TW201442463A - Routing method with automatic detection and portable routing apparatus, and a method of panel display configuration - Google Patents

Abstract

Disclosure is related to a routing method with automatic detection, a portable routing apparatus and a method of panel display configuration. To connect with external network, the routing apparatus is required to have a wireless WAN communication module and a wired LAN module. For the local devices, the routing apparatus serves a wireless local network connection. As the apparatus operates, the routing method firstly detects the external connection while the wired LAN module is activated. If the connection works, the wired network made by the LAN module will be the major connection; otherwise the wireless WAN network is switched to be the major connection. Further, the portable routing apparatus is equipped with an integrated interface simultaneously accepting power and network signals. The external connection may also be determined by detecting if the cable is connected to the routing apparatus. The automatic routing method is therefore accomplished.

Description

Portable automatic detection routing method, device and panel display setting method

The invention relates to a portable automatic detection and routing method, device and a panel display setting method, in particular to a method for automatically selecting a regional wired network or a wireless mobile network as a main connection, and performing the automatic routing. Device.

The prior art has a technology for providing wireless sharing of network connections in a local area network, by setting up a network sharer in an area as a wireless network access point, wireless network signal in the area. A nearby area that can be covered forms a wireless local area network. Such a network sharer can be used for a commercial installation in a specific occasion, with a wired network connection, or a wireless network to provide various internal communication devices to access the Internet via a wireless network connection.

In order to provide personal mobile internet services, the prior art provides a device with a built-in battery and a portable network sharer, which can also have a wired network connection, such as an RJ-45 network. further provided near the connection of the electronic device a wireless LAN network (WiFi ^TM) service, whereby this connection allows portable network share an electronic device can be smoothly through the device via RJ-45 network port connected Wire to the external network. This type of portable network sharer is the role of the mobile router.

However, the conventional technology still lacks a function of convenient operation and flexible setting of connection switching between heterogeneous networks.

The invention discloses a portable automatic detection and routing method, a device and a panel display setting method. The embodiment shows that the portable automatic detection and routing device simultaneously provides a wired network connection and a mobile communication network. The domain-connected communication circuit, in which the network detection means automatically selects two different communication circuits, so that the user can easily navigate to the network under different communication protocols when using the routing device.

According to one embodiment of the disclosure, the portable automatic detection and routing device includes a data processing unit for processing signals generated by each circuit unit in the device, and the main circuit components include an external connection including a wireless communication processing mobile communication network. The domain communication module and the wired area network module providing the wired network, the external connection system is connected to the data processing unit for detecting the connection, thereby detecting the portable routing device through the wireless wide area connection or The status of the wired network connection, and a selection method for selecting the external connection according to the connection status.

The device further provides a wireless local area network module. The module provides a local network for connecting the external electronic devices through a wireless network interface, and the portable automatic detection routing device processes the automatic routing. The device further includes a power management unit that manages the power supply of the device, including the operation of managing the built-in battery pack and the processing of the external power. The device is further provided with an integrated connection interface, such as a two-in-one connector, including a cable connector having a network connector and a power connector. The portable device disclosed in the present invention can still adopt a cable in which power is separately connected to the network.

According to one of the embodiments, the cable is also a two-in-one integrated cable, one end is connected to the connection interface on the portable automatic detection routing device, and the other end is divided into two types, one is such as RJ-45 cable. The connector of the wire, and the other is a power cable such as a USB terminal.

The portable automatic detection routing device can further include a display module, wherein the display module The display panel is disposed on the device panel, and further has a server module, and provides an electronic device for managing the portable automatic detection and routing device through a wireless user interface through the wireless local area network module, especially for use. The content displayed on the display panel is designed by the electronic device through the graphical user interface.

The present invention includes a memory medium for executing a program instruction set of content displayed on a display panel in the portable routing device, wherein the program instruction set performs a panel display setting method, and the method steps include connecting the portable type When the routing device is automatically detected, a verification user identity is executed, and a graphical user interface is started, and a plurality of indication materials are provided in a pattern for selection, and after the selection of the material is selected, the portable automatic detection route can be performed. The display panel of the device displays content synchronization.

