TWI477179B - Wireless apparatus, wireless network architecture and network connection method with automatic connection settings - Google Patents

Description

Wireless device with automatic connection setting, wireless network architecture and networking method

The invention relates to a wireless network system and a network connection method thereof, in particular to a wireless device with an automatic connection setting, a wireless network architecture and a networking method.

With the rapid development of the electronic information industry, wireless networks have long been integrated into human life and bring unlimited convenience to human society. A wireless device for accessing a wireless network usually needs to activate a built-in connection setting program and search for a signal sent by a wireless service provider through its built-in (or external) wireless network transceiver. After confirming receipt of the signal, proceed to the connection setup procedure (eg, network protocol address).

In the connection setting procedure, the wireless device needs to manually receive at least one set of security keys or Service Set Identifiers (SSIDs) via an input device (such as a keyboard) or an interactive screen. Selecting a device that matches the wireless service provider can be allowed to establish a network connection with the wireless service provider to use the wireless local area network service. Such a complicated connection setting procedure will slow down the wireless device to log in to the wireless device. The speed of the network, if the received security key or Service Set Identifier (SSID) is incorrect, it is necessary to repeat the complicated manual connection setting procedure, which is quite time consuming.

In addition, a wireless device with similar functions, such as an embedded device or system in a wireless network, such as a wireless horn, a lighting switch, or a wireless bridge, does not require an input device such as a keyboard when performing general functions, and does not require For the screen device, if the cost of the wireless device is increased for such a non-essential device, it is not desirable for the manufacturer.

Accordingly, it is an object of the present invention to provide a wireless device with automatic connection settings that can effectively reduce the cost of the wireless device.

Another object of the present invention is to provide a wireless network architecture and a networking method with automatic connection settings, so that the wireless device automatically establishes a network connection, which not only takes into consideration the speed and security of the network connection, but also It is allowed to set multiple wireless devices at the same time and achieve remote control and management purposes.

Therefore, the present invention provides a network connection method for automatically connecting a wireless device to a first network formed by a wireless service providing device, comprising the following steps: (A) by using a a wireless device, and the second wireless device constructs a second network; (B) the first wireless device transmits a first login information for logging in to the first network via the second network And the (C) by the second wireless device, using the received first login information to log in to the first network; wherein the second network is point-to-point (ad-hoc) ) Wireless network.

The present invention further provides a wireless network architecture with automatic connection setting, comprising: a wireless service providing device for forming a first network; and a first wireless device for selectively joining the first network And a second wireless device for selectively constructing a second network with the first wireless device; wherein the first wireless device is configured to log in to the first network via the second network Passing a first login message to the second wireless device, and the second wireless device uses the first login information received to log in to the first The network; wherein the second network is an ad-hoc wireless network.

The present invention further provides a wireless device, which is suitable for use in a wireless network architecture with an automatic connection setting, the wireless network architecture including the wireless device, another wireless device, and a first network for constructing a first network. The wireless service provider includes: a transceiver unit that receives a first login information wirelessly transmitted from the other wireless device, and the first login information is used to log in to the first network; and a link The unit uses the first login information received by the transceiver unit to log in to the first network.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention.

Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals.

First preferred embodiment

Referring to FIG. 1, a first preferred embodiment of the wireless network architecture 100 of the present invention includes a wireless service providing device 1, a first wireless device 2, and a second wireless device 3. The wireless service providing device 1 is, for example, a wireless sharer, a wireless gateway (Wireless Gateway), a wireless access point device (WAP), a wireless router (Wireless Router), a wireless switch (Wireless Switch), or the like. The first wireless device 2 is, for example, a smart phone, a portable computer or other wireless device configured with an Internet function, and the second wireless device 3 is, for example, a wireless network connector or a wireless speaker. Or other wireless electronic device, etc. The second wireless device 3 is a device that does not have an input device and a display device, and cannot directly connect to an external network. The wireless service providing device 1 constitutes a first network and can be coupled to the first network and an external network. The first wireless device 2 selectively joins the first network, and the first wireless device 2 and the second wireless device 3 selectively constitute a second network.

