TWI501667B - Server, wireless access point, and information pushing method thereof - Google Patents

Description

Server, wireless network base station and information distribution method thereof

The present invention relates to a server, a wireless network base station, and a method for distributing the same. In more detail, the server, the wireless network base station and the information distribution method thereof of the present invention can provide localized information to a wireless internet device that accesses the Internet through a wireless network base station.

With the advancement of communication and network technology, people are increasingly demanding communication and Internet access. In addition to requiring better communication and Internet access quality, they are paying more and more attention to the convenience of communication and Internet access. Wireless communication has the advantages of no need for physical communication network wiring and high mobility. Therefore, in recent years, mobile products with wireless communication functions, such as mobile phones, notebook computers, etc., are increasingly favored by people and become consumer electronic products. The mainstream in the market.

Although the technology of wireless communication and Internet access has become quite popular, it is limited by the existing wireless communication and network architecture. When people use wireless Internet devices for communication and Internet access, they still cannot escape the existing thinking and cannot fully enjoy it. The benefits of wireless Internet access. For example, users usually carry a wireless Internet device with them when they are on a business trip or travel, so that they can check the necessary information at any time. However, in the prior art, when the user is in a tourist attraction, he or she must still log in to the travel website or search for the travel information by himself to know the relevant information of the tourist attraction and its vicinity. Such an architecture is obviously inconvenient for the user, greatly reducing the fun of the user when traveling.

In view of this, how to enable users to obtain localized information in real time when using a wireless Internet access device is an urgent problem for those in the field.

An object of the present invention is to provide an information distribution method. This information publishing method is applicable to a server. The server is connected to a wireless network base station. The wireless network base station is defined as a zone and connected to the Internet. The information publishing method comprises the steps of: (a) causing the server to receive a message related to at least one of an organization and a body within the area, and (b) causing the server to store the information, (c) causing the server to record a correspondence between the information and an identification code of the wireless network base station, and (d) causing the server to receive a notification signal from the wireless network base station, the notification signal indicating a wireless Internet device is connected to the Internet through the wireless network base station, (e) the server receives the notification signal, retrieves the information according to the correspondence, and (f) transmits the server The wireless network base station transmits the information to the wireless internet device, and the output device of the wireless internet device outputs the information.

Another object of the present invention is to provide a server. The server includes a network interface, a storage module and a processing module. The network interface is connected to a wireless network base station. The wireless network base station is defined as a zone and connected to the Internet. The storage module is configured to store a message and record the information to have a correspondence with an identification code of the wireless network base station, wherein the information is related to at least one of an organization and a body in the area. Related. The network interface receives a notification signal from the wireless network base station, wherein the notification signal indicates that a wireless Internet device is connected to the Internet through the wireless network base station. After receiving the notification signal, the processing module retrieves the information from the storage module according to the correspondence. The network interface is further configured to transmit the information to the wireless internet device through the wireless base station, and the output device of the wireless internet device outputs the information.

Another object of the present invention is to provide an information distribution method suitable for a wireless network base station. The wireless network base station is defined by a zone and connected to the Internet and a server. The information distribution method comprises the steps of: (a) causing the wireless network base station to receive an internet connection request of a wireless internet device, and (b) causing the wireless network base station to accept the internet connection request. And (c) causing the wireless network base station to transmit a notification signal to the server, wherein the notification signal indicates that the wireless internet device is connected to the internet through the wireless network base station, and (d) The wireless network base station receives a message from the server, wherein the information is associated with at least one of an organization and a body within the area and (e) causes the wireless network base station to transmit the information to the The wireless internet device outputs the information to an output device of the wireless internet device.

It is still another object of the present invention to provide a wireless network base station. The wireless network base station is defined by a region and includes a network interface, a transceiver module, and a processing module. The network interface connects to the Internet and a server. The transceiver module is configured to receive an internet connection request of a wireless internet device. The processing module is configured to accept the internet connection request. The network interface further transmits a notification signal to the server, wherein the notification signal indicates that the wireless internet device is connected to the Internet through the wireless network base station. The network interface receives a message from the server, wherein the information is related to at least one of an institution and a body within the area. The transceiver module further transmits the information to the wireless internet device, and the output device of the wireless internet device outputs the information.

Another object of the present invention is to provide an information distribution method suitable for a wireless network base station. The wireless network base station is defined as a zone and connected to the Internet. The information distribution method comprises the following steps: (a) causing the wireless network base station to receive a message, wherein the information is related to at least one of an organization and a body in the area, and (b) the wireless The network base station stores the information, (c) causes the wireless network base station to receive an internet connection request of one of the wireless internet devices, and (d) causes the wireless network base station to accept the internet connection request And (e) causing the wireless network base station to retrieve the information and (f) causing the wireless network base station to transmit the information to the wireless internet device, and outputting the information to an output device of the wireless internet device.

