CN117314576A - Visual data processing method for intelligent park - Google Patents
Visual data processing method for intelligent park Download PDFInfo
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Abstract
The invention provides a visual data processing method for an intelligent park, which responds to first inventory information of a configuration end to generate first display information corresponding to a first storage grid; receiving basic configuration information of a configuration end on a first storage grid to generate a basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of a first cargo, inserting the basic display frame into a basic prompt frame, and inserting the history display video into the history prompt frame to obtain second display information; receiving transaction interaction requirements, calling a transaction menu bar, sending the transaction menu bar to a purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, acquiring current display video of a first cargo by an image acquisition device, and inserting the current display video into a current prompt frame in second display information to obtain third display information; and displaying the third display information on the purchasing terminal, monitoring the selected information of the purchasing terminal, and generating the opening information of the first storage grid according to the selected information or deleting the selected information.
Description
Technical Field
The invention relates to a data processing technology, in particular to a visual data processing method for an intelligent park.
Background
The intelligent park is characterized in that advanced technical means such as the Internet of things, cloud computing, big data and artificial intelligence are utilized to comprehensively sense, connect, analyze and intelligently manage facilities, equipment and the like in the park so as to improve the operation efficiency, safety and working comfort of the park, wherein the intelligent park is mainly characterized in that visual data processing can be performed on the park equipment through the Internet of things, for example, visual data processing is performed on intelligent vending cabinets in the park, and therefore user experience is improved.
In the prior art, as people work increasingly busy and the life rhythm is accelerated, the intelligent selling cabinet is generated to sell fruits, but the fruits have the problems of soft spots, black spots, mildew spots and the like which are easy to spoil and deteriorate, the existing intelligent fruit selling cabinet generally displays the displayed fruits and prices in an electronic picture mode or is directly placed in the showcase, a user can only observe the front face of the fruits, a purchaser can take out the fruits after settlement, the purchaser cannot comprehensively know the information of the purchased fruits, refund operation cannot be performed when the quality of the fruits is unsatisfactory, and shopping experience is low.
Therefore, how to generate corresponding multidimensional display data according to the characteristics of the fruits so as to assist the user to comprehensively understand the information of the fruits and improve the shopping experience becomes a problem to be solved urgently.
Disclosure of Invention
The embodiment of the invention provides a visual data processing method for an intelligent park, which can generate corresponding multidimensional display data according to the characteristics of fruits so as to assist a user to comprehensively know the information of the fruits and promote shopping experience.
In a first aspect of the embodiments of the present invention, a method for processing visual data of an intelligent park is provided, including:
responding to first inventory information of a configuration end on a first storage grid, and generating first display information corresponding to the first storage grid, wherein the first display information sequentially comprises a basic prompt frame, a historical prompt frame and a current prompt frame;
receiving basic configuration information of a configuration end on a first storage grid, generating a corresponding basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of a first cargo, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information;
receiving a transaction interaction requirement of a purchasing end, calling a transaction menu bar, sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire a current display video of corresponding goods according to the click information, and inserting the current display video into a current prompt frame in the second display information to acquire third display information;
And sending the third display information to the purchasing terminal for display, monitoring the selected information of the purchasing terminal in real time, and generating the opening information of the first storage grid according to the selected information or deleting the selected information.
Optionally, in one possible implementation manner of the first aspect, the generating, by the response configuration end, first display information corresponding to the first storage cell, for the first inventory information of the first storage cell includes:
receiving distribution information of a supply chain end, sending the distribution information to a configuration end, and calling a storage grid display interface corresponding to the intelligent vending cabinet to display the configuration end in response to the inventory interaction requirement of the configuration end on the intelligent vending cabinet;
receiving click information of the configuration end on a storage cell in a storage cell display interface, determining the clicked storage cell as a first storage cell based on the click information, and acquiring a storage cell number of the first storage cell;
and responding to the first inventory information of the first storage cell by the configuration end, generating first display information corresponding to the first storage cell, and associating the storage cell number with the first display information.
Optionally, in one possible implementation manner of the first aspect, the receiving the basic configuration information of the first storage cell by the configuration end generates a corresponding basic display frame, which includes:
Receiving basic configuration information of a configuration end on a first storage grid, wherein the basic configuration information at least comprises fruit names, quality, price, picking places, shelf time and picking time;
and calling a preset basic image, wherein the preset basic image comprises an information filling area corresponding to the basic configuration information, filling the basic configuration information into the corresponding information filling area, and generating a corresponding basic display frame.
