CN110071856B - Method of village information interaction system - Google Patents
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- CN110071856B CN110071856B CN201910263177.3A CN201910263177A CN110071856B CN 110071856 B CN110071856 B CN 110071856B CN 201910263177 A CN201910263177 A CN 201910263177A CN 110071856 B CN110071856 B CN 110071856B
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
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- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
- G08B25/01—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium
- G08B25/10—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using wireless transmission systems
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
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Abstract
The invention provides a method of a country information interaction system, which comprises a server, wherein the server comprises a communication module, an application module, an authentication database and a transaction database, the communication module is provided with a WiFi module and a base station module, the WiFi module is electrically connected with a WiFi antenna, and the base station module is electrically connected with a base station antenna; the server is connected with the public network; the communication module is used for communicating with the public network and the mobile terminal; the application module is used for executing the command of the application program and interacting with the mobile terminal; the authentication database is used for storing the identity authentication data of the user; the transaction database is used for storing data related to characters, pictures and videos. The method comprises the following steps: searching a signal source of a mobile terminal; judging whether the access is the first access; after the authentication is completed, receiving the grading data service; and entering a tourist mode if the authentication is not finished, and receiving basic data service. By adopting the scheme of coexistence of multiple communication modes, the rural information interaction efficiency is improved. The invention has the characteristics of high intellectualization and low maintenance rate.
Description
Technical Field
The invention relates to the field of interaction devices, in particular to a method of a rural information interaction system.
Background
The fine production of agriculture and the management of villages need comparatively smooth information interaction, and in the prior art, the information is received by generally adopting a broadcasting or television mode, which has lower efficiency and unsatisfactory effect. The popularization of the smart phone provides a new way for country information, but in application software of the smart phone, the commercialization atmosphere is thick, more junk information is provided, effective information is less, the country information requirement is difficult to meet, and mobile phone signals do not exist in many places. There is also no system specifically provided for rural management. With the movement of the population of the age-appropriate workforce to cities, the difficulty of rural management and delinquent and rich becomes higher and higher. The problem of inconvenient logistics still exists in the rural area, and many expressages are reluctant to be delivered to rural farmers. There is a need to develop an information interaction system with higher interaction efficiency, better information transmission effect and convenience for country management.
Disclosure of Invention
The invention aims to provide a country information interaction system and a method, which can be used for conveniently managing the country and realizing graded information interaction, can play a security protection effect in a preferred scheme, and can be used as a receiving terminal of logistics.
In order to solve the technical problems, the technical scheme adopted by the invention is as follows: a village information interaction system comprises a server, wherein the server comprises a communication module, an application module, an authentication database and a transaction database, the communication module is provided with a WiFi module and a base station module, the WiFi module is electrically connected with a WiFi antenna, and the base station module is electrically connected with a base station antenna;
the server is connected with the public network;
the communication module is used for communicating with the public network and the mobile terminal;
the application module is used for executing the command of the application program and interacting with the mobile terminal;
the authentication database is used for storing the identity authentication data of the user;
the transaction database is used for storing data related to characters, pictures and videos.
In a preferred scheme, one or more devices of a camera, a microphone and a fingerprint acquisition device for authenticating the identity of the user are further arranged.
In the preferred scheme, the system further comprises a mobile terminal, wherein the mobile terminal is provided with a client side, and the mobile terminal is connected and interacted with the server in a wireless mode.
In a preferred scheme, the system further comprises an infrared sensor, an alarm, a display device and a camera device;
the infrared sensor, the alarm, the display device and the camera device are electrically connected with the server in a wireless mode.
In a preferred scheme, the system further comprises an electronic tag reading device, and the electronic tag reading device is electrically connected with the server.
A method adopting the village information interaction system comprises the following steps:
s1, searching a signal source of the mobile terminal;
s2, sending a query signal to the mobile terminal;
s3, judging whether the access is the first access according to the response or non-response of the mobile terminal;
s4, if the access is the first time, sending a request of the mobile terminal for downloading the client, authenticating, completing authentication, and receiving the hierarchical data service; entering a tourist mode if the authentication is not finished, and receiving basic data service;
if not, the identity authentication is carried out through the authentication database; if the mobile terminal fails, checking whether the client of the mobile terminal downloads the data, and authenticating the data again, and if the mobile terminal succeeds, receiving the hierarchical data service; and if the data fails again, entering a tourist mode and receiving basic data service.