Preferably, the external network of the embodiment is an Internet; the first network is a Wireless Fidelity (Wi-Fi) wireless network, and the wireless service providing device 1 is a Wi-Fi access point device. The first wireless device 2 is a mobile phone configured with a Wi-Fi transceiver function; the second wireless device 3 is a wireless speaker configured with a Wi-Fi transceiver function, the wireless speaker has no input/display device, and cannot directly connect to an external network. The second network is an ad-hoc wireless network. Among them, the ad-hoc mode refers to a plurality of device executable platforms (or peripheral devices) having a wireless network transmission function, using the same Service Set Identifier (SSID) and the same Service network channel for short-distance transmission mode, which requires only low output power and a simple transmission architecture to complete efficient wireless between different device execution platforms (or peripheral devices) Network transmission. Under such a framework, the Wi-Fi network can access the Internet data through the Asymmetric Digital Subscriber Line (ADSL) transmission by the Wi-Fi access point device, and the access method is adopted. No need to be limited to ADSL. The first network described above is also not limited to Wi-Fi, and may also be a Bluetooth network. Similarly, the wireless service providing device 1, the first wireless device 2, and the second wireless device 3 may not be limited to a device having a Wi-Fi transceiving function, or may be a wireless device having a Bluetooth transceiving function.

Referring to FIG. 1 and FIG. 2, in order for the second wireless device 3 to log in to the first network established by the wireless service providing device 1, the wireless network architecture 100 performs the following preferred embodiment of the networking method of the present invention.

Step 72: The first wireless device 2 receives a software with built-in second login information, and installs the software to obtain the second login information. The manner in which the first wireless device 2 obtains the software is, for example, read from a CD or a flash drive, or the first wireless device 2 may first log in to the first network to further obtain the software from the external network, but not limited thereto. . The so-called software is, for example, a web application software (Application, APP).

In addition, the second login information acquired by the first wireless device 2 through the software is the same as the second reference information recorded by the second wireless device 3, wherein the second login information received by the first wireless device 2 includes the second wireless device. The service domain identifier (SSID) and the channel number (Channel Number) information required for the ad hoc connection of 3, and the second reference information recorded by the second wireless device 3 correspondingly includes the unique service domain identifier. (SSID) and channel number information.

In this embodiment, the application software and the second wireless device 3 add the fixed service domain identifier (SSID) and channel number (Channel Number) information to the second wireless device 3 at the time of development or shipment. The plural but limited number of channels can be switched when the first wireless device 2 on which the software is installed communicates with the second wireless device 3 to avoid disturbed channels and avoid using too many channels to reduce the speed of connection establishment. . At the same time, in consideration of security, the comparison information of the products is also added to the software and the second wireless device 3, and security verification can be performed, but is not limited thereto.

Step 73: The first wireless device 2 constructs a second network with the second wireless device 3 by using the second login information.

The point-to-point connection mode of the second network in this embodiment, such as Wi-Fi ad hoc mode, is used to connect the network node product. First, the basic ad hoc connection mode is used to allow the user interface software to maintain the common information with the second wireless device 3 by using the fixed SSID and the Channel Number, so that the user does not need to know the SSID of the second wireless device 3. With the information such as the Channel Number, as long as the software provided is installed, after executing the software, the first wireless device 2 can automatically connect to the second wireless device 3 in the ad hoc mode, thereby eliminating the cumbersome connection setting input step.

Step 74: The first wireless device 2 transmits the first login information required to log in to the first network to the second wireless device 3, so that the second wireless device 3 automatically logs in to the first network formed by the wireless service providing device 1. And get the IP.

The wireless service providing device 1 records a first reference information. When the first login information provided by the second wireless device 3 matches the first reference information, the wireless service providing device 1 allows the second wireless device 3 to log in to the first network. . In this embodiment, the first login information includes an identification code and a password, and the first reference information correspondingly includes an identification code and a password, and the identification code is, for example, a Service Set Identifier (SSID).