Optionally, in one possible implementation manner of the first aspect, the triggering the image capturing device of the first storage grid to capture a historical display video of the first cargo includes:
and responding to the video configuration requirement of the configuration end on the first storage cell, triggering the image acquisition device of the first storage cell to acquire the video of the first goods until the configuration end receives the configuration information of the configuration end on the first storage cell, and generating the history display video corresponding to the first goods.
Optionally, in one possible implementation manner of the first aspect, the method further includes:
acquiring a fruit name of basic configuration information corresponding to the first storage grid, and determining a preset acquisition time length based on the fruit name;
and generating a countdown voice bar based on the preset acquisition duration, and sending the countdown voice bar to a configuration terminal for voice reminding.
Optionally, in one possible implementation manner of the first aspect, the receiving the transaction interaction requirement of the purchasing end, calling a transaction menu bar, sending the transaction menu bar to the purchasing end for display, obtaining click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage cell to acquire a current display video of a corresponding cargo according to the click information, and including:
responding to the transaction interaction requirement of a purchasing end on an intelligent vending cabinet, and acquiring storage states of all storage grids in the intelligent vending cabinet, wherein the storage states comprise vending and non-vending;
acquiring all the non-sold storage cells as display storage cells, generating a first-level menu bar in a transaction menu bar based on basic configuration information of the display storage cells, and sending the first-level menu bar to the purchasing end for display;
receiving trigger information of a purchasing end to a primary menu bar in the transaction menu bars, and generating a secondary menu bar corresponding to the corresponding display storage grid based on the trigger information, wherein the secondary menu bar at least comprises a quality filling area, a location filling area, an overhead time filling area, a picking time filling area and a display information button;
responding to click information of the information display button in the secondary menu bar by the purchasing terminal, and triggering an image acquisition device corresponding to the storage grid to acquire a current display video of corresponding goods according to the click information.
Optionally, in one possible implementation manner of the first aspect, the acquiring all the non-sold storage cells as the display storage cells, generating a primary menu bar in the transaction menu bar based on basic configuration information of the display storage cells includes:
retrieving a primary initial menu bar, wherein the primary initial menu bar comprises a plurality of primary filling lines, and the primary filling lines at least comprise a name filling area and a price filling area;
and acquiring all the un-sold storage cells as display storage cells, filling fruit names in basic configuration information corresponding to each display storage cell into a name filling area and filling prices into a price filling area, and associating the storage cell numbers of the corresponding display storage cells with the name filling area to generate a first-level menu bar.
Optionally, in one possible implementation manner of the first aspect, the receiving triggering information of the purchasing end on a primary menu bar in the transaction menu bar, generating a secondary menu bar corresponding to the display storage grid based on the clicking information includes:
receiving triggering information of a purchasing end on a name filling area in the primary menu bar, and determining a corresponding display storage cell as a selected storage cell based on the triggering information;
And acquiring a quality filling to quality filling area, a picking place filling to place filling area, an overhead time filling to overhead time filling area and a picking time filling to picking time filling area in the basic configuration information corresponding to the selected storage grid, and generating a secondary menu bar corresponding to the selected storage grid.
Optionally, in one possible implementation manner of the first aspect, the method further includes:
acquiring video generation time of a history display video, and updating first time information in a preset history filling area in the history prompt frame based on the generation time to obtain an updated history prompt frame, wherein the history prompt frame at least comprises the preset history filling area and the first time information in the preset history filling area;
acquiring the clicking time of a display information button by a purchasing terminal, updating second time information in a preset current filling area in the current prompting frame based on the clicking time, and obtaining an updated current prompting frame, wherein the current prompting frame at least comprises the preset current filling area and the second time information in the preset current filling area.
In a second aspect of an embodiment of the present invention, there is provided a visual data processing system for an intelligent campus, including:
The response module is used for responding to the first inventory information of the configuration end to the first storage grid and generating first display information corresponding to the first storage grid, wherein the first display information sequentially comprises a basic prompt frame, a history prompt frame and a current prompt frame;
the acquisition module is used for receiving basic configuration information of the configuration end on the first storage grid, generating a corresponding basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of the first goods, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information;
the interaction module is used for receiving transaction interaction requirements of a purchasing end, calling a transaction menu bar and sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire current display video of corresponding goods according to the click information, and inserting the current display video into a current prompt frame in the second display information to obtain third display information;
the display module is used for sending the third display information to the purchasing end for display, monitoring the operation information of the purchasing end in real time, and generating the opening information of the first storage grid or deleting the selected information according to the operation information.