In a preferred embodiment, the step of ranking the data services comprises:
s41, the client sends a request;
s42, the server inquires data according to the client request and the grading rule;
s43, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources;
s44, selecting a client network connection type, and preferentially selecting a WiFi network to transmit data;
and S45, sending data to the client according to the network connection type and the preset grading rule, and returning the received response by the client and storing the response in the transaction database of the server.
In a preferred embodiment, the step of the basic data service includes:
s411, the server side inquires a mobile terminal or a client list;
s412, the server side inquires the push data;
s413, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources;
s414, selecting a network connection type of a mobile terminal or a client, wherein the mobile terminal selects a base station network to transmit data, and the client preferentially selects a WiFi network to transmit data;
s415, sending data according to the network connection type and the preset grading rule, and storing the event of the sent data into a transaction database of the server.
In the preferred scheme, the method further comprises the following steps of security protection:
s100, receiving signal input by an infrared sensor;
s101, a server side inquires a mobile terminal or a client list;
s102, inquiring whether a signal source is newly added;
s103, if not, ignoring, if so, further inquiring whether the access is the initial access, and if not, performing identity authentication; successfully receiving the grading data service through authentication;
if the primary access or the identity authentication fails, sending a request for downloading the client by the mobile terminal, authenticating, completing the authentication, and receiving the hierarchical data service; and if the authentication is not finished, entering a tourist mode, starting the camera device and the alarm, and storing the event into a transaction database of the server.
In a preferred scheme, the method further comprises the following steps of logistics receiving:
s200, receiving goods, reading the electronic tags by using an electronic tag reading device, and binding the goods with an authorized user according to the data of the electronic tags;
s201, authorizing a user to take goods and showing a voucher;
s202, identity authentication is completed after success, and if failure occurs, an alarm is started and manual processing is carried out;
and if the goods are not verified to leave the range of the electronic tag reading device, starting an alarm and carrying out manual processing.
The method for the village information interaction system provided by the invention improves the universality and the coverage range of village information interaction by adopting a scheme of coexistence of a plurality of communication modes, adopts WiFi signals to carry out communication in the gathering place of villages, and adopts 4g or 5g signals to carry out communication in a far position, thereby greatly improving the applicability of the whole system. By adopting a combined scheme of the hierarchical data service and the basic data service, the method can provide relevant effective information such as business, agriculture, science and technology for users while ensuring the requirement of managing the villages, and greatly improves the efficiency of information interaction. The infrared sensor who sets up combines server, camera device and alarm, can regard as intelligent security protection system, improves the security. The electronic tag reading device can conveniently collect the goods of logistics, can ensure that the goods are delivered to the terminal user, and greatly reduces the difficulty of logistics delivery. The scheme of the invention has the characteristics of high intellectualization, low maintenance rate and high robustness, and is particularly suitable for the management and information interaction of remote villages.
Drawings
The invention is further illustrated by the following examples in conjunction with the accompanying drawings:
FIG. 1 is a schematic view of the overall apparatus of the present invention.
Fig. 2 is an authentication flow chart of the present invention.
Fig. 3 is a flow chart of security monitoring management according to the present invention.
FIG. 4 is a flow chart of the hierarchical data service of the present invention.
FIG. 5 is a basic data service flow diagram of the present invention.
Fig. 6 is a flow chart of the logistics management service of the present invention.
In the figure: the system comprises a base station antenna 1, a server 2, a communication module 21, an application module 22, an authentication database 23, a transaction database 24, a WiFi antenna 3, a mobile terminal 4, a camera 5, a display device 6, a public network 7, an infrared sensor 8, an alarm 9 and an electronic tag reading device 10.
Detailed Description
Example 1:
as shown in fig. 1, a country information interaction system includes a server 2, a hardware part of the server may also be a common PC according to data volume, the server 2 includes a communication module 21, an application module 22, an authentication database 23 and a transaction database 24, the communication module 21 is provided with a WiFi module and a base station module, the WiFi module is electrically connected with a WiFi antenna 3, and the base station module is electrically connected with a base station antenna 1; the WiFi module used in this example is able to cover a 50 meter radius around the village committee or the cultural room. The base station module in the embodiment preferably adopts a 4g or 5g base station module, and can cover the range of the radius of 500-3000 meters around. Therefore, a larger coverage range can be realized, and the resource utilization rate can be optimized.