It is still another object of the present invention to provide a wireless network base station. The wireless network base station is defined by a region and includes a network interface, a storage module, a transceiver module, and a processing module. The network interface is connected to the Internet. The storage module is configured to store a piece of information, wherein the information is related to at least one of an institution and a body within the area. The transceiver module is configured to receive an internet connection request of a wireless internet device. The processing module is configured to accept the internet connection request and retrieve the information. The transceiver module further transmits the information to the wireless internet device, and the output device of the wireless internet device outputs the information.

As can be seen from the above description, a wireless network base station of the present invention is defined in a range of areas and operates in conjunction with a server of the present invention. Information relating to one of the institutions or a body within the area is stored in the server or the wireless network base station. If a wireless internet device is connected to the internet through the wireless network base station, the wireless network base station transmits the information related to the institution or the individual in the area to the wireless internet device, One of the output devices of the wireless internet device outputs the information. It should be noted that since the information is related to the institution or the individual within the region, the information is information that is localized. Therefore, the user of the wireless internet device can arrange his or her own trip based on the information.

Other objects of the present invention, as well as the technical means and embodiments of the present invention, will be apparent to those skilled in the art in the appended claims.

The contents of the present invention will be explained below by way of examples. However, the embodiments of the present invention are not intended to limit the invention to any environment, application, or manner as described in the embodiments. Therefore, the description of the embodiments is merely illustrative of the invention and is not intended to limit the invention. It should be noted that in the following embodiments and illustrations, elements that are not directly related to the present invention have been omitted and are not shown.

1A and 1B depict a first embodiment of the present invention, which relates to a server 11, two wireless network base stations 12a, 12b, an internet network 13, two wireless internet devices 14a, 14b, and a table. The upper computer 15 and the two mechanisms 16a and 16b. Further, the server 11 includes a network interface 111, a processing module 113, a storage module 115, and a receiving module 117. The wireless network base station 12a includes a network interface 121a, a processing module 123a, and A transceiver module 125a; the wireless network base station 12b includes a network interface 121b, a processing module 123b, and a transceiver module 125b. The server 11 is connected to the Internet 13 via its network interface 111. The wireless network base stations 12a, 12b are connected to the Internet 13 via their network interfaces 121a, 121b, respectively, and the server 11 and the wireless network The base stations 12a, 12b can be connected to each other through the Internet 13. Further, the mechanisms 16a, 16b of the first embodiment may be individually a company, a group, a store, an organization, a hotel, and the like.

In order to facilitate the understanding of the spirit of the present invention, the effect of the first embodiment will be described first, and the specific operation mode of the first embodiment will be described in detail.

In the first embodiment, the wireless network base station 12a has a signal range 17a, so that the wireless internet device 14a in the signal range 17a can be connected to the Internet 13 via the wireless network base station 12a. In addition, the wireless network base station 12a is defined with an area range 18a associated with the location at which the wireless network base station 12a is placed. For example, the area range 18a can be defined as the wireless network base station 12a being Set the area within 500 meters of the distance. Furthermore, the area range 18a may be defined by the owner of the wireless network base station 12a or may be defined by the owner of the server 11, in other words, the invention does not limit how to define the area range 18a of the wireless network base station 12a. When the wireless internet device 14a is connected to the Internet 13 via the wireless network base station 12a, the wireless network base station 12a and the server 11 operate in conjunction, thereby causing the output device of the wireless internet device 14a to output a message. It is emphasized that the information output by the output device of the wireless internet device 14a is associated with at least one of a mechanism (e.g., mechanism 16a) and a body within the area range 18a. For example, when the institution 16a is a store, the output device of the wireless internet device 14a outputs the shopping information of the mechanism 16a.

Similarly, the wireless network base station 12b has a signal range 17b, so the wireless internet device 14b in the signal range 17b can be connected to the Internet 13 via the wireless network base station 12b. In addition, the wireless network base station 12b is also defined with an area range 18b associated with the location at which the wireless network base station 12b is set. When the wireless internet device 14b is connected to the Internet 13 through the wireless network base station 12b, the wireless network base station 12b and the server 11 operate together, so that the output device of the wireless internet device 14b outputs the area range 18b. Another information relating to one of the institutions (eg, institution 16b) and at least one of the bodies. For example, when the institution 16b is a hotel, the output device of the wireless internet device 14b outputs the tourist information of the mechanism 16b.

It can be seen that, under the framework of the first embodiment, when the wireless internet device is connected to the internet through different wireless network base stations, the wireless internet device outputs a local information, that is, the information and the information. The wireless network base station used is related to the organization or/and the individual within the defined area. Therefore, the user of the wireless internet device can learn the information and engage in related activities. The specific operation of the first embodiment will be further explained below. It should be noted that the present invention does not limit the relationship between the signal range and the regional range of the wireless network base station. For example, the area range may also be defined as being smaller than the signal range. As shown in FIG. 1C, the area range 18a' of the wireless network base station 12a is smaller than the signal range 17a and the area range 18b' of the wireless network base station 12b. Less than the signal range 17b.

