
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| EP2975828A1 (en) * | 2014-07-18 | 2016-01-20 | Deutsche Telekom AG | Method for configuring a network connection, telecommunications network, program and computer program product |
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