The server 2 is connected with the optical fiber through a high-speed modem, and the optical fiber is connected with the public network 7;
the communication module 21 is used for communicating with the public network 7 and the mobile terminal 4;
the application module 22 is used for executing commands of the application program and interacting with the mobile terminal 4;
the authentication database 23 is used for storing the identity authentication data of the user;
the transaction database 24 is used to store data relating to text, pictures and video. With the structure, a country management platform based on information interaction is formed.
In a preferred scheme, one or more devices of a camera 5, a microphone and a fingerprint acquisition device for authenticating the identity of the user are also arranged. The camera 5, the microphone and the fingerprint acquisition device are all electrically connected with the server. The camera 5 is used for image recognition during authentication. The microphone is used for receiving voice instructions of a user. The fingerprint acquisition device is used for collecting and verifying the fingerprint information of the user.
The preferred scheme is as shown in fig. 1, further comprising a mobile terminal 4, wherein the mobile terminal 4 is provided with a client, and the mobile terminal 4 is connected and interacted with the server 2 in a wireless manner. In the embodiment, a client and server mode is adopted, and the mode has better compatibility, avoids the incompatibility phenomenon of the browser and can improve the information interaction efficiency.
The preferable scheme is as shown in figure 1, and further comprises an infrared sensor 8, an alarm 9, a display device 6 and a camera device; the infrared sensors 8 in this example are installed at various locations to be monitored, such as above the enclosure, at the entrance to the cell, etc. The infrared sensor 8, the alarm 9, the display device 6 and the camera device are electrically connected with the server 2 in a wireless mode. The infrared sensor 8 is used as a key for starting the whole security system, is matched with the authentication process of the server, can automatically identify whether a security mark needs to be warned or not, and greatly reduces the false touch probability. The security related data information can be stored so as to be convenient for inquiry.
A preferred embodiment is shown in fig. 1, which further comprises an electronic tag reading device 10, wherein the electronic tag reading device 10 is electrically connected to the server 2. With the structure, the delivery problem of the rural logistics in the last kilometer can be solved.
Example 2:
as shown in fig. 2, a method for using the above-mentioned country information interaction system includes the following steps:
s1, searching a signal source of the mobile terminal 4; the base station module is used for searching the signal source of the mobile terminal 4 in the area to obtain the information of the mobile terminal 4.
S2, sending an inquiry signal to the mobile terminal 4; the query signal is a set of data that contains a code that activates a client response.
S3, judging whether the access is the first access according to the response or non-response of the mobile terminal 4; usually, a section of response code is returned from the mobile terminal 4 equipped with the corresponding client, where the code includes the IMEI code or the MAC address of the mobile terminal 4, and after receiving the response code, it can be determined whether the mobile terminal 4 is initially accessed, and if not, it is determined that the mobile terminal is initially accessed.
S4, if the access is the first time, sending a request of the mobile terminal 4 for downloading the client, authenticating, completing authentication, and receiving the hierarchical data service; entering a tourist mode if the authentication is not finished, and receiving basic data service; the authentication includes a step of inputting basic user information, a step of collecting user face information, voice information, or fingerprint information.
If not, the identity authentication is carried out through the authentication database 23; if the mobile terminal fails, whether the client of the mobile terminal 4 downloads the data is checked, the authentication is carried out again, if the authentication is successful, the classified data service is accepted, and if the authentication fails again, the guest mode is entered, and the basic data service is accepted. The hierarchical data service can enjoy more data services, such as subscribed agricultural product price information, agricultural technology information, and the like.
The basic data service mainly comprises data such as local propaganda introduction, policy pushing, advertisement information and the like.
Example 3:
in a preferred embodiment, the step of ranking the data services comprises:
s41, the client sends a request;
s42, the server 2 inquires data according to the client request and the grading rule; the classification rule refers to the grade of the user, for example, some payment information, such as science and education courses, accurate agricultural product price survey information and the like, can be obtained by the user who needs to pay, some administrative policies also need to be obtained by corresponding officials, and in the authentication stage, the user is given grade assignment to correspond to data in the corresponding database.
S43, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources; the transmission strategy is to transmit the text data preferentially and then transmit the video data under the condition of ensuring the redundancy of network resources.