In the first embodiment, the receiving module 117 of the server 11 is connected to a desktop computer 15 and receives, from the desktop computer 15, a first information and a second information related to the mechanism 16a in the area range 18a. , wherein the second information is related to the first information. For example, when the institution 16a is a restaurant, the first information may be one of the restaurant's preferential information, and the second information may be a discount coupon associated with the preferential information. Then, the storage module 115 stores the first information and the second information, and records that the first information and the second information have a correspondence relationship with one of the identification codes of the wireless network base station 12a. For example, the identifier of the wireless network base station 12a may be a medium access control (MAC) address, an Internet Protocol (IP) address of the wireless network base station 12a. , a serial number, and so on.

When the wireless internet device 14a wants to connect to the Internet 13 via the wireless network base station 12a, the wireless internet device 14a first transmits an internet connection request to the wireless network base station 12a. The transceiver module 125a of the wireless network base station 12a receives the internet connection request, and the processing module 123a determines whether to accept the internet connection request of the wireless internet device 14a. In this embodiment, the processing module 123a accepts an internet connection request from the wireless internet device 14a. Thereafter, the processing module 123a generates a notification signal for indicating that the wireless internet device 14a is connected to the Internet 13 via the wireless network base station 12a. The network interface 121a of the wireless network base station 12a transmits the notification signal to the server 11, and the server 11 receives the notification signal through the network interface 111.

Then, the processing module 113 retrieves the first information from the storage module 115 according to the corresponding relationship of the wireless network base station 12a. In detail, the processing module 113 knows that the wireless network base station currently involved is the wireless network base station 12a according to the content of the notification signal (for example, the identification code carrying the wireless network base station 12a). The processing module 113 obtains the first information according to the identification code of the wireless network base station 12a and the corresponding relationship between the identification code and the identification code.

Thereafter, the network interface 111 of the server 11 transmits the first information to the wireless internet device 14a via the wireless network base station 12a. In detail, the server 11 transmits the first information to the wireless network base station 12a by using the network interface 111. The network interface 121a of the wireless network base station 12a receives the first information, and the transceiver module 125a transmits the first information. Information to the wireless internet device 14a. The output device of the wireless internet device 14a outputs the first information, so that the user of the wireless internet device 14a can know the first information related to the mechanism 16a in the area range 18a.

If the user wants to know more details of the first information, the first information can be selected by the wireless internet device 14a. After the user selects the first information, the wireless internet device 14a transmits a selected signal to the wireless network base station 12a. The selected signal indicates that the first information is selected by the wireless internet device 14a. The wireless network base station 12a receives the selected signal by the transceiver module 125a, and transmits the selected signal to the server 11 via the network interface 121a. The server 11 receives the selected signal originating from the wireless internet device 14a from the wireless network base station 12 via the network interface 111.

In this embodiment, the server 11 has been registered as a member to access more detailed content of the first information. Therefore, after receiving the selected signal, the server 11 transmits a login prompt signal to the wireless network base station 12a. The wireless network base station 12a receives the login prompt signal through its network interface 121a, and transmits the login prompt signal to the wireless internet device 14a by its transceiver module 125a. In response to the login prompt signal, the user inputs his/her member information (eg, user account and password) to the wireless internet device 14a, and the wireless internet device 14a transmits a login signal carrying the member data to the wireless network base station 12a. After receiving the login signal from the wireless internet device 14a, the transceiver module 125a of the wireless network base station 12a transmits the login signal to the server 11 through the network interface 121a. After receiving the login signal, the network interface 111 of the server 11 determines whether the login signal is correct. Assuming that the processing module 113 determines that the login signal is correct, the network interface 111 transmits the second information to the wireless network base station 12a, and the network interface 121a of the wireless network base station 12a receives the second information, and then uses the transceiver module. The second information is transmitted to the wireless internet device 14a, and the output device of the wireless internet device 14a outputs the second information.

The operation between the wireless internet device 14b, the wireless network base station 12b, and the server 11 can be performed between the wireless internet device 14a, the wireless network base station 12a, and the server 11, and will not be described again. Through a similar operation, the output device of the wireless internet device 14b outputs additional first information related to the mechanism 16b in the area range 18b, and further outputs another second information related to the mechanism 16b and the other first information. .

It should be noted that other implementation manners may be configured to access the more detailed content of the first information (ie, the second information) without registering the server 11 as a member. At this time, the wireless internet device 14a, the wireless network The base station 12a and the server 11 do not need to transmit and receive the login prompt signal and the login signal, and the server 11 does not need to judge the correctness of the login signal. Furthermore, in other implementations, the server 11 can also transmit all information related to the mechanism 16a to the wireless internet device 14a when the wireless internet device 14a is connected to the Internet 13 via the wireless network base station 12a. In other words, in the first aspect, the first information covers all information related to the institution 16a, so the wireless internet device 14a, the wireless network base station 12a and the server 11 do not need to perform any operations related to the second information.