The beneficial effects of the invention are as follows:
1. according to the invention, the third multi-dimensional display information is generated based on the characteristics of the fruits and is used for displaying the purchasing end, so that a user can know the basic information of the corresponding fruits, and the user can be assisted in comprehensively knowing the information of the purchased fruits according to the historical display video and the current display video generated in time. According to the invention, when fruit is stored in the storage grid, corresponding basic prompt frames, historical prompt frames and current prompt frames are automatically generated, basic display frames are generated according to basic configuration information of the fruit to display basic information of the fruit, multi-angle video acquisition is carried out on the fruit before the fruit is placed in the storage grid to obtain historical display videos, and as the fruit has possibility of deterioration along with time, current display videos of corresponding fruit are acquired when a purchasing end clicks to purchase, the basic display frames, the historical display videos and the current display videos are fused to generate third display information, and the third display information is subjected to multi-dimensional display on the purchasing end, so that the purchasing end can know the basic information of the fruit, the state when the fruit is placed and the state when the fruit is purchased, and the user can display the fruit in all aspects, thereby facilitating subsequent purchase.
2. According to the method, third display information corresponding to the first goods in the first storage grid selected by the purchasing end is generated according to the interaction behavior and time between the intelligent vending cabinet and the purchasing end and the characteristic that the fruits are easy to deteriorate along with the length of time; the invention can generate the second display information corresponding to each storage cell based on the information configured by the configuration end, and can respond to the image acquisition device of the first storage cell to acquire the current display video to obtain the third display information when the purchasing end performs purchasing trigger. According to the invention, when the transaction interaction requirement of the purchasing end is received, the corresponding primary menu bar is automatically called to carry out interactive display on a user, the user side selects according to the fruit names and the corresponding prices in the primary menu bar, the secondary menu bar is generated to display basic information of fruits and is provided with a display information button, when the user triggers the display information button, third display information is generated, basic information of stored fruits, a historical display video when the user side triggers the display information button in the secondary menu bar and a current display video of the first goods are sequentially displayed, when the configuration end carries out historical display video configuration on the first goods, countdown voice bars corresponding to different fruits are generated to remind, and the moment of video acquired by the image acquisition device is determined to update the historical prompt frame and the current prompt frame respectively.
Drawings
Fig. 1 is a schematic view of an application scenario of the technical scheme provided by the invention;
FIG. 2 is a flow chart of a method for processing visual data of an intelligent park according to the present invention;
FIG. 3 is a schematic diagram of a first level menu bar provided by the present invention;
FIG. 4 is a schematic diagram of a secondary menu bar provided by the present invention;
FIG. 5 is a schematic diagram of a visual data processing system for an intelligent park according to the present invention.
Detailed Description
The technical scheme of the invention is described in detail below by specific examples. The following embodiments may be combined with each other, and some embodiments may not be repeated for the same or similar concepts or processes.
As shown in fig. 1, a schematic view of a scenario of a technical scheme provided by the invention is that a supply chain end sends cargo allocation information of fruits to a server, the server allocates the cargo allocation information to a corresponding allocation end, the allocation end stores cargoes according to the received cargo allocation information to a corresponding intelligent vending cabinet, the allocation end scans an interactive screen at the intelligent vending cabinet when storing cargoes, for example, scans a two-dimensional code or a small program entry code on the interactive screen, inputs a configuration account, then enters an inventory interface to select a corresponding storage grid, determines the corresponding storage grid to carry out inventory, and has corresponding image acquisition devices above and on the left side and the right side of each storage grid, the allocation end can acquire basic configuration information by inputting basic configuration information of fruits or scanning barcodes on fruit packages, and before carrying out storage, the allocation end acquires multi-angle videos and basic configuration information of the fruits by using the image acquisition devices at the storage grid and sends the basic configuration information to the server for storage; when the purchasing end purchases, the interactive screen at the intelligent vending cabinet is scanned, then the server generates a menu bar and sends the menu bar to the purchasing end to display all fruit information, and the server automatically generates introduction videos about the selected fruits based on the selection of the purchasing end and sends the introduction videos to the purchasing end to display.