Step 75: The first wireless device 2 logs into the first network, and the wireless service providing device 1 is used, and the general Simple Service Discovery Protocol (SSDP) is used to learn which devices are currently logged into the first network. road.

Please note that after performing step 72, the first wireless device 2 has been installed with soft Body, so the first wireless device 2 has the functions of SSDP and remote control and management.

Step 76: When the first wireless device 2 finds that the second wireless device 3 is not logged into the first network, the flow returns to step 73.

On the other hand, if the first wireless device 2 finds that the second wireless device 3 has logged into the first network, the second wireless device 3 can be remotely controlled and managed, for example, the volume of the wireless speaker is adjusted, so that the automatic connection can be realized. Set and remote control and management purposes.

Of course, if the second wireless device 3 knows the information of logging in to the first network before step 74, it can first try to log in to the first network. If the second wireless device 3 fails to log in, the first wireless device 2 may use the first login information sent from the step 74 to try to log in to the first network again.

In detail, the second login information obtained by the first wireless device 2 in step 72 includes a primary candidate channel information, a secondary candidate channel information, and a service domain identifier (SSID), and the second wireless device 3 records the first The second reference information also includes corresponding primary candidate channel information, secondary candidate channel information, and a service domain identifier (SSID). Since the flow of constructing the second network by the first wireless device 2 includes scanning, verification, and the like, the following operation of the first wireless device 2 in step 73 is particularly emphasized. Step 73 includes the following sub-steps of FIG.

Sub-step 731: The first wireless device 2 that has installed the software first switches to the primary candidate channel according to the primary candidate channel information according to the preset rule of the software, and broadcasts a beacon packet containing the second login information SSID to Detecting whether there is a second candidate channel operating on the primary candidate channel The SSID matches the second wireless device 3 of the second login information SSID.

If yes, continue to sub-step 732; if no, skip to sub-step 735.

Sub-step 732: The first wireless device 2 evaluates the channel quality of the primary candidate channel.

Sub-step 733: The first wireless device 2 checks whether the channel quality of the primary candidate channel meets the requirements, such as whether it is higher than a channel quality threshold. If yes, proceed to sub-step 734; if no, skip to sub-step 735.

Sub-step 734: The first wireless device 2 treats the primary candidate channel as the access channel of the second network, and then proceeds to sub-step 740.

Sub-step 735: The first wireless device 2 switches to the secondary candidate channel according to the secondary candidate channel information, and broadcasts a beacon packet containing the second login information SSID to detect whether there is an operation on the secondary candidate channel. The second wireless device 3 whose SSID is the same as the second login information SSID.

If yes, continue to sub-step 736; if no, return to sub-step 731.

Sub-step 736: The first wireless device 2 evaluates the channel quality of the secondary candidate channel.

Sub-step 737: The first wireless device 2 checks whether the channel quality of the secondary candidate channel meets the requirements. If so, sub-step 739 is performed; if not, sub-step 738 is continued.

Sub-step 738: The first wireless device 2 checks whether the channel quality of the secondary candidate channel is better than the channel quality of the primary candidate channel. If so, sub-step 739 is performed; if not, sub-step 734 is continued.

Sub-step 739: The first wireless device 2 treats the secondary candidate channel as the access channel and then proceeds to sub-step 740.

Sub-step 740: Both the first wireless device 2 and the second wireless device 3 switch to the access channel to establish a second network, and the first wireless device 2 performs identity verification on the second wireless device 3. When the verification fails, the software prompts the user, the process is interrupted or returns to step 72. If successful, step 74 is performed to transmit the first login information about the wireless service providing device 1 to the second wireless device 3.

