CN115310935A - A smart rural tourism service platform based on digital media - Google Patents

Abstract

The invention belongs to the technical field of country tourism service platforms, and discloses a digital media-based intelligent country tourism service platform which comprises a data processing module, a data processing module and a data processing module, wherein the data processing module receives an access request of mobile terminal equipment, calls crop introduction information corresponding to the crop name from the data storage module according to the crop name, generates an ordering mark, sends the crop introduction information and the ordering mark to the mobile terminal equipment, can display the ordering order filling template, the unit price and the payment channel, selects a mobile payment mode to pay, and generates order information to send to the data processing module after the payment is finished; through wisdom rural area tourism service platform, when tourism was in busy seasons, turn into the guest source with the visitor, widened relevant agricultural product sales channel, further the development of helping hand rural area tourism economy.

Description

A smart rural tourism service platform based on digital media

technical field

The invention relates to the technical field of rural tourism service platforms, in particular to a smart rural tourism service platform based on digital media.

Background technique

The flowering season of crops is mostly in spring. At this time, the climate is warm and flowers bloom, and the weather is pleasant. There will be more tourists going out to play. Rural tourism has a unique rural scenery, which attracts a large number of tourists. Tourists follow the flowering period and go to enjoy the flowers. In order to attract tourists, many existing rural tourism often do not charge entrance fees. When tourists enjoy the scenery of crops blooming, they sell related crop products. For deeply processed products, there are many substitutes for such products; this greatly reduces the market competitiveness of this product.

The ripening season of crops is mostly in summer or early autumn. At this time, the weather is hot, and the desire to travel to the countryside decreases, which limits the sales of fresh agricultural products, and in this way, restricts the development of rural tourism economy.

Contents of the invention

In view of this, the present invention provides a smart rural tourism service platform based on digital media, which builds a service platform for tourists and rural tourism, and helps the development of rural tourism economy.

In order to achieve the above object, the present invention adopts the following technical solutions: a smart rural tourism service platform based on digital media, including:

The data storage module associates and stores the crop name with the crop introduction information corresponding to the crop name, and the crop introduction information includes any one of the ripening time, nutritional value, medicinal value, and eating method of the agricultural operation;

The crop identification generation module generates a picture identification, and the picture identification includes an access link and the name of the crop corresponding to the link;

The display module is used to display the image logo. The display module is placed in the crop planting area. Visitors can scan the logo through the mobile terminal device and send an access request to the data processing module according to the access link;

The data processing module accepts the access request of the mobile terminal device, and retrieves the crop introduction information corresponding to the crop name from the data storage module according to the crop name, and the data processing module also generates an order mark, and the order The tag content includes order form, unit price, and payment channel, and the crop introduction information and order mark are sent to the mobile terminal device. When tourists click on the order mark, the order form, unit price, and payment channel can be displayed. Fill in the delivery address, contact number, and order quantity in the above order form, and select the mobile payment method for payment. After the payment is completed, the order information is generated and sent to the data processing module; when tourists follow the flowering period, a large number of tourists travel to the countryside. At the same time, tourists can use mobile devices to scan the logo in the planting area of the crop to learn about the relevant introduction, edible value and other information of the crop. At the same time, they can click on the order mark to make reservations for related agricultural products. The smart rural tourism service platform also obtains the orders submitted by tourists. Information, when the agricultural products are mature, send fresh crops to tourists according to the receiving address, and through the smart rural tourism service platform, tourists will be converted into customers during the peak tourist season, and the sales channels of related agricultural products will be broadened.

Preferably, in the above, a growth cycle monitoring module and a growth cycle storage library are also included;

The growth cycle monitoring module is used to obtain growth video monitoring data in the crop growth cycle, and send the video monitoring data to the growth cycle storage library;

The growth cycle repository stores video monitoring data;

When the data processing module generates order information, it also generates a monitoring access link corresponding to the growth cycle storage library, and sends the monitoring access link to the mobile terminal device; tourists who book agricultural products access through the received monitoring access link link, access the video surveillance data in the video storage library at any time, and keep abreast of the growth of the crops corresponding to the predetermined agricultural products, so that tourists can more intuitively understand the Changshu process of agricultural products, which can help dispel tourists' concerns about food safety.

Preferably, in the above, the image identification is a two-dimensional code or a bar code.