Through the embodiment, the third display information matched with the goods selected by the purchasing end is automatically generated according to the characteristics and multi-end interaction of the fruits, and the basic information, the state during storage and the state during purchase of the fruits can be displayed at the same time, so that the purchasing end is assisted in comprehensively knowing the information of the fruits, and the user experience is improved.
The invention provides a visual data processing method for an intelligent park, which is shown in fig. 2 and comprises the following steps of S1-S4:
s1, responding first inventory information of a configuration end to a first storage cell, and generating first display information corresponding to the first storage cell, wherein the first display information sequentially comprises a basic prompt frame, a history prompt frame and a current prompt frame.
It should be noted that, fruits have the problems of soft spots, black spots, mildew spots and the like caused by easy spoilage and deterioration after being exposed in the air for a long time, so that the invention can automatically generate corresponding historical prompt frames and current prompt frames according to the characteristic that fruits spoil and deteriorate along with time, so that the historical display video and the current display video when purchasing ends are respectively displayed and stored can be compared later to see whether corresponding spoilage occurs along with time change.
It can be understood that the configuration end interacts with the intelligent vending cabinet to store goods in the selected first storage cell, and first display information is automatically generated when the corresponding first storage cell is opened, wherein the first storage cell is the storage cell selected by the configuration end, the basic prompt frame is a prompt frame for prompting the subsequent display of the purchasing end as basic information, the historical prompt frame is a prompt frame for prompting the subsequent display of the purchasing end as recorded video during storage, and the current prompt frame is a prompt frame for prompting the subsequent display of the purchasing end as acquired video during purchase. It is to be appreciated that each storage compartment for storing fruit has corresponding first display information, facilitating subsequent generation of third display information corresponding to the selected fruit.
According to the embodiment, each fruit is stored in the corresponding first storage grid, compared with the prior art that all fruits are stored in one container, when a user purchases the fruit, the door can be opened and closed differently, so that external air is continuously introduced in the period, the storage environment is not influenced, and the preservation time of the fruits is prolonged.
In some embodiments, the step S1 (generating the first presentation information corresponding to the first storage cell in response to the first inventory information of the first storage cell by the configuration end) includes S11-S13:
S11, receiving the distribution information of the supply chain end, sending the distribution information to the configuration end, and calling a storage grid display interface corresponding to the intelligent vending cabinet to display the configuration end in response to the inventory interaction requirement of the configuration end on the intelligent vending cabinet.
It is to be understood that the supply chain end sends the dispensing information of the fruits to the server, the dispensing information is distributed to the corresponding configuration end by the server, the configuration end stores the fruits to the corresponding intelligent vending cabinet according to the received dispensing information, scanning interaction is performed with an interaction screen on the intelligent vending cabinet during storage, for example, two-dimensional codes, applets and the like on the scanning screen enter an inventory interface, and then the configuration end is displayed by taking a storage grid display interface corresponding to the intelligent vending cabinet.
S12, receiving click information of the configuration end on the storage cells in the storage cell display interface, determining the clicked storage cell as a first storage cell based on the click information, and acquiring the storage cell number of the first storage cell.
It can be understood that after the storage cell display interface is displayed on the configuration end, click information of the configuration end on the storage cells in the storage cell display interface is received, the clicked storage cell is determined to be used as a first storage cell based on the click information, and the storage cell number of the first storage cell is obtained. The first storage cell is a storage cell selected by the configuration end, and the corresponding storage cell is selected for subsequent storage of corresponding fruits.
S13, responding to first inventory information of the first storage cell by the configuration end, generating first display information corresponding to the first storage cell, and associating the storage cell number with the first display information.
It can be understood that when the configuration end selects the corresponding first storage cell to stock, the first display information corresponding to the first storage cell is automatically generated, so that the corresponding video data can be spliced conveniently and subsequently according to the basic prompt frame, the history prompt frame and the current prompt frame.
S2, receiving basic configuration information of a configuration end on a first storage cell, generating a corresponding basic display frame, triggering an image acquisition device of the first storage cell to acquire a history display video of a first cargo, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information.
It should be noted that, when the configuration end stores fruits in the first storage cell, the configuration end can input basic configuration information of corresponding fruits by itself, and also can automatically input corresponding basic configuration information by scanning bar codes on each fruit.
It can be understood that, when the server receives the basic configuration information of the configuration end on the first storage grid, a corresponding basic display frame is generated according to the basic configuration information to display the basic information of the fruits, and before the basic configuration information is stored, the image acquisition device in the first storage grid is triggered to shoot the first goods at multiple angles to obtain a history display video, the obtained basic display frame is placed after the basic display frame, and after the obtained history display video is inserted into the history display frame, the second display information is obtained. The image acquisition device in the first storage grid can be arranged at the top, the upper left corner and the upper right corner of the middle position of the storage grid.