Incidentally, as is known to those skilled in the art, the verification method may be to use the second login information for open system authentication or to use an encrypted signal for shared key authentication. And if the first wireless device 2 and the second wireless device 3 are disconnected from the current access channel (eg, the primary candidate channel), the first wireless device 2 can also switch to the secondary candidate channel to try to establish with the second wireless device 3. Connected. Similarly, when the first wireless device 2 and the second wireless device 3 are disconnected from the secondary candidate channel, it is also possible to try to restore the connection to the primary candidate channel.

As can be understood from the foregoing process, the user only needs to download the application software with the second login information matched with the second wireless device 3 to the first wireless device 2. After executing the software, the user can automatically complete the first connection in a point-to-point manner. The second network of the wireless device 2 and the second wireless device 3 is further configured, and the second wireless device 3 can receive the first login information of the first network by using the first wireless device 2 to complete the second The wireless device 3 automatically connects to the first network without manually configuring the input device and the display device to manually set the connection login, which can effectively reduce the cost and networking time of the second wireless device 3.

Specifically, the first wireless device 2 of FIG. 1 includes a transceiver A unit 21, a link unit 22 and a processing unit 23. The second wireless device 3 includes a transceiver unit 31 and a link unit 32. The first wireless device 2 will log in to the first network by the linking unit 22 or construct the second network if the SSID obtained from the software is the same as the second wireless device 3, and the receiving and receiving unit 21 receives and installs the software and transmits the software. The first login information is sent to the second wireless device 3, and the processing unit 23 knows whether the first wireless device 2 is connected to the first network and performs manipulation. The second wireless device 3 receives the first login information sent by the first wireless device 2 through the transceiver unit 31, and logs in to the first network through the link unit 32.

In addition, please note that the wireless service providing device 1 may be externally controlled to change its first reference information (including the identification code and password), such as changing the password, and the first wireless device 2 will update the first login to the first network. A login message.

Moreover, if the second wireless device 3 has only one network card, it will switch to the first network or the second network, and send a connection detection packet at intervals after logging in to the first network. It is confirmed whether or not the wireless service providing device 1 is wirelessly connected. The second wireless device 3 can be periodically changed to log in to the second network, or can be forced to log in to the second network when it is found that the wireless service providing device 1 is not wirelessly connected. After the second wireless device 3 decides to change to log in to the second network, it waits for the first wireless device 2 to reconstruct the second network and transmit the latest first login information to the second wireless device 3 according to the foregoing steps. In this way, even if the wireless service providing device 1 changes the first reference information, the second wireless device 3 can log in to the first network through the first wireless device 2 using the latest first login information.

Second preferred embodiment

Referring to FIG. 4, in contrast to the first preferred embodiment, the second preferred embodiment of the wireless network architecture 300 of the present invention is different in that the second wireless device 6 can be coupled to the first network and the third network. The wireless network architecture 300 further includes a plurality of wireless electronic devices 7 coupled to the third network. The second wireless device 6 includes a transceiver unit 31, a link unit 32, and a format conversion unit 63. The format converting unit 63 can convert the signals received from the first wireless device 2 and the wireless service providing device 1 received by the transceiver unit 31 into signals suitable for the third network format, and forward them to the wireless electronic device 7. Similarly, the format conversion unit 63 can also convert the signal received from the wireless electronic device 7 received by the transceiver unit 31 into a signal suitable for the second network format, and forward it to the first wireless device 2, and can also transmit and receive the transceiver unit. The received signal from the wireless electronic device 7 is converted into a signal suitable for the first network format and forwarded to the wireless service providing device 1.

This embodiment can be applied to a digital home smart grid. Preferably, the third network refers to a ZigBee (group bee) wireless network, and the wireless electronic device 7 is a light switch, an air conditioner, and a wireless speaker configured with a ZigBee transceiver function. Or other devices having similar functions, and the second wireless device 6 is a network connector configured with a Wi-Fi transceiver function and a ZigBee transceiver function. When the first wireless device 2 and the second wireless device 6 are connected to the first network in common, the first wireless device 2 can remotely control and manage the wireless electronic devices 7 through the second wireless device 6.