In addition, the present invention does not limit the form of the first information and the second information. In other words, the first information and the second information may be web link, text, video, sound, animation or other forms. The content of the first information and the second information may be network links, news, advertisements, restaurant information, shopping information, travel information, preferential information, logs or other content. When the first information is a network connection, when the first information is selected, the wireless network base stations 12a, 12b and the server 11 cooperate to transmit the content of the network connection to the wireless internet devices 14a, 14b. . Furthermore, the network link can be linked to the website of the institution 16a, 16b, a personal blog or an official website, and the like. Similarly, when the second information is a network connection, it also has a similar function.

As can be seen from the above description, the wireless network base stations 12a, 12b and the server 11 operate in cooperation with the architecture of the first embodiment, so that localized information can be separately provided to the wireless internet devices 14a, 14b. Even if the wireless network base stations 12a, 12b are located in the same chain store, the wireless internet devices 14a, 14b can still know the localized information. In this way, the users of the wireless internet devices 14a, 14b can arrange their own trips based on the information.

2A and 2B depict a second embodiment of the present invention, which relates to a server 21, two wireless network base stations 12a, 12b, an internet network 13, four wireless internet devices 14a, 14b, 29a, 29b and two institutions 16a, 16b. The second embodiment is similar to most of the operations of the first embodiment, so the following description focuses on the differences between the two.

The server 21 of the embodiment includes a network interface 111, a processing module 113, and a storage module 115. The server 21 does not receive the first information and the second information related to the wireless network base stations 12a, 12b from a near-end computer (for example, the desktop computer 15 of the first embodiment), but through the wireless network base. The stations 12a, 12b receive the first information and the second information from the remote computers (i.e., the wireless internet devices 29a, 29b).

The wireless internet device 29a is located within the signal range 17a of the wireless network base station 12a. Since the wireless internet device 29a is located at the near end of the wireless network base station 12a, when the owner of the wireless internet device 29a knows the first information and the second information related to the institution 16a in the area range 18a, The first information and the second information are input to the wireless internet device 29a, and transmitted to the server 21 via the wireless network base station 12a. After receiving the first information and the second information, the network interface 111 of the server 21 stores the first information and the second information in the storage module 115 for subsequent use. When the owner of the wireless internet device 29a is also the owner of the wireless network base station 12a, the owner can not only update the information in the localization (that is, within the area range 18a), but also decides to publish independently. What kind of information is available to the wireless internet device 14a within the signal range 17a of the wireless network base station 12a.

As for the wireless internet device 19b, the wireless network base station 12b, and the server 21, the operation between the wireless internet device 29a, the wireless network base station 12a, and the server 21 can be performed to achieve the same effect, and the details are not described herein. .

3A and 3B depict a third embodiment of the present invention, which relates to a server 21, two wireless network base stations 32a, 32b, an internet network 13, two wireless internet devices 14a, 14b and two mechanisms. 16a, 16b. The third embodiment is similar to most of the operations of the first embodiment. The main difference is that the third embodiment stores the first information and the second information related to the mechanism 16a on the wireless network base station 32a, and The first information and the second information related to the organization 16b are stored in the wireless network base station 32b.

The differences between the third embodiment and the first embodiment are detailed below. The wireless network base station 32a includes a network interface 121a, a processing module 123a, a transceiver module 125a, and a storage module 327a. The wireless network base station 32b includes a network interface 121b and a processing module 123b. A transceiver module 125b and a storage module 327b. Although the server 11 of the embodiment includes the storage module 115, it is used to store the member information of the user, instead of storing the first information and the second information.

In this embodiment, after the receiving module 117 of the server 11 receives the first information and the second information related to the mechanism 16a in the area range 18a from the desktop computer 15, the server 11 transmits through the network interface 111. It is transmitted to the wireless network base station 32a. After receiving the first information and the second information from the server 11, the network interface 121a of the wireless network base station 32a stores the first information and the second information in the storage module 327a.

Then, if the transceiver module 125a receives the Internet connection request of the wireless Internet device 14a and the processing module 123a accepts the Internet connection request, the processing module 123a retrieves the first information from the storage module 327a. Then, it is transmitted to the wireless internet device 14a through the transceiver module 125a. Assuming that the transceiver module 125a receives a selected signal indicating that the first information is selected by the wireless internet device 14a from the wireless internet device 14a, the wireless internet device 14a, the wireless network base station 32a, and the server 11 are similar to the first. The operation of logging in and confirming the wireless internet device 14a, the wireless network base station 12a and the server 11 of the embodiment, however, when the processing module 113 of the server 15 determines that the login signal is correct, the network interface of the server 15 111 will send a login confirmation signal to the wireless network base station 32a. After receiving the login confirmation signal, the network interface 121a of the wireless network base station 32a learns that the user of the wireless network device 14a is a member, and the processing module 123a retrieves the second information from the storage module 327a. The transceiver module 125a transmits it to the wireless internet device 14a.