Preferably, in the above, the display module is a display screen.

Preferably, in the above, the growth cycle monitoring module includes a camera, the camera is installed in different crop planting areas, and the video monitoring data is obtained by the camera.

Preferably, in the above, the growth cycle storage library is also used to record crop maintenance records, and the maintenance records include recording fertilization amount, fertilization time, and agricultural product nutrition data.

Preferably, in the above, a prediction module and a release module are also included;

The number of growth cycle monitoring modules is n, which are located in different places in the crop planting area;

The growth cycle storage library stores n video monitoring data obtained by multiple growth cycle monitoring modules respectively;

The prediction module intercepts n pictures of the day for n video monitoring data according to the collection time, recognizes the crop name according to the n pictures, and outputs the flowering status information corresponding to the crop according to the crop name, and the flowering status information is n items, the blooming state is any one of the blooming period and the blooming period;

The data processing module compares and analyzes the number of blooming periods in the n pieces of flower blooming state information with the quantity of the blooming period that has not yet arrived, and determines whether to generate release information, and if the release information is generated, send the release information to the release module;

The publishing module publishes the corresponding flowering status information of the crops, and the publishing method of the information includes publishing on the official website and sending information to the contact number obtained by the data processing module; The generation of the system means that the generation of the release information is generated by mistake. When most of the regional crops are in full bloom, the release information is generated to improve the accuracy of the release information and release of the blooming period, so that tourists can accurately grasp the flowering period of different crops in the rural tourist spot. Tourists Time can be arranged according to the published blooming period to reduce the probability of tourists missing the blooming period.

Preferably, in the above, the prediction module includes an acquisition unit and a recognition model;

The collection unit intercepts n pictures of the day for n video surveillance data according to the collection time;

The recognition model recognizes the name of the crop according to n pictures, and outputs the flowering state information corresponding to the crop according to the name of the crop, the flowering state information is n pieces, and the flowering state is in full bloom or not yet in full bloom of any kind.

Preferably, in the above, if the number of blooming periods in the n pieces of flower blooming state information is greater than or equal to the number of blooming periods that have not yet arrived, then generate release information; If the quantity is less than the quantity not yet in full bloom, no release information will be generated.

Preferably, in the above, the step of establishing the identification model:

S1. First, input the training sample map into the model, and mark the training sample map. The training sample map is selected from the crop map in the blooming period, and the labeling content includes the name of the crop corresponding to the training sample map;

S2. Use the convolutional neural network to train the recognition model,

S3. Then the wrong flower blooming state information output to the recognition model is manually corrected, the training sample diagram is updated, and the training is performed again;

S4. Repeat S1-S3 to continuously update the training sample map.

It can be seen from the above technical solutions that, compared with the prior art, the present invention provides a smart rural tourism service platform based on digital media, which has the following beneficial effects:

(1) When tourists follow the flowering period, such as rapeseed, a large number of tourists travel to the countryside. At this time, the growth environment of the crops can be seen and touched, coupled with the unique rural scenery, tourists can use mobile devices to scan the crops Signs in the planting area to understand the relevant introductions, edible value and other information of the crops. At the same time, you can click the order mark to make reservations for related agricultural products. The smart rural tourism service platform also obtains the order information submitted by tourists. , send fresh crops to tourists, and through the smart rural tourism service platform, tourists will be converted into customers during the peak tourist season, and the sales channels of related agricultural products will be broadened. After tourists understand the growth environment of relevant agricultural products, they will obtain green and healthy agricultural products. The word-of-mouth accumulated for rural tourism will further help the development of rural tourism economy.

(2) Tourists who book agricultural products can access the video surveillance data in the video storage library at any time through the monitoring access link received, and keep abreast of the growth of the crops corresponding to the scheduled agricultural products, so that tourists can more intuitively understand the Changshu process of agricultural products, and dispel tourists. Concerns about food safety can increase the sales and reputation of agricultural products.

(3) In this way, when the crops in a small part of the area are in full bloom, the system will generate and release information by mistake. When the crops in most areas are in full bloom, the release information will be generated to improve the accuracy of the release information. , so that tourists can accurately grasp the flowering period of different crops in the rural tourist spot. Tourists can arrange time to go there in time according to the published blooming period, reducing the probability of tourists missing the blooming period.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only It is an embodiment of the present invention, and those skilled in the art can also obtain other drawings according to the provided drawings without creative work.