In some embodiments, in step S2 (receiving the basic configuration information of the configuration end to the first storage cell, and generating a corresponding basic display frame), S21-S22 include:
s21, receiving basic configuration information of the configuration end on the first storage grid, wherein the basic configuration information at least comprises fruit names, quality, price, picking places, shelf time and picking time.
S22, a preset basic image is called, the preset basic image comprises an information filling area corresponding to the basic configuration information, the basic configuration information is filled in the corresponding information filling area, and a corresponding basic display frame is generated.
It can be understood that the server may call a preset base image, where the preset base image includes an information filling area corresponding to the base configuration information, and fill the fruit name, quality, price, picking place, time to shelf and picking time in the base configuration information into a fruit name area, a quality area, a price area, a picking place area, a time to shelf area and a picking time area in the information filling area, respectively, so as to obtain a base display frame.
The above embodiment fills the basic configuration information of the fruit into the corresponding information filling area to generate the corresponding basic display frame to display the basic information of the fruit to the purchasing end, however, as the fruit has the condition that the fruit is easy to deteriorate slowly along with the lengthening of the storage time, but the eating is not affected, the fruit is sold in a discount way in general, therefore, the invention can update the price of the fruit according to the different storage time length, and the method specifically comprises the steps of A1-A3:
A1, receiving a price configuration table preset by a configuration end, wherein the price configuration table comprises a relationship of configuration unit price and one-to-one correspondence of a storage duration interval.
The price configuration table is a table with different storage time intervals and unit prices in one-to-one correspondence.
For example, 1-2 days corresponds to 5.5 yuan/jin, 3-4 days corresponds to 3.2 yuan/jin, and the time can be hours, and the method is not limited herein, and different fruit types correspond to different price allocation tables.
A2, obtaining a storage time length according to the current time and the picking time, determining a unit price corresponding to the storage time length interval in the price configuration table based on the storage time length as a real-time unit price, and obtaining an updated price according to the real-time unit price and the quality corresponding to the corresponding first storage grid.
It can be understood that the difference between the current time and the picking time obtains a storage time length, the unit price corresponding to the storage time length interval is determined as the real-time unit price in the price configuration table according to the storage time length, and then the updated price is obtained according to the product of the real-time unit price and the quality corresponding to the corresponding first storage grid.
For example, 1-2 days corresponds to 5.5 yuan/jin, 3-4 days corresponds to 3.2 yuan/jin, and when the storage time is 3 days, the price of 3.2 yuan/jin is multiplied by the corresponding weight, so that the price which needs to be updated is obtained.
And A3, updating the price in the basic display frame based on the updated price to obtain an updated basic display frame.
It is to be understood that the price in the basic display frame is updated by using the updated price, so as to obtain an updated basic display frame.
Through the embodiment, the method and the device realize the automatic updating of the price according to the characteristic that fruits are easy to deteriorate when the placement time is longer.
In some embodiments, in step S2 (triggering the image capturing device of the first storage compartment to capture the historical display video of the first cargo) includes S23:
s23, responding to the video configuration requirement of the configuration end on the first storage cell, triggering the image acquisition device of the first storage cell to acquire the video of the first goods until the configuration end receives the configuration information of the configuration end on the first storage cell, and generating the history display video corresponding to the first goods.
It should be noted that, before the configuration end stores fruit, the configuration end can carry out multi-angle video acquisition to fruit, can look over the state when putting when making things convenient for the follow-up purchasing end to purchase.
It can be understood that the server responds to the video configuration requirement of the configuration end on the first storage cell, and at this time, the image acquisition device of the first storage cell is started to acquire the video of the first cargo until the configuration end receives the configuration information of the configuration end on the first storage cell, so as to generate the history display video corresponding to the first cargo. It will be appreciated that the configurator may collect the first cargo by clicking the start and stop collection buttons via the configurator.
On the basis of the embodiment, the method further comprises B1-B2:
and B1, acquiring a fruit name of the basic configuration information corresponding to the first storage grid, and determining a preset acquisition time length based on the fruit name.
It should be noted that, because fruits are of various kinds and different sizes, the corresponding preset collection time periods are different, for example, watermelon and apple.