The operation between the wireless internet device 14b, the wireless network base station 32b, and the server 11 can be performed between the wireless internet device 14a, the wireless network base station 32a, and the server 11, and will not be described again.

Similarly, in other implementations, the wireless network base station 32a can receive the first information and the second information related to the mechanism 16a from other wireless Internet devices in the signal range 17a, and the wireless network base station 32b can The first information and the second information associated with the institution 16b are received by other wireless internet devices within the signal range 17b. This portion is similar to the second embodiment, so it is not to be said.

A fourth embodiment of the present invention is an information distribution method, and a flowchart thereof is depicted in Figs. 4A, 4B, and 4C. The steps depicted in FIG. 4A and the steps depicted on the right side of FIGS. 4B and 4C are performed by a server (for example, the servers 11 and 21 of the first embodiment and the second embodiment), and the server is connected. To the Internet. The steps depicted on the left side of Figures 4B and 4C are performed by a wireless network base station (e.g., the wireless network base stations 12a, 12b of the first embodiment and the second embodiment), and the wireless network base station is Define a range of zones and connect to the Internet and the aforementioned servers.

First, the information publishing method performs step 401, so that the server receives a first information, which is within a range of regions defined by the wireless network base station (for example, the wireless network base station 12a) (for example, the area range 18a). One of the institutions (e.g., institution 16a) is associated with at least one of the bodies. Then, steps 403 and 405 are executed to enable the server to store the first information, and record a correspondence between the first information and one of the identification codes of the wireless network base station. The server then performs step 407 to determine whether a second information is associated with the first information. If the result of step 407 is no, the information publishing method then performs step 413. If the result of the step 407 is YES, the server first performs steps 409 and 411 to receive and store the second information, and then performs step 413.

In step 413, the server determines whether there is other first information. Specifically, step 413 covers several different situations: in the first case, one of the same organizations (e.g., institution 16a) within the area of the same wireless network base station (e.g., wireless network base station 12a) has other In the second case, one of the other organizations or individuals in the area of the same wireless network base station (for example, the wireless network base station 12a) has other first information, and the third case is another wireless network. One of the organizations or individuals within the defined area of the base station (e.g., wireless network base station 12b) has other first information. If the result of step 413 is YES, the information issuance method performs step 401 again; if the result of step 413 is no, the information issuance method performs step 415. Steps 401 to 413 can be regarded as the information construction and collection stage of the embodiment.

In step 415, the wireless network base station (e.g., wireless network base station 12a) receives an internet connection request from one of the wireless Internet devices (e.g., wireless Internet access device 14a) within its signal range. Then, the wireless network base station sequentially performs steps 417 and 419 to accept the internet connection request and transmit a notification signal to the server, wherein the notification signal indicates that the wireless internet device is through the wireless network base station. Connect to the internet. Afterwards, the server performs step 421 to receive the notification signal, and performs step 423 to retrieve the first information according to all the corresponding relationships of the wireless network base station, and then performs step 425 to extract the first information to the wireless network. Base station. Then, the wireless network base station sequentially performs steps 427 and 429 to respectively receive the first information from the server and transmit the first information to the wireless internet device, and one of the output devices of the wireless internet device outputs the first information.

If the user of the wireless internet device selects the first information on the wireless internet device, the wireless network base station performs steps 431 and 433 to receive a selected signal from the wireless internet device and transmit the selected signal to the server, where The selection signal indicates that the first information is selected on the wireless internet device. Then, the information distribution method causes the server to perform steps 435 and 437 to respectively receive a selection signal from the wireless network base station and transmit a login prompt signal to the wireless network base station.

Then, the wireless network base station sequentially performs steps 439, 441, 443, and 445 to receive the login prompt signal from the server, transmit the login prompt signal to the wireless internet device, receive a login signal from the wireless internet device, and transmit the login signal to server. Subsequently, the server performs steps 447, 449, 451, and 453 to respectively receive the login signal originating from the wireless internet device from the wireless network base station, confirm that the login signal is correct, retrieve the second information, and transmit the second information to the wireless network. Road base station. Thereafter, the wireless network base station performs steps 457 and 459 to receive the second information from the server and transmit the second information to the wireless internet device respectively.

The information distribution method of the fourth embodiment can perform all the operations and functions of the first and second embodiments in addition to the foregoing steps. Those skilled in the art can directly understand how the fourth embodiment performs such operations and functions based on the first and second embodiments described above. Therefore, I will not repeat them.

A fifth embodiment of the present invention is an information distribution method, and a flowchart thereof is depicted in Figs. 5A and 5B. The steps depicted in Figures 5A and 5B are performed by a wireless network base station (e.g., the wireless network base stations 32a, 32b of the third embodiment). The wireless network base station is defined as a range of areas and connected. To the Internet and the aforementioned servers.