Accompanying drawing of Fig. 1 is the schematic diagram of connection between the smart rural tourism service platform of the present invention and the mobile terminal equipment;

Figure 2 is a schematic diagram of the composition of the smart rural tourism service platform in Embodiment 1 of the present invention;

Figure 3 is a schematic diagram of the composition of the smart rural tourism service platform in Embodiment 2 of the present invention;

Figure 4 is a schematic diagram of the composition of the smart rural tourism service platform in Embodiment 3 of the present invention;

Figure 5 is a schematic diagram of the composition of the prediction module of the present invention.

In the figure: 1. Data storage module; 2. Crop identification generation module; 3. Display module; 4. Data processing module; 5. Growth cycle monitoring module; 6. Growth cycle storage library; 7. Prediction module; 71. Acquisition unit ; 72. Identification model; 8. Release unit.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below. Obviously, the described embodiments are only some of the embodiments of the present invention, but not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Embodiment one

Please refer to Fig. 1, the embodiment of the present invention discloses a smart rural tourism service platform based on digital media, adopted by the present invention, including: a data storage module 1, a crop identification generation module 2, a display module 3, and a data processing module 4 The data storage module 1 associates and stores the crop name with the crop introduction information corresponding to the crop name. The crop introduction information includes the maturity time, nutritional value, medicinal value, eating method, etc. of the agricultural operation.

The crop identification generating module 2 generates a picture identification, and the picture identification can be a two-dimensional code, a bar code, and the picture identification includes an access link, the name of the crop corresponding to the link; the display module 3 is used to display the picture identification, and the present embodiment uses two-dimensional For example, the display module 3 takes the display screen as an example. The display module 3 is placed in the crop planting area, and the display module 3 displays the generated two-dimensional code. Visitors can scan the logo through the mobile terminal device, and send data to the data processing site according to the access link. Module 4 sends an access request to obtain crop introduction information.

The data processing module 4, the mobile terminal device accepts the access request, and according to the crop name, retrieves the crop introduction information corresponding to the crop name from the data storage module 1, and the data processing module 4 also generates an order mark, and the order mark content includes the order order Fill in the template, unit price, and payment channel, and send the crop introduction information and order mark to the mobile device. When tourists click on the order mark, the order form, unit price, and payment channel will be displayed. Tourists can fill in the delivery address, Contact phone number, order quantity, select mobile payment method to pay, after the payment is completed, generate order information and send it to data processing module 4, as shown in Figure 2.

When tourists follow the flowering period, such as rapeseed, a large number of tourists travel to the countryside. At this time, the growth environment of the crops can be seen and touched, coupled with the unique rural scenery, tourists can use mobile devices to scan the signs in the crop planting area , understand the relevant introduction, food value and other information of the crops, and at the same time click the order mark to make reservations for related agricultural products. The smart rural tourism service platform also obtains the order information submitted by tourists. Fresh crops are produced. Through the smart rural tourism service platform, tourists are converted into customers during the peak tourist season, which broadens the sales channels of related agricultural products. After tourists understand the growth environment of related agricultural products, they obtain green and healthy agricultural products, which also contributes to rural tourism. The accumulated word-of-mouth has further contributed to the development of rural tourism economy.

Embodiment two

As people pay more and more attention to food health issues, in order to further reduce tourists' concerns.

Please refer to Fig. 3, the present embodiment further improves the design on the basis of the first embodiment, a digital media-based intelligent rural tourism service platform of the present embodiment also includes a growth cycle monitoring module 5 and a growth cycle storage library 6 ,

The growth cycle monitoring module 5 is used to obtain growth video monitoring data in the crop growth cycle, and send the video monitoring data to the growth cycle storage library 6; the growth cycle storage library 6 stores the video monitoring data. The growth cycle monitoring module 5 includes a camera, which is installed in different crop planting areas, and the video surveillance data is obtained by the camera.

When the data processing module 4 generates order information, it also generates a monitoring access link corresponding to the growth cycle storage library 6, and sends the monitoring access link to the mobile terminal device.