Third preferred embodiment

Referring to FIG. 5, the wireless network frame of the present invention is compared to the first preferred embodiment. The third preferred embodiment of the architecture 200 differs in that the number of wireless service providing devices 5 of the wireless network architecture 200 is plural (FIG. 5 is exemplified by three wireless service providing devices). Each wireless service providing device 5 constitutes a first network to which it belongs, and the access list of the first wireless device 2 records first login information for logging into the first networks. In this case, when the identity verification of the sub-step 740 is successful, the first wireless device 2 selects one of the wireless service providing devices 5 and sends the corresponding first login information to the second wireless device 3, so that the second wireless device 3 Log in to the first network formed by the selected wireless service providing device 5. In this embodiment, the software interface of the first wireless device 2 can automatically list the currently available or known wireless service providing devices 5, and the user can select one or more wireless service providing devices 5 to communicate through the established connection. The setting is written by the first wireless device 2 to the second wireless device 3. Of course, the first wireless device 2 does not necessarily need to store the access list, and may also receive the first incoming login information, for example, input by a keyboard.

Fourth preferred embodiment

Referring to FIG. 6, a fourth preferred embodiment of the wireless network architecture 400 of the present invention is different in that the number of second wireless devices 8 is multiple, and each second wireless device 8 can be compared to the first preferred embodiment. Different types of wireless electronics, such as wireless speakers, wireless bridges. The second wireless device 8 is not equipped with an input device and a display device, and cannot directly connect to the external network. The second reference information recorded by the second wireless device 8 is the same as the second login information obtained by the first wireless device 2, and can be Sub-step 740 and the first wireless device 2 jointly establish a second network. In particular, because each second wireless device 8 has its own unique Media Access Control (MAC) address. Therefore, the first wireless device 2 can be easily distinguished. In other words, the application software loaded by the first wireless device 2 can be distinguished by the unique MAC address of each of the second wireless devices 8. Further, the first wireless device 2 can transmit the first login information for each second wireless device 8 according to the MAC address, and each second wireless device 8 can report the current status information, for example, whether the first login information has been obtained, The first wireless device 2 can determine which second wireless device 8 is to be provided with the first login information next. Specifically, the first wireless device 2 to which the software is installed will generate a plurality of options such as "Set All", "Set Product A" (for example: wireless speaker) and "Set Product B" (for example: Wireless Bridge) ). In the case of a multi-object device, in addition to the MAC address, the product will provide one to several status information, such as the current setting situation, to distinguish whether the device has been set or set successfully, etc., in order to facilitate the control software. Appropriate judgment or prompt the user to know.

Specifically, the types of the first network, the second network, the third network, and the external network of the present invention are not necessarily limited to the foregoing description, as long as they are reasonable network connections.

In summary, the wireless device with the automatic connection setting, the wireless network architecture and the networking method of the present invention have the following advantages:

1. In the foregoing preferred embodiment of the present invention, the first wireless device 2 and the second wireless device 3, 6, 8 automatically construct a second network in a point-to-point connection manner, thereby first registering the first network information of the first network. It is passed to the second wireless device 3, 6, 8 so that the input device, display device or transmission interface is not additionally provided as in the conventional wireless device, and the cost of the second wireless device 3, 6, 8 can be substantially reduced.

The present invention provides an automatic connection setting wireless device, a wireless network architecture and a networking method for the user, and the first wireless device 2 installs an application software with built-in SSID and Channel Number information, and the software and the software The fixed and mutually matching SSID and Channel Number information of the second wireless device 3 are completed by the manufacturer before the factory is sold, so that the user can automatically connect the first wireless device 2 and the second wireless device 3 through the point-to-point connection method. The line, and thus the wireless network setting between the second wireless device 3 and the wireless service providing device 1, can be easily completed, and the two can communicate with each other.