S44, selecting a client network connection type, and preferentially selecting a WiFi network to transmit data when a base station signal and the WiFi are effective at the same time so as to improve the resource utilization efficiency;
and S45, sending data to the client according to the network connection type and the preset grading rule, and returning the received response by the client and storing the response in the transaction database 24 of the server 2. In the base station signal mode, data transmission is limited, text data is transmitted preferentially, and video data is transmitted again under the condition that network resource redundancy is ensured. While in WiFi signal mode, the rule is not enabled. Events for which data has been sent are stored in the transaction database 24 of the server 2 to avoid sending the data over and over.
Example 4:
preferably, as shown in fig. 5, the basic data service includes the steps of:
s411, the server side inquires a mobile terminal or a client list;
s412, the server side inquires the push data; the push data mainly comprises local propaganda information, policy information, advertisement information and the like which are preset for pushing.
S413, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources; the transmission strategy is to transmit the text data preferentially and then transmit the video data under the condition of ensuring the redundancy of network resources.
S414, selecting a network connection type of a mobile terminal or a client, wherein the mobile terminal selects a base station network to transmit data, and the client preferentially selects a WiFi network to transmit data;
s415, sending data according to the network connection type and the preset classification rule, and storing the event of the sent data in the transaction database 24 of the server 2 to avoid repeatedly sending data.
Example 5:
the preferable scheme is as shown in fig. 3, and further comprises the following steps of security protection:
s100, receiving signal input by the infrared sensor 8; after the infrared sensor 8 detects a heat source, sending trigger information to the server 2;
s101, a server side inquires a mobile terminal or a client list;
s102, inquiring whether a signal source is newly added; the newly added foreign person is usually required to be alerted, so that by detecting whether the newly added signal source exists, the false alarm can be avoided to a great extent. The definition of the newly added signal source adopts a newly added mobile terminal or client terminal in a time period. For example, a newly added mobile terminal or client terminal is pushed backwards within a time period of 5-30 minutes before the infrared sensor 8 is triggered.
S103, otherwise, neglecting, if the newly added mobile terminal or client is not inquired, the touch may be mistaken, the alarm is not triggered comparatively, and the video recording is carried out. If so, further inquiring whether the access is the initial access, and if not, performing identity authentication; successfully receiving the grading data service through authentication; the newly added client is judged to be false triggering through the step, and the video is stored without starting the alarm 9.
If the mobile terminal 4 is accessed for the first time or the identity authentication fails, a request for downloading the client side is sent, authentication is carried out, the authentication is completed, the hierarchical data service is received, the authentication can be carried out, generally, a non-security target can be achieved, and enough evidence can be left even if problem authentication information occurs; if the authentication is not completed, the guest mode is entered, the camera and the alarm 9 are started, and the event is stored in the transaction database 24 of the server 2. If the target is a security target needing caution, authentication is not usually carried out, so that the alarm 9 can be started to give an alarm to remind people of manual treatment. Compared with the security system in the prior art, the security function of the invention can greatly reduce the probability of false touch by combining the authentication steps of the server, thereby improving the hit rate of alarm, having lower realization cost and being especially suitable for the security of villages with infrequent population movement.
Example 6:
the preferable scheme is as shown in fig. 6, and further comprises the steps of logistics receiving:
s200, receiving goods, reading the electronic tags by using the electronic tag reading device 10, and binding the goods with an authorized user according to the data of the electronic tags; authorized users include recipients and others authorized by the recipients, such as parents and neighbors. The information of the receiver and the goods is stored in the electronic tag of the goods, or the public network is inquired according to the information of the electronic tag to obtain the data of the receiver and the goods. The data authorized by the recipient are then stored in the authentication database 23 of the server 2 during the authentication phase or a subsequent supplementary setup phase.
S201, authorizing a user to take goods and showing a voucher; the credential in this example may be a WeChat two-dimensional code, or an identification code in the client of the present invention. The voucher is entered into the transaction database 24 of the server 2 by means of the camera 5 and is identified and judged.
S202, the authentication is completed after the authentication is successful, and the event that the goods are taken away by the authorized user is recorded in the transaction database 24 of the server 2. If the failure happens, starting an alarm and carrying out manual processing;
if the goods are not verified to leave the range of the electronic tag reading device 10, an alarm is started and manual processing is carried out. By the scheme, intelligent rural logistics management is realized. The safety and the logistics efficiency of the articles are greatly improved.