First, the information publishing method performs step 501 to enable the wireless network base station (for example, the wireless network base station 32a) to receive a first information, the first information and the wireless network base station (for example, the wireless network base station 32a). One of the institutions (e.g., institution 16a) within a defined area range (e.g., area range 18a) is associated with at least one of the bodies. Then, step 503 is executed to enable the wireless network base station to store the first information. The wireless network base station then performs step 505 to determine whether a second information is associated with the first information. If the result of step 505 is no, the information issuance method then proceeds to step 511. If the result of step 505 is YES, the wireless network base station first performs steps 507 and 509 to receive and store the second information, and then step 511 is performed.

In step 511, the wireless network base station determines whether there is other first information. Specifically, step 511 covers several different situations: the first case has other first information for the same organization (eg, institution 16a) within the area of the wireless network base station, and the second case is Other institutions or individuals within the wireless network base station have other first information. If the result of step 511 is YES, the information issuance method performs step 501 again; if the result of step 511 is no, the information issuance method performs step 513. Steps 501 to 511 can be regarded as the information construction and collection stage of the embodiment.

In step 513, the wireless network base station receives an internet connection request of one of the wireless internet devices (eg, the wireless internet device 14a) within its signal range. Then, the wireless network base station sequentially performs steps 515, 517, and 519 to respectively accept the Internet connection request, retrieve the first information, and transmit the first information to the wireless internet device.

If the user of the wireless Internet device selects the first information on the wireless internet device, the wireless network base station performs steps 521 and 523 to receive a selected signal from the wireless internet device and transmit the selected signal to the server, where The selection signal indicates that the first information is selected on the wireless internet device. Then, the wireless network base station performs steps 525 and 527 in sequence to receive the login prompt signal and the login login prompt signal from the server to the wireless internet device respectively. Subsequently, the information distribution method causes the wireless network base station to sequentially perform steps 529, 531, and 533 to receive a login signal from the wireless internet device, transmit the login signal to the server, and receive a login confirmation signal from the server. Thereafter, the wireless network base station sequentially performs steps 535 and 537 to separately retrieve the second information and transmit the second information to the wireless internet device.

The information distribution method of the fifth embodiment can perform all the operations and functions of the third embodiment in addition to the foregoing steps. Those skilled in the art can directly understand how the fifth embodiment is based on the above-described third embodiment to perform such operations and functions. Therefore, I will not repeat them.

As can be seen from the above description, a wireless network base station of the present invention is defined in a range of areas and operates in conjunction with a server of the present invention. Information relating to one of the institutions or a body within the area is stored in the server or the wireless network base station. If a wireless internet device is connected to the internet through the wireless network base station, the wireless network base station transmits the information related to the institution or the individual in the area to the wireless internet device, One of the output devices of the wireless internet device outputs the information. It should be noted that since the information is related to the institution or the individual within the region, the information is information that is localized. Therefore, the user of the wireless internet device can arrange his or her own trip based on the information.

The above-described embodiments are only intended to illustrate the embodiments of the present invention, and to explain the technical features of the present invention, and are not intended to limit the scope of the present invention. Any changes or equivalents that can be easily made by those skilled in the art are within the scope of the invention, and the scope of the invention should be determined by the scope of the claims.

11. . . server

12a, 12b. . . Wireless network base station

13. . . Internet

14a, 14b. . . Wireless internet device

15. . . Desktop computer

16a, 16b. . . mechanism

17a, 17b. . . Signal range

18a, 18b. . . geographic range

18a’, 18b’. . . geographic range

111. . . Network interface

113. . . Processing module

115. . . Storage module

117. . . Receiving module

121a, 121b. . . Network interface

123a, 123b. . . Processing module

125a, 125b. . . Transceiver module

twenty one. . . server

29a, 29b. . . Wireless internet device

32a, 32b. . . Wireless network base station

327a, 327b. . . Storage module

1A, 1B and 1C depict a first embodiment of the invention;

2A and 2B are diagrams depicting a second embodiment of the present invention;

3A and 3B are diagrams depicting a third embodiment of the present invention;

4A, 4B and 4C are diagrams depicting a fourth embodiment of the present invention;

5A and 5B are flowcharts depicting a fifth embodiment of the present invention.

Claims (29)