The growth cycle repository 6 is also used to record crop maintenance records. The maintenance records are collected and filled by the staff. The maintenance records include the amount of fertilization, the time of fertilization, and the nutritional data of agricultural products. For example, cherries, fill in data such as vitamin C content and sweetness data until The maturity of agricultural products allows tourists to understand the process of Changshu of agricultural products more intuitively.

Visitors who book agricultural products can access the video surveillance data in the video storage library at any time through the monitoring access link received, and keep abreast of the growth of the crops corresponding to the scheduled agricultural products, so that tourists can more intuitively understand the Changshu process of agricultural products, and dispel tourists' concerns about food safety , Improve the sales and reputation of agricultural products.

Embodiment Three

Most of the tourists who go to the countryside are urban tourists. They cannot accurately grasp the flowering period of crops, but can only grasp the approximate time. Due to the differences in climate conditions every year, there are different flowering periods, and the flowering period will end early, which will cause some tourists to miss it. During the blooming period, tourists will lower their ratings for rural tourism, and it is not conducive to the pre-sale of related agricultural products.

In order to solve this problem, this embodiment further improves the design on the basis of Embodiment 2. The difference is that, as shown in Figure 4, this embodiment is a smart rural tourism service platform based on digital media, which also includes Prediction module 7, distribution module 8, the number of growth cycle monitoring modules 5 in this embodiment is n, located in different places in the crop planting area, for monitoring the growth of crops in different areas, such as flowering.

The growth cycle storage library 6 stores n pieces of video monitoring data obtained by multiple growth cycle monitoring modules 5 respectively.

The prediction module 7 intercepts n pictures of the day for n video monitoring data according to the collection time, recognizes the names of crops according to the n pictures, and outputs the flowering state information corresponding to the crops according to the name of the crops, and the flowering state information There are n items, and the blooming state is any one of the blooming stage and the blooming stage.

The data processing module 4 compares and analyzes the quantity of the blooming period and the quantity not yet in the blooming period in the n pieces of flower blooming status information, and determines whether to generate the release information, and if the release information is generated, the release information is sent to the release module 8 .

The publishing module 8 publishes the flowering status information corresponding to the crop, and the information publishing methods include publishing on the official website and sending information to the contact number obtained by the data processing module 4 .

The data processing module 4 generates release information logic as follows:

If the number of blooming periods in n pieces of flower blooming status information is greater than or equal to the number of blooming periods that have not yet arrived, then generate release information; if the number of blooming periods in n pieces of flower blooming status information is greater than or equal to the number of blooming periods that have not yet arrived , no release information is generated.

Please refer to shown in Fig. 5, prediction module 7 comprises collection unit 71, recognition model 72, and collection unit 71 intercepts n pictures of the day to n video monitoring data according to collection time; Recognition model 72 recognizes crop name according to n pictures, and According to the name of the crop, output the flowering state information corresponding to the crop, there are n pieces of flowering state information, and the flowering state is either in full bloom or not yet in full bloom.

In this way, when the crops in a small part of the area are in full bloom, the system will generate and release information incorrectly. To master the flowering period of different crops in the rural tourist spot, tourists can arrange time to go there in time according to the published blooming period, reducing the probability of tourists missing the blooming period.

Steps for establishing the above recognition model 72, S1. First, input the training sample map in the model, and mark the training sample map. The training sample map is selected from a crop map in full bloom, and the labeling content includes the name of the crop corresponding to the training sample map;

S2, using a convolutional neural network to train the recognition model 72,

S3, then the wrong flower blooming state information output to the recognition model 72 is manually corrected, the training sample diagram is updated, and training is performed again;

S4. Repeat S1-S3, continuously update the training sample map, and finally form a recognition model 72 with high recognition accuracy.

Each embodiment in this specification is described in a progressive manner, each embodiment focuses on the difference from other embodiments, and the same and similar parts of each embodiment can be referred to each other.