In the embodiment, the step of using the portable automatic detection routing method performed by the foregoing routing device mainly detects whether the wired area network module can be externally connected, and if the external connection is available, that is, the wired area network. The wired network connection established by the module is the main connection; if the external connection or the connection quality is not good, the wireless wide area connection established by the wireless wide area communication module is the main connection.

In the embodiment, it is still possible to determine whether there is a wired network connection according to whether the device is plugged in or not. If the cable is not connected, the wireless wide area network should be directly used.

In order to further understand the technology, method and effect of the present invention in order to achieve the intended purpose, reference should be made to the detailed description and drawings of the present invention. The drawings and the annexed drawings are intended to be illustrative and not to limit the invention.

10‧‧‧Portable automatic detection routing device

12‧‧‧Internet

101‧‧‧Data machine

102‧‧‧Mobile communication network

103‧‧‧Computer equipment

20‧‧‧ cable

203‧‧‧Integrated connection terminal

205‧‧‧Second connector

201‧‧‧First set of connection terminals

202‧‧‧Second set of connection terminals

204‧‧‧First connector

207‧‧‧First connection interface

208‧‧‧Second connection interface

209‧‧‧First connection cable

210‧‧‧Second connection cable

301‧‧‧ Data Processing Unit

305‧‧‧Wireless Wide Area Communication Module

306‧‧‧Wired Area Network Module

351‧‧‧Antenna

371‧‧‧First connection interface

372‧‧‧Second connection interface

302‧‧‧Wireless Area Network Module

321‧‧‧Wireless network interface

310‧‧‧Power Management Unit

311‧‧‧Battery Pack

312‧‧‧Power

307‧‧‧Connecting interface unit

309‧‧‧Display Module

308‧‧‧Server Module

72‧‧‧Electronic devices

703‧‧‧Wireless Local Area Network

701‧‧‧ display panel

721‧‧‧ graphical interface

723‧‧‧Indicative material

725‧‧‧Selection area

Step S801~S809‧‧‧One of the processes of portable automatic detection routing method

Step S901~S911‧‧‧ portable automatic detection routing method

Step S101~S115‧‧‧Device display panel management process

1 is a schematic diagram showing the application connection of the portable automatic detection and routing device of the present invention; FIG. 2A is a diagram showing the connection between the portable automatic detection and routing device and the external cable of the present invention; FIG. 2B is a schematic diagram showing the structure of an integrated cable used in the portable automatic detection and routing device of the present invention; FIG. 2C is a schematic diagram showing the connection between the portable automatic detection routing device and the integrated cable of the present invention; 3 is a circuit block diagram of an embodiment of the portable automatic detection and routing device of the present invention; FIG. 4 is a circuit block diagram of an embodiment of the portable automatic detection and routing device of the present invention; FIG. 3 is a circuit block diagram of an embodiment of the portable automatic detection and routing device of the present invention; FIG. 6 is a circuit block diagram of an embodiment of the portable automatic detection and routing device of the present invention; FIG. The mobile device manages a schematic diagram of an embodiment of a panel display layout of the portable automatic detection routing device of the present invention; FIG. 8 is a flow chart for describing an embodiment of the portable automatic detection routing method of the present invention; FIG. 9 is a description of the present invention; The flow chart of the embodiment of the portable automatic detection and routing method is shown in FIG. 10; FIG. 10 is a flow chart showing the display content management applied to the portable automatic detection and routing device of the present invention.

The portable auto-detection routing device described in the disclosure of the present invention is a routing device capable of providing a local-end electronic device connection mobile communication network or a general wired network, in particular, performing automatic detection by detecting a network connection. The routing device and the assembly that provides the user with the display content on the display panel on the graphical meeting management device.

According to an embodiment, as shown in FIG. 1 , the application connection diagram of the portable automatic detection and routing device of the present invention shows a portable automatic detection and routing device 10 having a portable characteristic, and the main power source is built-in. The battery pack, but connected to a specific power supply source, can be powered by external power or charge the battery pack.