An information distribution method is applicable to a server connected to a wireless network base station, the wireless network base station is defined by a region and connected to the Internet, and the information distribution method comprises the following steps : causing the server to receive a first information, the first information is related to at least one of an organization and a body in the area; causing the server to store the first information; causing the server to record the first a message has a correspondence with an identification code of the wireless network base station; the server receives a notification signal from the wireless network base station, the notification signal carries the identification code, and the notification signal indicates a wireless The Internet device is connected to the Internet through the wireless network base station; after receiving the notification signal, the server retrieves the first information according to the corresponding relationship corresponding to the identification code; and makes the server Transmitting the first information to the wireless internet device through the wireless network base station, and outputting the first information to an output device of the wireless internet device. The information distribution method according to claim 1, wherein the identification code is a medium access control (MAC) address and an internet protocol (IP) bit of the wireless network base station. One of the address and a serial number. The information distribution method according to claim 1, wherein the institution is one of a company, a group, a store, an organization, and a hotel. The information distribution method of claim 1, wherein the first information is a network One of the links, one news, one advertisement, one restaurant information, one shopping information, one travel information, one preferential information and one log. The information distribution method of claim 1, further comprising the steps of: causing the server to receive a second information, the second information being related to the mechanism and the first information; and causing the server to store the second information; And causing the server to receive a selection signal from the wireless network device through the wireless network base station, the selection signal indicating that the first information is selected in the wireless internet device; and causing the server to transmit through the wireless network base station Logging in a prompt signal to the wireless internet device; causing the server to receive a login signal from the wireless network device through the wireless network base station; and causing the server to confirm the login signal to be correct, and then through the wireless network base The station transmits the second information to the wireless internet device, and the output device of the wireless internet device outputs the second information. A server comprising: a network interface, connected to a wireless network base station, the wireless network base station is defined by a region and connected to the Internet; a storage module for storing a first Having a correspondence between the first information and an identification code of one of the wireless network base stations, the first information being related to at least one of an organization and a body in the area; and a processing module, wherein the network interface receives a notification signal from the wireless network base station, the notification signal carries the identification code, and the notification signal indicates that a wireless internet device is connected through the wireless network base station After the network module receives the notification signal, the processing module retrieves the first information from the storage module according to the correspondence corresponding to the identification code, and the network interface is further used for the network interface. The first information is transmitted to the wireless internet device through the wireless base station, and the output device of the wireless internet device outputs the first information. The server of claim 6, wherein the identification code is one of a media access control address, an internet protocol address, and a serial number of the wireless network base station. The server of claim 6, wherein the institution is one of a company, a group, a store, an organization, and a hotel. The server of claim 6, wherein the network interface is further configured to receive the first information from the wireless network base station. The server of claim 6, further comprising a receiving module for receiving the first information. The server of claim 6, wherein the first information is one of a network connection, a news, an advertisement, a restaurant information, a shopping information, a travel information, a preferential information, and a log. The server of claim 6, wherein the storage module is further configured to store a second information related to the mechanism and the first information, and the network interface is further transmitted through the wireless network base station Receiving a selection message from the wireless internet device The selection signal indicates that the first information is selected on the wireless internet device, and the network interface transmits a login prompt signal to the wireless internet device through the wireless network base station, and the network interface is further transmitted through the wireless network. The base station receives a login signal from the wireless internet device, and the processing module further determines that the login signal is correct, and the network interface transmits the wireless network base after the processing module determines that the login signal is correct. The station transmits the second information to the wireless internet device, and the output device of the wireless internet device outputs the second information. An information distribution method is applicable to a wireless network base station, the wireless network base station is defined by a region and connected to the Internet and a server, and the information distribution method comprises the following steps: making the wireless network The base station receives an internet connection request of one of the wireless internet devices; causes the wireless network base station to accept the internet connection request; and causes the wireless network base station to transmit a notification signal to the server, the notification The signal indicates that the wireless internet device is connected to the Internet through the wireless network base station, and the notification signal carries an identification code of the wireless network base station, and the server obtains a first one according to the identification code. Receiving, by the wireless network base station, the first information from the server, the first information being related to at least one of an organization and a body in the area; and transmitting the wireless network base station The first information is sent to the wireless internet device, and the output device of the wireless internet device outputs the first information. The information distribution method according to claim 13, wherein the institution is a company and a One of a group, a store, an organization and a hotel. The information distribution method of claim 13, wherein the first information is one of a network connection, a news, an advertisement, a restaurant information, a shopping information, a travel information, a preferential information, and a log. The information distribution method of claim 13, further comprising the step of: causing the wireless network base station to receive a selection signal from the wireless internet device, the selection signal indicating the first information of the output device of the wireless internet device Selecting; causing the wireless network base station to transmit the selected signal to the server; causing the wireless network base station to receive a login prompt signal from the server; and causing the wireless base station to transmit the login prompt signal to the wireless Internet access And causing the wireless network base station to receive a login signal from the wireless internet device; causing the wireless network base station to transmit the login signal to the server; and causing the wireless network base station to receive a second from the server Information, the second information is related to the institution and the first information; and the wireless base station transmits the second information to the wireless internet device, and the output device of the wireless internet device outputs the second information. A wireless network base station, the wireless