Third, the user can further extend the new wireless devices 3, 6, and 8 by the present invention, so that the newly added wireless device can be easily added to the same wireless network and network segment as the original wireless device.

4. Users can easily add existing or new wireless devices to the same wireless network and network segment by this method, so that all wireless devices of the user can communicate with each other wirelessly without knowing the relevant Wireless and network settings for easy operation.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

100~400‧‧‧Wireless network architecture

1‧‧‧Wireless service provider

2‧‧‧First wireless device

21‧‧‧ transceiver unit

22‧‧‧Link unit

23‧‧‧Processing unit

3‧‧‧Second wireless device

31‧‧‧ transceiver unit

32‧‧‧Link unit

5‧‧‧Wireless service provider

6‧‧‧Second wireless device

63‧‧‧Format conversion unit

7‧‧‧Wireless electronic devices

8‧‧‧Second wireless device

72~76‧‧‧Steps

731~740‧‧‧Substeps

1 is a schematic diagram showing a first preferred embodiment of the wireless network architecture of the present invention; and FIG. 2 is a flow chart illustrating a preferred embodiment of the networking method of the present invention 3 is a flow chart illustrating a preferred embodiment of a first wireless device and a second wireless device for constructing a second network; FIG. 4 is a schematic diagram showing a second preferred embodiment of the wireless network architecture of the present invention; FIG. 5 is a schematic diagram showing a third preferred embodiment of the wireless network architecture of the present invention; and FIG. 6 is a schematic diagram showing a fourth preferred embodiment of the wireless network architecture of the present invention.

100‧‧‧Wireless network architecture

1‧‧‧Wireless service provider

2‧‧‧First wireless device

21‧‧‧ transceiver unit

22‧‧‧Link unit

23‧‧‧Processing unit

3‧‧‧Second wireless device

31‧‧‧ transceiver unit

32‧‧‧Link unit

Claims (16)