The display panel of the device 10 shown in the figure is provided with a display panel for displaying the operation state of the portable automatic detection routing device 10, or can be represented by a light number. This example is a display screen provided on the panel. The portable automatic detection and routing device 10 can be connected to an external network, in particular, various communication capable devices that serve the local end connection, and the external network can be the Internet 12, which can be carried. The automatic detection routing device 10 connects to the Internet 12 by connecting a wired network cable, such as an RJ-45 cable, to the external network through the modem 101; The mobile communication network 102 is connected to an external network. For example, the device 10 has a circuit for processing a mobile communication protocol provided by a third generation (3G), fourth generation (4G), WiMAX, LTE or other technologies, and related communication identification technology. The network packet broadcast on the mobile communication network 102 is processed such that the electronic device connected to the device 10 at the local end of the service is interfaced to the Internet 12.

FIG display, the electronic device 103 such as a local terminal, or other communication means having the ability to computer equipment, you can connect to a wireless LAN (e.g., WiFi ^TM) portable this manner to automatically detect routing device 10, the device 10 Packet routing is performed to connect internal and external networks.

In addition to the wireless local area network interface of the internal area network, the portable automatic detection and routing device 10 disclosed in the present invention may further include a USB connection for transmitting data and connecting power, and a connection externally. The RJ-45 connection of the wired network, the USB connection and the RJ-45 are two separate cables, which are respectively connected to different connections. For the embodiment, the portable automatic of the present invention shown in FIG. 2A can be referred to. A schematic diagram of detecting the connection of the routing device to the external cable.

The external connection interface of the portable automatic detection and routing device 10 mainly includes a first connection interface 207 and a second connection interface 208. In the illustrated embodiment, A connection interface 207, such as a universal serial bus (USB) specification port, is connected to the external host by the first connection cable 209; the other end of the second connection interface 208 is a wired network connection interface, such as the RJ-45 specification. For example, the portable automatic detection and routing device 10 can connect an external network through a data machine (not shown in the figure). The routing function of the device 10 is used to provide other wireless communication devices to connect to the external network.

In another embodiment, the present invention can still adopt an integrated cable structure as shown in FIG. 2B applied to the portable automatic detection routing device of the present invention.

In this example, a two-in-one integrated cable 20 is shown at one end with a connection terminal 203 conforming to two specifications. This example shows that the first group of connection terminals 201 are included therein, and the display is shown as four pins (pin). The connection terminal is, for example, a universal serial bus (USB), and the corresponding end is shown as a second connector 205. The embodiment is shown as a USB (Universal Sequence Bus), which can be connected to an external power source or used. To transfer data. The connection terminal 203 further includes a second set of connection terminals 202. This example is shown as a connection terminal of 8 pins, such as a connection terminal of the RJ-45 specification, and a circuit in the portable automatic detection and routing device. Then, the wired area network module is connected to the Ethernet path protocol of the processing area network, and the other end is a first connector 204. The embodiment is shown as a standard RJ-45 connector.

The connection terminal 203 is a two-in-one cable connector including a first group of connection terminals 201 and a second group of connection terminals 202, and can be plugged into an integrated connection interface on the portable automatic detection routing device (refer to the figure). 2C); the other end shows a set of cables divided into two, the joints at the end are the first connector 204 and the second connector 205, respectively, and the first connector 204 is connected by a wired area network. For example, the external network can be connected through the data machine (101) shown in FIG.

The cable (20) is a two-in-one cable that simultaneously connects the power source and the regional network, and has an integrated connector that connects the two-in-one cable at one end, as shown in FIG. 2B, the cable (20) The connection terminal 203 is connected to the portable automatic detection and routing device 10 disclosed in the present invention, and the portable automatic detection and routing device 10 has a corresponding connection. The connection interface of the two sets of connection terminals (201, 202) in the terminal 203, therefore, the portable automatic detection and routing device 10 can simultaneously connect an external power supply through the second connector 205 through the integrated connector of the cable (20) For example, a computer host having a USB interface, or a power adapter, and a wired area network connected through the network connector 206, or connected to an external network through a specific network device. According to another embodiment, the second connector 205 is a USB interface-type connector, such as a Type-A USB interface, and the portable automatic detection and routing device 10 can be connected to the host computer to directly provide the host through the wired area. The network or wireless WAN is connected to the external network. The main circuit components in the portable automatic detection routing device are shown in the circuit block diagram of the embodiment shown in FIG. The data processing unit 301, which mainly processes the internal circuit unit signals of the device 10 and various data operations and packet routing operations, is mainly connected to the data processing unit 301.