The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Therefore, the present invention will not be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (10)

1. A smart rural tourism service platform based on digital media, characterized in that it includes: The data storage module (1) associates and stores the crop name with the crop introduction information corresponding to the crop name, and the crop introduction information includes any one of the maturity time, nutritional value, medicinal value, and eating method of the crop operation ; The crop identification generating module (2) generates a picture identification, and the picture identification includes an access link and the name of the crop corresponding to the link; The display module (3) is used to display the image logo, and the display module (3) is placed in the crop planting area. Visitors can scan the logo through the mobile terminal device, and send an access request to the data processing module (4) according to the access link; The data processing module (4) accepts the access request of the mobile terminal device, and retrieves the crop introduction information corresponding to the crop name from the data storage module (1) according to the crop name, and the data processing module (4 ) also generates an order mark, the order mark content includes the order form, unit price, payment channel, and the crop introduction information and order mark are sent to the mobile terminal device, and the visitor clicks on the order mark to display the order form , unit price, and payment channel. The tourist fills in the delivery address, contact number, and order quantity according to the order form, and selects the mobile payment method for payment. After the payment is completed, the order information is generated and sent to the data processing module (4). 2. A smart rural tourism service platform based on digital media according to claim 1, characterized in that it also includes a growth cycle monitoring module (5) and a growth cycle storage library (6); The growth cycle monitoring module (5) is used to obtain growth video monitoring data in the crop growth cycle, and send the video monitoring data to the growth cycle storage library (6); The growth cycle repository (6) stores video monitoring data; When the data processing module (4) generates order information, it also generates a monitoring access link corresponding to the growth cycle storage library (6), and sends the monitoring access link to the mobile terminal device. 3. A smart rural tourism service platform based on digital media according to claim 1, characterized in that, the picture identification is a two-dimensional code or a bar code. 4. A smart rural tourism service platform based on digital media according to claim 1, characterized in that the display module (3) is a display screen. 5. A smart rural tourism service platform based on digital media according to claim 2, characterized in that the growth cycle monitoring module (5) includes a camera, the camera is installed in different crop planting areas, and the video surveillance data is obtained by the camera . 6. A smart rural tourism service platform based on digital media according to claim 5, characterized in that, the growth cycle storage library (6) is also used to record crop maintenance records, and the maintenance records include recording the amount of fertilization, fertilization Time, and the nutrition of agricultural products become data. 7. A smart rural tourism service platform based on digital media according to claim 6, characterized in that it also includes a prediction module (7) and a publishing module (8); The number of growth cycle monitoring modules (5) is n, and they are located in different places in the crop planting area; The growth cycle storage library (6) stores n pieces of video monitoring data obtained by multiple growth cycle monitoring modules (5), respectively; The prediction module (7) intercepts n pictures of the day from n video monitoring data according to the collection time, identifies the name of the crop according to the n pictures, and outputs the flowering status information corresponding to the crop according to the name of the crop, and the flowering There are n pieces of status information, and the blooming status is any one of the blooming period and the non-blooming period; The data processing module (4) compares and analyzes the number of blooming periods in the n pieces of flower bloom status information and the number of blooming periods not yet reached, and determines whether to generate release information, and if the release information is generated, send the release information to the release module(8); The publishing module (8) publishes the flowering status information corresponding to the crop, and the publishing method of the information includes publishing on the official website and sending information to the contact number obtained by the data processing module (4). 8. A smart rural tourism service platform based on digital media according to claim 7, characterized in that the prediction module (7) includes a collection unit (71) and a recognition model (72); The collection unit (71) intercepts n pictures of the day from n video surveillance data according to the collection time; The recognition model (72) recognizes the names of crops according to n pictures, and outputs flowering state information corresponding to the crops according to the names of the crops, the flowering state information is n pieces, and the flowering states are full bloom, To any kind during the full bloom period. 9. A kind of intelligent rural tourism service platform based on digital media according to claim 8, characterized in that, if the number of blooming periods in the n pieces of flower blooming status information is greater than or equal to the number of blooming periods not yet reached, then generate release information; If the number of blooming periods in the n pieces of flower blooming status information is greater than or equal to the number of unreached blooming periods and less than the number of unreached blooming periods, no release information will be generated. 10. A smart rural tourism service platform based on digital media according to claim 9, characterized in that the recognition model (72) establishment step: S1. First, input the training sample map into the model, and mark the training sample map. The training sample map is selected from the crop map in the blooming period, and the labeling content includes the name of the crop corresponding to the training sample map; S2. Using a convolutional neural network to train the recognition model (72), S3, then outputting wrong flower blooming status information to the recognition model (72) is manually corrected, the training sample diagram is updated, and training is performed again; S4. Repeat S1-S3 to continuously update the training sample graph.

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