Therefore, the fruit name of the basic configuration information corresponding to the first storage grid is obtained, the preset collection time length is determined based on the fruit name, and it is easy to understand that each fruit has the corresponding preset collection time length.
And B2, generating a countdown voice bar based on the preset acquisition duration, and sending the countdown voice bar to a configuration terminal for voice reminding.
It can be understood that the countdown voice bar is generated according to the preset collection time length, and the countdown voice bar is sent to the configuration end to carry out voice reminding, and it is easy to understand that when the countdown voice bar is completely played, the user is reminded of completing collection.
S3, receiving transaction interaction requirements of a purchasing end, calling a transaction menu bar, sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire current display videos of corresponding goods according to the click information, and inserting the current display videos into current prompt frames in the second display information to obtain third display information.
It can be understood that when the transaction interaction requirement of the purchasing end is received, the transaction menu bar is called and sent to the purchasing end for displaying, it is easy to understand that the purchasing end can enter the transaction menu bar through scanning the two-dimension code on the interaction screen of the intelligent vending cabinet, the transaction menu bar displays all the fruit information which can be purchased, when the purchasing end clicks the information of the transaction menu bar, the image acquisition device corresponding to the first storage grid is triggered to acquire the current display video of the first goods according to the clicking information, and the current display video is inserted into the current prompt frame in the second display information to obtain the third display information.
Through the embodiment, when the purchasing end can select the fruit which is required to be purchased in the transaction menu bar, after clicking the display information button of the corresponding fruit in the transaction menu bar, the current display video of the first cargo can be automatically collected, and the third display information is automatically generated, so that the basic information of the displayed fruit, the video when the stored fruit and the current video are displayed, a purchaser can conveniently know the fruit from multiple dimensions, and the condition of deterioration is determined by comparing the videos of 2 time nodes when the stored fruit and the purchased fruit, so that the purchasing experience of a user is improved.
In some embodiments, in step S3 (receiving a transaction interaction requirement of a purchasing end, retrieving a transaction menu bar, sending the transaction menu bar to the purchasing end for display, obtaining click information of the purchasing end on the transaction menu bar, and triggering an image acquisition device of a corresponding storage cell to acquire a current display video of a corresponding cargo according to the click information), the method includes S31-S34:
s31, responding to the transaction interaction requirement of the purchasing end on the intelligent vending cabinet, and acquiring storage states of all storage grids in the intelligent vending cabinet, wherein the storage states comprise vending and non-vending.
S32, acquiring all the non-sold storage grids as display storage grids, generating a first-level menu bar in the transaction menu bar based on basic configuration information of the display storage grids, and sending the first-level menu bar to the purchasing terminal for display.
It is easy to understand that after the purchasing end performs code scanning interaction on the intelligent vending cabinet, the server can automatically acquire the un-sold storage grid as a display storage grid, and generates a first-level menu bar in the transaction menu bar based on basic configuration information of the display storage grid, so that a user displays a fruit name and a corresponding price for the first selection.
In some embodiments, in step S32 (acquiring all the non-sold cells as presentation cells, generating a primary menu bar of the transaction menu bar based on the basic configuration information of the presentation cells), including S321-S322:
S321, retrieving a primary initial menu bar, wherein the primary initial menu bar comprises a plurality of primary filling lines, and the primary filling lines at least comprise a name filling area and a price filling area.
It can be appreciated that the primary initial menu bar is invoked, the primary initial menu bar includes a plurality of primary filling lines, the primary filling lines at least include a name filling area and a price filling area, and the primary filling lines are subjected to name and price filling to generate the primary menu bar.
S322, acquiring all the non-sold storage cells as display storage cells, filling fruit names in basic configuration information corresponding to each display storage cell into a name filling area and filling prices into a price filling area, and associating storage cell numbers of the corresponding display storage cells with the name filling area to generate a first-level menu bar.
It can be understood that, all the un-sold storage cells are obtained as display storage cells, the fruit names in the basic configuration information corresponding to each display storage cell are filled into the name filling area and the price filling area, the storage cell numbers of the corresponding display storage cells are associated with the name filling area, a first-level menu bar is generated, it is easy to understand that the fruit names in the basic configuration information corresponding to the corresponding storage cells of the un-sold fruits are filled into the name filling area and the price filling area, the storage cell numbers are associated with the corresponding name filling area, and therefore the first-level menu bar is obtained, and when the fruit names in the name filling area are clicked by a subsequent user, a second-level menu bar corresponding to the corresponding display storage cell is automatically generated.