The portable automatic detection and routing device 10 provides the functions of connecting various electronic devices in the local area network to the external network, wherein the internal and external packet routing is processed (the main work is source, destination packet forwarding, and forwarding). The portable automatic detection and routing device 10 according to the embodiment of the present invention can simultaneously connect a mobile communication network such as 3G, 4G (such as LTE, WiMAX, etc.) and a wired wide area network constructed by a general Ethernet network. There are circuits for processing the two types of communication protocols separately, such as the wireless wide area communication module 305 and the wired area network module 306 which are connected to the internal core circuit.

The wireless wide area communication module 305 is a circuit for executing a mobile communication network protocol, and transmits and receives wireless signals through the antenna 351 shown in the figure. According to an embodiment, if the mobile communication network protocol is to be processed, the related service should be provided with a user in the device. The relevant circuit of the Subscriber Identity Module (SIM) and the smart card that uses the identity identification data of the specific carrier.

According to the embodiment, the portable automatic detection and routing device 10 can select a wireless wide area communication network or a wired area network connection service according to the connection status. One of the implementation manners is that the data processing unit 301 performs software selection to select wireless. The wide area communication module 305 and the wired area network module 306.

The embodiment shows that in addition to the operation of each circuit component signal and data in the device, the data processing unit 301 can be implemented in a soft manner (not excluding the hardware circuit implementation), and the device proposed by the present invention can automatically perform wide area and region. Network connection detection and automatic selection mechanism. For the implementation of the connection detection, the data processing unit 301 is connected to the wireless wide area communication module 305 and the wired area network module 306 through a circuit, and can periodically send a connection detection packet to a specific object on the external network, for example, Ping, sent to a host computer ICMP packets, waiting to receive Ech _o packet, thereby determining the external connection status, should be established after wide-area wireless communication module 305 through the response packet judging device according to the wireless wide area connection, or through The wired network connection established by the wired area network module 306.

The portable device 10 automatically detects the internal routing area of the electronic device in a wireless network system in the preferred network (e.g., WiFi ^TM) connection service providing apparatus connected to a wireless area 10 equipped with data processing unit 301 of the network module The group 302 provides a wireless local area network connection service of the local device through the wireless network interface 321 .

The portable automatic detection and routing device 10 further includes a server module 308, which is a management service provided in the device 10, and is implemented, for example, as shown in FIG. 4, for example, in the portable automatic detection. After the routing device 10 is started, a WWW network server program in the memory is started, and an external electronic device is provided to connect the wireless local area network (via the wireless local area network module) and the wireless wide area network (through the wireless local area network). The wireless wide area communication module), the wired network connection (through the wired area network module) or the universal serial bus of the interface is connected to the portable automatic detection and routing device 10, through which the server module The group 308 manages the portable automatic detection and routing device 10 by a graphical user interface (GUI), including various network settings in the device 10, client connection settings, network security settings, user login settings, and the like. In particular, the content displayed on the display panel can be set by this, and the related embodiment can be seen in the content described in FIG. 7 of the present invention.

In addition to the circuit implementation of the above main device, please refer to the circuit block diagram of the embodiment of the portable automatic detection routing device of the present invention shown in FIG.

The wired area network module 306 is connected to the foregoing connection interface in an embodiment, such as the connection method described in FIG. 2A or FIG. 2B or a two-in-one integrated connector, and has a regional network for processing the boundary. A related circuit of the Ethernet path protocol of the road, wherein the interface is as shown by a wired network connection established by a connection interface unit 307. In one embodiment, the connection interface unit 307 has at least one connection port of the device 10 to the external connection, such as an RJ-45 specification network connection port, and may be provided with a universal serial bus interface (USB). The wired area network module 306 can simultaneously serve the network packets transmitted from the universal serial bus interface and the wired network, and the data processing unit 301 also processes the signals generated by the different external connections.

For the portable device feature of the portable automatic detection and routing device 10, a power management unit 310 for managing the power supply of the portable automatic detection and routing device 10 is provided, and the data processing unit 301 should also be connected to grasp the entire device. Power and operating status. The power management unit 310 primarily manages power management of the device 10 by a battery pack 311, but the device 10 still does not preclude being powered by the general utility 312.