network base station is defined by a region and includes: a network interface, connected to the Internet and a server; and a transceiver module for receiving a wireless internet device An internet connection And a processing module for accepting the internet connection request; wherein the network interface further transmits a notification signal to the server, the notification signal indicating that the wireless internet device is through the wireless network The base station is connected to the Internet, and the notification signal carries an identification code of the wireless network base station, and the server retrieves a first information according to the identification code, wherein the network interface is more from the servo Receiving the first information, the first information is related to at least one of a mechanism and a body in the area, the transceiver module further transmitting the first information to the wireless internet device, and the wireless internet device One of the output devices outputs the first information. The wireless network base station of claim 17, wherein the institution is one of a company, a group, a store, an organization, and a hotel. The wireless network base station of claim 17, wherein the first information is a network connection, a news, an advertisement, a restaurant information, a shopping information, a travel information, a preferential information, and a log. One. The wireless network base station of claim 17, wherein the transceiver module receives a selection signal from the wireless internet device, the selection signal indicating that the first information is selected in the wireless internet device, and the network interface is further Sending a selection signal to the server and receiving a login prompt signal from the server, the transceiver module further transmitting the login prompt signal to the wireless internet device and receiving a login signal from the wireless internet device, the network interface further transmitting The login signal to the server and receiving a second information from the server, the transceiver module further transmitting the second information to the wireless internet device, and the wireless communication device The device outputs the second information, wherein the second information is related to the institution and the first information. An information distribution method is applicable to a wireless network base station, the wireless network base station is defined by a region and connected to the Internet, and the information distribution method comprises the following steps: causing the wireless network base station to receive one First information, the first information is related to at least one of an institution and a body in the area, wherein the institution is one of a company, a group, a store, an organization, and a hotel; The wireless network base station stores the first information; causing the wireless network base station to receive an internet connection request of one of the wireless internet devices; and causing the wireless network base station to accept the internet connection request; The wireless network base station retrieves the first information; and causes the wireless network base station to transmit the first information to the wireless internet device, and the output device of the wireless internet device outputs the first information. The information distribution method of claim 21, wherein the first information is one of a network connection, a news, an advertisement, a restaurant information, a shopping information, a travel information, a preferential information, and a log. The information distribution method of claim 21, wherein the wireless base station is connected to a server, the information distribution method further comprises the steps of: causing the wireless network base station to receive a second information, the second information and The institution is associated with the first information; causing the wireless network base station to store the second information; Having the wireless network base station receive a selection signal from the wireless internet device, the selection signal indicating that the first information is selected in the wireless internet device; and causing the wireless network base station to transmit the selected signal from the server; Receiving, by the wireless network base station, a login prompt signal from the server; causing the wireless base station to transmit the login prompt signal to the wireless internet device; and causing the wireless network base station to receive a login signal from the wireless internet device; Transmitting, by the wireless network base station, the login signal to the server; causing the wireless network base station to receive a login confirmation signal from the server; and causing the wireless base station to acquire the second after receiving the login confirmation signal And transmitting the second information to the wireless internet device, wherein the output device of the wireless internet device outputs the second information. A wireless network base station, the wireless network base station is defined by a region and includes: a network interface, connected to the Internet; a storage module for storing a first information, the first information Associated with at least one of an institution and a body within the area, wherein the institution is one of a company, a group, a store, an organization, and a hotel; a transceiver module for receiving a wireless An internet connection request of one of the internet devices; and a processing module for accepting the internet connection request and extracting the first a message; wherein the transceiver module further transmits the first information to the wireless internet device, and an output device of the wireless internet device outputs the first information. The wireless network base station of claim 24, wherein the first information is a network connection, a news, an advertisement, a restaurant information, a shopping information, a travel information, a preferential information, and a log. One. The wireless network base station of claim 24, wherein the wireless network base station is connected to a server, and the network interface receives the first information from the server. The wireless network base station of claim 26, wherein the network interface further receives a second information, the second information is related to the organization and the first information, and the storage module further stores the second information, The transceiver module further receives a selection signal from the wireless internet device, the selection signal indicates that the first information is selected in the wireless internet device, and the network interface further transmits the selected signal to the server and receives from the server. a login prompt signal, the transceiver module further transmits the login prompt signal to the wireless internet device and receives a login signal from the wireless internet device, and the network interface further transmits the login signal to the server and receives from the server After the login confirmation signal is received, the processing module retrieves the second information from the storage module after receiving the login confirmation signal, and the transceiver module further transmits the second information to the wireless internet device The output device of the wireless internet device outputs the second information. The wireless network base station of claim 24, wherein the transceiver module further receives the first information. The wireless network base station of claim 28, wherein the transceiver module receives a second information related to the organization and the first information, the storage module further storing the second information, the transceiver module further receiving a selection signal from the wireless internet device, the selection signal indicating the The first information is selected in the wireless internet device, the network interface further transmits the selected signal to the server and receives a login prompt signal from the server, and the transceiver module further transmits the login prompt signal to the wireless internet device. Receiving a login signal from the wireless internet device, the network interface further transmits the login signal to the server and receives a login confirmation signal from the server, and the processing module receives the login confirmation signal from the transceiver module. The second information is retrieved from the storage module, and the transceiver module further transmits the second information to the wireless internet device, and the output device of the wireless internet device outputs the second information.