S33, receiving trigger information of a purchasing end on a primary menu bar in the transaction menu bars, and generating a secondary menu bar corresponding to the corresponding display storage grid based on the trigger information, wherein the secondary menu bar at least comprises a quality filling area, a location filling area, an overhead time filling area, a picking time filling area and a display information button.
It can be understood that the receiving buyer receives the trigger information of the primary menu bar in the transaction menu bar, generates a secondary menu bar corresponding to the display storage grid based on the trigger information, wherein the secondary menu bar at least comprises a quality filling area, a location filling area, an on-shelf time filling area, a picking time filling area and a display information button, it is easy to understand that the primary menu bar displays the names of all the non-sold fruits and the corresponding prices, and the user clicks the corresponding fruit names in the primary menu bar based on the own requirements, so that the corresponding secondary menu bar is automatically generated.
In some embodiments, in step S33 (receiving trigger information of the purchasing end to a primary menu bar in the transaction menu bars, generating a secondary menu bar corresponding to the corresponding display storage grid based on the click information), including S331-S332:
S331, receiving triggering information of a purchasing terminal on a name filling area in the primary menu bar, and determining a corresponding display storage cell as a selected storage cell based on the triggering information.
It can be understood that, the triggering information of the purchasing terminal to the name filling area in the first-level menu bar is received, the storage grid number corresponding to the name filling area is determined based on the triggering information, and the corresponding display storage grid is determined as the selected storage grid according to the storage grid number.
It can be understood that when the user selects the fruit with the corresponding price, the storage grid corresponding to the fruit can be automatically determined, so that the subsequent generation of the corresponding secondary menu bar and the basic information in the storage grid are facilitated.
For example, as shown in fig. 3, when the user selects the 5-element apple in the first-level menu bar, the selected cell corresponding to the apple is automatically determined.
S332, acquiring a mass filling to mass filling area, a picking place filling to place filling area, an overhead time filling to overhead time filling area and a picking time filling to picking time filling area in the basic configuration information corresponding to the selected storage grid, and generating a secondary menu bar corresponding to the selected storage grid.
It is understood that the quality filling to quality filling area, the picking ground filling to place filling area, the overhead time filling to overhead time filling area and the picking time filling to picking time filling area in the basic configuration information corresponding to the selected storage grid are obtained, and the secondary menu bar corresponding to the selected storage grid is generated.
And S34, responding to click information of the information display button in the secondary menu bar by the purchasing terminal, and triggering the image acquisition device corresponding to the storage grid to acquire the current display video of the corresponding goods according to the click information.
It can be understood that when the purchasing end clicks the information display button in the secondary menu bar, the clicked image acquisition device corresponding to the storage grid is triggered to acquire the current display video of the corresponding goods, and it can be understood that after clicking the information display button, the image acquisition device of the storage grid is triggered to acquire the goods in the storage grid in real time in a preset time length to obtain the current display video, for example, the image acquisition device can acquire 8 seconds of video after clicking the information display button, which is not limited herein.
For example, as shown in fig. 4, when the user clicks the display information button in the secondary menu bar, the image acquisition device corresponding to the first storage cell is triggered to acquire the current display video of the first cargo.
And S4, sending the third display information to the purchasing end for display, monitoring selected information of the purchasing end in real time, and generating opening information of the first storage grid or deleting the selected information according to the selected information.
It can be understood that after the third display information is sent to the purchasing end to be displayed, the user can choose to open the storage cell to purchase or cancel purchasing, so that the invention can monitor the selected information of the purchasing end in real time, generate the opening information of the first storage cell according to the selected information, and open and charge if the purchasing button is selected, or delete the selected information if the canceling button is selected to not purchase.
On the basis of the above embodiment, the present invention updates the historical prompt frame according to the video generation time of the historical display video and updates the current prompt frame according to the click time of the display information button, so that the third display information displayed subsequently displays the generation time corresponding to each video segment on the purchasing terminal, and specifically includes:
and acquiring video generation time of the history display video, and updating first time information in a preset history filling area in the history prompt frame based on the generation time to obtain an updated history prompt frame, wherein the history prompt frame at least comprises the preset history filling area and the first time information in the preset history filling area.