The portable automatic detection and routing device 10 processes various signals transmitted internally and externally through the connection interface unit 307 therein. As shown in the figure, the connection interface unit 307 of the interface data processing unit 301 includes different types of first connection interfaces 371 and external connections. The second connection interface 372 is externally connected. In addition to the data exchange, the power management unit 310 can obtain externally supplied power through the connection interface unit 307 and the first connection interface (such as the universal serial bus interface) 371. Even device 10 can simultaneously charge battery pack 311 while connecting an external power source via this interface 371.

According to the embodiment, the portable automatic detection and routing device 10 is provided with a connection interface for external connection, and can be connected to the external network, and is more like an integrated cable (20) shown in FIG. 2B and 2C, and has a USB connection. The interface between the interface (data and power connector) and the RJ-45 network interface (network connector) can simultaneously take power and establish a wired network connection.

According to the embodiment shown in FIG. 5, the external connection interface on the device 10 has both RJ-45 (such as the second connector 372) and USB (as described above). The connector 371) connects the two types of ports, and internally processes the two signals by the wired area network module 306 and the connection interface unit 307, and the power management unit 310 manages the power transmitted via the USB interface (371). Signal.

The portable automatic detection and routing device 10 further includes a display module 309. The device 10 has a display on the panel. The main function is to display the operation status of the device 10, such as the signal strength of the wide area or regional wireless network, and wireless. One of the number of local area network connections, connection method, battery power, warning signal, time, date, or any combination thereof. Others may also display the name of the carrier of the network service, other possible such as weather, email, etc. News.

The circuit block diagram shown in FIG. 6 shows that the connection interface unit 307 in the portable automatic detection and routing device 10 is an external connection interface, and is designed to separate the first connection interface 371 and the second connection interface 372 of different connection ports. Connect different cables separately, which can connect power and wired area networks respectively. For example, the first connection interface 371 can be a USB for transmitting data and power, and the second connection interface 372 is connected to the network interface of the RJ-45. However, the actual implementation is not limited to a specific specification interface. The second connection interface 372 is used to establish a wired network connection of the portable automatic detection and routing device 10, and may be a main network connection preset by the device 10. If the connection is not possible, the mobile communication network may be selected. Road-based connection.

Embodiments The following is a schematic diagram of managing the panel display layout of the portable automatic detection routing device of the present invention through a mobile device as shown in FIG.

The figure shows an electronic device 72, such as a smart phone, a tablet computer, various computer devices, etc., connected to the portable automatic detection and routing device 10 having the display panel 701 via a wireless local area network (703). It can be provided by an in-device server module (such as 308 of Figure 3). This example shows that after executing a management program on the electronic device 72, a graphical user interface is initiated, in which there is a graphical interface 721 corresponding to the screen displayed on the display panel 701 of the device 10, wherein the information contained therein is mainly portable. The automatic detection of various conditions of the routing device 10 allows the user to clearly understand the operation of the device 10. To achieve the goal of managing the portable automatic detection routing device 10 The connection between the electronic device 72 and the device 10 can be external to the wireless local area network, or can be connected through a wide area network, an external wired network, or directly connected to a computer host through a cable (such as USB).

In this example, the graphical user interface on the electronic device 72 can be a management interface initiated by a program, or can be an operation interface presented by a web browser, including a portable automatic detection routing device. 10 is a graphic interface 721 of the content of the display panel 701, and a selection area 725 for indicating the pattern on the display panel 701 is schematically displayed below; another area displays an optional indication material 723, which can be dragged by the user, etc. The selection mode selects and arranges the materials to be displayed on the panel, and can be temporarily placed in the selection area 725, and then the screen displayed on the display panel 701 of the device 10 is updated by synchronization. The material 723 includes, for example, signal strength, WiFi connection number, connection method, battery power, current weather, current temperature, warning, mail number, carrier name, current time, current date, and instructions that can be extended by the user as needed. The content, the actual implementation can use the above enumerated material part.

For related processes, refer to the display content management process on the portable automatic detection routing device shown in FIG. 10, and the management process is started by using a program set in a computer readable storage device recorded in the electronic device, and the program assembly. There are various program instructions for managing the contents of the display panel, and the embodiments are described below.