The above-described embodiments are merely preferred embodiments of the present invention, and should not be construed as limiting the present invention, and features in the embodiments and examples in the present application may be arbitrarily combined with each other without conflict. The protection scope of the present invention is defined by the claims, and includes equivalents of technical features of the claims. I.e., equivalent alterations and modifications within the scope hereof, are also intended to be within the scope of the invention.
Claims (2)
1. A method adopting a village information interaction system comprises a server (2), wherein the server (2) comprises a communication module (21), an application module (22), an authentication database (23) and an affair database (24), the communication module (21) is provided with a WiFi module and a base station module, the WiFi module is electrically connected with a WiFi antenna (3), and the base station module is electrically connected with a base station antenna (1);
the server (2) is connected with the public network (7);
the communication module (21) is used for communicating with the public network (7) and the mobile terminal (4);
the application module (22) is used for executing commands of an application program and interacting with the mobile terminal (4);
the authentication database (23) is used for storing identity authentication data of the user;
the transaction database (24) is used for storing data related to characters, pictures and videos;
the system is also provided with one or more devices of a camera (5), a microphone and a fingerprint acquisition device for authenticating the identity of the user;
the system also comprises an infrared sensor (8), an alarm (9), a display device (6) and a camera device;
the infrared sensor (8), the alarm (9), the display device (6) and the camera device are electrically connected with the server (2) in a wireless mode;
the system also comprises an electronic tag reading device (10), wherein the electronic tag reading device (10) is electrically connected with the server (2);
the method is characterized by comprising the following steps:
s1, searching a signal source of the mobile terminal (4) in the area by using the base station module;
s2, sending a query signal to the mobile terminal (4), wherein the query signal is a group of data, and the data comprises a code for activating the client response;
s3, judging whether the access is the initial access according to the response or non-response of the mobile terminal (4);
s4, if the access is the first time, sending a request of the mobile terminal (4) for downloading the client, authenticating, completing authentication, and receiving the hierarchical data service; entering a tourist mode if the authentication is not finished, and receiving basic data service;
if not, the identity authentication is carried out through the authentication database (23); if the mobile terminal fails, checking whether the client of the mobile terminal (4) downloads the data and authenticating again; if the success is achieved, the grading data service is accepted; if the data fails again, entering a tourist mode and receiving basic data service;
the step of staging data services includes:
s41, the client sends a request;
s42, the server (2) queries data according to the client request and the grading rule;
s43, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources;
s44, selecting a client network connection type;
s45, sending data to the client according to the network connection type and the preset grading rule, returning the received response by the client, and storing the response in the transaction database (24) of the server (2);
the steps of the basic data service include:
s411, the server side inquires a mobile terminal or a client list;
s412, the server side inquires the push data;
s413, dividing the data into texts and videos according to data types, and adopting different transmission strategies according to resources;
s414, selecting a mobile terminal or a client network connection type, wherein the mobile terminal selects a base station network to transmit data;
s415, sending data according to the network connection type and a preset grading rule, storing the event of the sent data into a transaction database (24) of the server (2);
the method also comprises the following security protection steps:
s100, receiving signal input by an infrared sensor (8);
s101, a server side inquires a mobile terminal or a client list;
s102, inquiring whether a signal source is newly added;
s103, if not, ignoring, if yes, further inquiring whether the access is the initial access, and if not, performing identity authentication; successfully receiving the grading data service through authentication;
if the access is first time or the identity authentication fails, a request for downloading the client by the mobile terminal (4) is sent, and the authentication is completed, and the hierarchical data service is received; entering a tourist mode if the authentication is not finished, starting a camera device and an alarm (9), and storing the event into a transaction database (24) of the server (2);
the method also comprises a logistics receiving step;
s200, reading the electronic tag of the goods by using the electronic tag reading device (10), and binding the goods with an authorized user according to the data of the electronic tag;
s201, authorizing a user to take goods and showing a voucher; the voucher can be a WeChat two-dimensional code or an identification code in a client; the voucher is recorded into a transaction database (24) of the server (2) through a camera (5), and is identified and judged;
s202, the system carries out identity verification, and is finished after the system succeeds in identity verification, and an alarm is started and manually processed when the system fails;
if the goods are not verified to leave the range of the electronic tag reading device (10), an alarm is started and manual processing is carried out.
2. The method of claim 1, wherein the method comprises: the mobile terminal (4) is connected with and interacts with the server (2) in a wireless mode.
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