A networking method with an automatic connection setting, which is suitable for causing a second wireless device to log into a first network formed by a wireless service providing device, comprising the following steps: (A) by a first wireless device, and The second wireless device constructs a second network; (B) the first wireless device transmits a first login information for logging in to the first network to the second wireless via the second network And (C) logging in to the first network by using the received first login information by the second wireless device; wherein the second network is an ad-hoc wireless network. According to the networking method described in claim 1, the method further includes the following steps before the step (A): (D) receiving, by the first wireless device, a first built-in network of the second network And (E) installing, by the first wireless device, the software to obtain the second login information for constructing the second network; wherein the second wireless device obtains the second The login information is the same as a second reference information recorded by the second wireless device. According to the networking method of claim 2, the second login information obtained by the first wireless device in step (E) has a service domain identifier, and the second wireless device records the The second reference information has a service domain identifier and the service domain identifiers are the same. According to the networking method of claim 3, the second login information obtained by the first wireless device in step (E) further includes a primary candidate channel information and a primary candidate channel information, the second wireless The second reference information recorded by the device also includes a corresponding primary candidate channel information and primary candidate channel information, and step (A) includes the following steps: the first wireless device switches to a primary candidate channel according to the primary candidate channel information, And evaluating the channel quality of the primary candidate channel if the second wireless device is detected to operate on the primary candidate channel, and using the primary candidate channel as the channel if the channel quality of the primary candidate channel meets the requirement Receiving a channel of the second network; and when the first wireless device detects that the second wireless device is not operating on the primary candidate channel, switching to the candidate channel according to the candidate channel information, and The channel quality of the candidate channel is evaluated when the second wireless device is detected to operate on the candidate channel, and the channel quality of the candidate channel is met. In the case of the request, the candidate channel is regarded as the access channel. The networking method of claim 3, wherein the first wireless device selectively joins the first network, and after the second wireless device logs in to the first network, the first wireless The device can remotely control and manage the second wireless device through the first network. A wireless network architecture with an automatic connection setting, comprising: a wireless service providing device for forming a first network; a first wireless device for selectively joining the first network; a second wireless device, configured to selectively construct a second network with the first wireless device; wherein the first wireless device uses the second network to log in to the first network a login message is transmitted to the second wireless device, and the second wireless device uses the received first login information to log in to the first network; wherein the second network is an ad-hoc wireless network. According to the wireless network architecture of claim 6, wherein the first wireless device receives a software with a second login information of the second network, and installs the software for construction. The second login information of the second network is used as a basis for constructing the second network with the second wireless device; wherein the second login information obtained by the first wireless device is the same as the second wireless A second reference information recorded by the device. The wireless network architecture of claim 7, wherein the second login information obtained by the first wireless device has a service domain identifier, and the second reference information recorded by the second wireless device has A service domain identifier, and the service domain identifiers are the same. The wireless network architecture of claim 6, wherein the first network formed by the wireless service providing device is a wireless fidelity (Wi-Fi) wireless network. The wireless network architecture of claim 6, wherein the second wireless device is adapted to couple the first network, the second network, and a third network, and the wireless network architecture is further Including at least one coupling of the first a three-wire wireless electronic device; the second wireless device converts the signal transmitted by the first wireless device and the signal transmitted by the wireless service providing device into a signal suitable for the third network format, and converts the signal Transmitting a signal to the at least one wireless electronic device; and the second wireless device converts the signal transmitted by the at least one wireless electronic device into a signal suitable for the second network format, and transmits the converted signal to the first And the wireless device or converting the signal transmitted by the at least one wireless electronic device into a signal suitable for the first network format, and transmitting the converted signal to the wireless service providing device. The wireless network architecture of claim 10, wherein the third network is a ZigBee wireless network. According to the wireless network architecture described in claim 6 of the patent application, another wireless service providing device is further configured to constitute another first network to which it belongs, and the other first network is adapted to be used in another Logging in with a first login message; and the first wireless device selects one of the wireless service providing device and the other wireless service providing device, and transmits the first login information corresponding to the selected wireless service providing device Giving the second wireless device for the second wireless device to log in to the selected first network of the wireless service providing device. The wireless network architecture of claim 7 further includes a plurality of second wireless devices; the second wireless devices of the wireless network architecture record the The second reference information is the same as the second login information obtained by the first wireless device installing the software, and each of the second wireless devices has a media access control address; the first wireless device is configured according to the first The media access control addresses of the two wireless devices identify the second wireless devices to transmit the first login information to the corresponding second wireless device according to the media access control address, and the corresponding The second wireless device will report whether the first login information is received. A wireless device, which is suitable for use in a wireless network architecture with an automatic connection setting, the wireless network architecture including the wireless device, another wireless device, and a wireless service providing device for constructing a first network The wireless device includes: a transceiver unit that receives a first login information wirelessly transmitted by the other wireless device, and the first login information is used to log in to the first network; and a link unit that uses the transceiver The first login information received by the unit is used to log in to the first network. According to the wireless device of claim 14, the other wireless device installs a software of a second login information with a second network built therein to obtain a service domain identifier, wherein the link unit and The other wireless device constructs the second network, so that the transceiver unit receives the first login information; wherein the link unit is the service in which the recorded service domain identifier is the same as the other wireless device In the case of domain ID The second network is constructed with the other wireless device, and the second network is an ad-hoc wireless network. The wireless device of claim 14 is adapted to be coupled to the first network, the second network, and a third network, and the wireless network architecture further includes at least one coupled to the third network. The wireless device of the circuit, the wireless device further includes: a format conversion unit, converting the signal transmitted by the other wireless device and the signal transmitted by the wireless service providing device into a signal suitable for the third network format, Transmitting the converted signal to the at least one wireless electronic device; and the format conversion unit converts the signal transmitted by the at least one wireless electronic device into a signal suitable for the second network format, and transmits the converted signal to the signal The another wireless device converts the signal transmitted by the at least one wireless electronic device into a signal suitable for the first network format and transmits the converted signal to the wireless service providing device.