The process starts as in step S101, the program includes an instruction of the connection portable automatic detection routing device, and an instruction for verifying the identity of the user if necessary, first establishing a connection between the electronic device and the portable automatic detection routing device. The electronic device can be a mobile device such as a smart phone or a tablet computer. If the device is mainly managed by the device, the application program can be loaded first in the form of an application (APP).

Then, in step S103, after the mobile device is opened to the portable automatic detection and routing device by the mobile device, the program command will access the server module of the routing device, and in step S105, the current display panel is synchronized. Displaying layout information, including using a command to start the graphical user interface to open a graphical user interface, as in step S107, thereby synchronizing the layout of various indicator materials on the display panel, preferably Then, the same screen is displayed synchronously on the program interface on the mobile device.

In another step S109, the management program provides an editing function, including displaying the plurality of indication materials on the graphical user interface by providing a plurality of instructions, and then providing instructions for selecting the instruction material to allow the user to manipulate the arrangement and set the preferences. Or according to the display layout of the specific needs, new display layout data is generated accordingly, as in step S111.

Then, executing the instruction of the program and the display panel of the portable automatic detection and routing device to display the content synchronization indication material, in step S113, the mobile device transmits the updated display layout data, and then the display content is updated by the portable automatic detection routing device. , as in step S115.

The portable automatic detection and routing method performed in the portable automatic detection and routing device according to the present invention can refer to FIG. 8 to describe a step flow of an embodiment of the portable automatic detection and routing method. In this example, in the start step S801, after the device is started, a connection detection procedure is started, and the order of detecting the connection may depend on the setting of the user. In step S803, the external establishment established by the wired area network is first detected. Connection, such as the above PING program to send a packet to a specific host and request a response.

Then, it is judged whether the connection is successful, especially the connection network (step S805)? If the requirements of the specific connection status, including whether the line is disconnected, the response to the packet waiting for more than a certain period of time, the network congestion, etc., the quality of the connection is not good, these may cause the program to perform network connection selection on the wireless wide area communication network. .

If the connection is successful (Yes), in step S807, the device will be connected by wired area network; if the connection is unsuccessful or the connection quality is not good, then the wireless wide area communication connection is selected. The main external connection (step S809).

FIG. 9 shows a flow chart of another embodiment of the portable automatic detection and routing method. This embodiment may be used in conjunction with the foregoing measures for detecting the network connection, because the wired area network should be connected with a network connection. The cable of the device (such as the RJ-45 connector), so the embodiment can determine whether the relevant cable is plugged through one or more pins in the connection interface of the portable automatic detection routing device. This connection interface, such as In step S901, it is determined whether there is a cable connection by detecting the cable connection status. (as in step S903).

If there is no cable connection interface (No), it means that the wired network connection cannot connect to the Internet, and the external connection will be connected by the mobile communication network of the wireless wide area communication connection (step S905).

If it is judged that the cable is plugged into the connection interface (Yes), the display device should be able to connect to the Internet outside the wired area network connection, and the connection is prioritized. At this time, the wired area network module is activated ( Step S907), and then detecting whether the Internet can be connected to the Internet? (Step S909). If the connection can be smoothly completed, or the connection quality meets the requirement, the local area network connection is mainly used (step S911); otherwise, as in step S905, the wireless wide area communication connection is mainly used as the external connection.

Therefore, the automatic routing technology provided by the portable automatic detection and routing device of the present invention can automatically route the wireless wide area communication network or the wired area network according to the connection status, so that the user Through the routing device, the connection mode can be automatically selected according to the connection condition without manual switching or manual setting of the network connection, thereby achieving the purpose of automatic routing. The invention further provides a two-in-one cable as one of the features of the device. In another embodiment, the panel of the portable automatic detection routing device further provides a display panel that the user can design according to preferences or specific needs. The instruction screen to be presented.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

10‧‧‧Portable automatic detection routing device

301‧‧‧ Data Processing Unit

302‧‧‧Wireless Area Network Module

305‧‧‧Wireless Wide Area Communication Module

306‧‧‧Wired Area Network Module

321‧‧‧Wireless network interface

351‧‧‧Antenna

Claims (18)

A portable automatic detection and routing device includes: a wireless wide area communication module, the portable automatic detection and routing device is provided to establish a wireless wide area connection; and a wired area network module provides the portable Automatic detection routing device establishes a wired network connection; a wireless local area network module provides local area wireless local area network connection service through a wireless network interface; and a data processing unit that connects the wireless wide area The domain communication module, the wired local area network module, and the wireless local area network module detect the connection state and select the wireless local area network module connection method, and the method includes: detecting the wired area network mode Whether the group can connect to the Internet, if it can connect to the Internet, establish a connection with the wired area network module; and if the wired area network module cannot connect to the Internet, select the wireless wide area communication mode. The group establishes a connection. The portable automatic detection and routing device of claim 1, further comprising a display module connected to the data processing unit, comprising a display panel disposed on the panel of the portable automatic detection routing device . The portable automatic detection and routing device according to claim 2, further comprising a server module, an electronic device connecting through the wireless local area network, the wireless wide area connection, and the wired network The connection or the 10,000 serial bus is connected to the portable automatic detection routing device, and the portable automatic detection routing device is managed by the server module through a graphical user interface. The portable automatic detection and routing device of claim 3, wherein the electronic device designs the content displayed on the display panel through the graphical user interface. The portable automatic detection and routing device according to claim 1, wherein the wireless wide area communication module is a circuit for executing a mobile communication network protocol; the wired area network module is a regional network Ethernet road protocol. The portable automatic detection and routing device of claim 1, further comprising a connection interface, the connection interface further comprising a first connector and a second connector. The portable automatic detection and routing device according to claim 6, wherein the cable connected to the connection interface further comprises a second connector, and the second connector is combined with the first connector An integrated connector that plugs into the connection interface. The portable automatic detection and routing device according to claim 6, wherein the second connector is a universal serial bus connector for connecting an external power source for the portable automatic detection. Measuring the use of routing devices. The portable automatic detection and routing device of claim 8, further comprising a power unit and a battery pack, wherein the power unit is separately managed by the second connector, and via the second connector The battery pack is simultaneously charged while the external power source is connected. A portable automatic detection and routing method is applied to a portable automatic detection and routing device, and the portable automatic detection and routing device comprises a wireless wide area communication module and a wired area network module, and the method The method includes: detecting a connection state of the wired area network module to the external network; and connecting the wired area network module, and using the wired network connection as a main connection. The portable automatic detection and routing method according to claim 10, wherein if the wired area network module cannot connect to the Internet, the wireless wide area communication module is used as a main connection. The portable automatic detection and routing method according to claim 10, wherein before the step of detecting whether the network can be connected to the Internet, the method further comprises: connecting the connection through the portable automatic detection routing device (pin) determining whether a cable is plugged into the portable automatic detection routing device; if the cable is plugged into the portable automatic detection routing device, detecting whether the wired area network module is connectable Internet access; The portable automatic detection and routing method according to claim 12, wherein the cable is not plugged into the connection interface, that is, the wireless wide area network module is activated. The portable auto-detection routing method according to claim 10, wherein the detecting of the internet connection is a connection test to an external host. The portable automatic detection routing method according to claim 10, wherein a cable having a first connector connected to the RJ-45 network is plugged in and bound to the wired area network module. group. The portable automatic detection and routing method according to claim 15, wherein the cable further comprises a second connector and a connection interface, and the second connector is combined with the first connector as a plug. An integrated connector that connects to the connection interface. A panel display setting method is applied to display content on a display panel provided on the portable automatic detection and routing device according to claim 1 of the patent application scope, including: connecting the portable automatic detection a routing device; verifying the identity of the user, performing verification of the user identity through one of the server modules of the portable automatic detection routing device; initiating a graphical user interface; providing a plurality of indicator material patterns; providing a selection of one or a plurality of indicator materials; and displaying the content synchronization indication material with the display panel of the portable automatic detection routing device. The panel display setting method according to claim 17, wherein the instruction material is a signal strength, a wireless local area network connection, a connection method, a battery power, and a current weather. , now one of temperature, warning signal, mail number, carrier name, current time, current date, or any combination thereof.