It is easy to understand that the history prompt frame is a preset prompt frame image, and the preset history filling area is filled with a corresponding first moment. For example, the content in the image may be a historical video in which the subsequent video content is placed on XX month XX day, where the first moment is XX month XX day, the present invention obtains a video generation moment of configuring a corresponding historical display video by the configuration terminal, and updates first moment information in a preset historical filling area in the historical prompt frame based on the generation moment, so that when third display information about fruits is played, the placement time and the state of the subsequent corresponding fruits are displayed, where the first moment may be an initial moment preset manually.
Acquiring the clicking time of a display information button by a purchasing terminal, updating second time information in a preset current filling area in the current prompting frame based on the clicking time, and obtaining an updated current prompting frame, wherein the current prompting frame at least comprises the preset current filling area and the second time information in the preset current filling area.
It can be understood that the current prompt frame is also a preset prompt frame image, wherein the preset current filling area is filled with corresponding second time information. For example, the content in the image may be a current collected video with a subsequent video content of XX month XX day, where the second time is XX month XX day, and the purchasing end updates the second time information in the preset current filling area in the current prompt frame based on the clicking time of the display information button, so that when the third display information about the fruit is played, the current time and the current fruit state are displayed, where the second time may be an artificially preset initial time.
In order to better implement the method for processing visual data of an intelligent park provided by the invention, the invention also provides a system for processing visual data of an intelligent park, as shown in fig. 5, which comprises the following steps:
The response module is used for responding to the first inventory information of the configuration end to the first storage grid and generating first display information corresponding to the first storage grid, wherein the first display information sequentially comprises a basic prompt frame, a history prompt frame and a current prompt frame;
the acquisition module is used for receiving basic configuration information of the configuration end on the first storage grid, generating a corresponding basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of the first goods, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information;
the interaction module is used for receiving transaction interaction requirements of a purchasing end, calling a transaction menu bar and sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device corresponding to the storage grid to acquire current display video of corresponding goods according to the click information, and inserting the current display video into a current prompt frame in the second display information to obtain third display information;
the display module is used for sending the third display information to the purchasing end for display, monitoring the operation information of the purchasing end in real time, and generating the opening information of the first storage grid or deleting the selected information according to the operation information.
The present invention also provides a readable storage medium having stored therein a computer program for implementing the methods provided by the various embodiments described above when executed by a processor.
The readable storage medium may be a computer storage medium or a communication medium. Communication media includes any medium that facilitates transfer of a computer program from one place to another. Computer storage media can be any available media that can be accessed by a general purpose or special purpose computer. For example, a readable storage medium is coupled to the processor such that the processor can read information from, and write information to, the readable storage medium. In the alternative, the readable storage medium may be integral to the processor. The processor and the readable storage medium may reside in an application specific integrated circuit (Application Specific Integrated Circuits, ASIC for short). In addition, the ASIC may reside in a user device. The processor and the readable storage medium may reside as discrete components in a communication device. The readable storage medium may be read-only memory (ROM), random-access memory (RAM), CD-ROMs, magnetic tape, floppy disk, optical data storage device, etc.
The present invention also provides a program product comprising execution instructions stored in a readable storage medium. The at least one processor of the device may read the execution instructions from the readable storage medium, the execution instructions being executed by the at least one processor to cause the device to implement the methods provided by the various embodiments described above.
In the above embodiment of the apparatus, it should be understood that the processor may be a central processing unit (english: central Processing Unit, abbreviated as CPU), or may be other general purpose processors, digital signal processors (english: digital Signal Processor, abbreviated as DSP), application specific integrated circuits (english: application Specific Integrated Circuit, abbreviated as ASIC), or the like. A general purpose processor may be a microprocessor or the processor may be any conventional processor or the like. The steps of a method disclosed in connection with the present invention may be embodied directly in a hardware processor for execution, or in a combination of hardware and software modules in a processor for execution.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.
Claims (10)
1. A method for processing visual data of an intelligent park, comprising:
responding to first inventory information of a configuration end on a first storage grid, and generating first display information corresponding to the first storage grid, wherein the first display information sequentially comprises a basic prompt frame, a historical prompt frame and a current prompt frame;
receiving basic configuration information of a configuration end on a first storage grid, generating a corresponding basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of a first cargo, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information;
receiving a transaction interaction requirement of a purchasing end, calling a transaction menu bar, sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire a current display video of corresponding goods according to the click information, and inserting the current display video into a current prompt frame in the second display information to acquire third display information;
and sending the third display information to the purchasing terminal for display, monitoring the selected information of the purchasing terminal in real time, and generating the opening information of the first storage grid according to the selected information or deleting the selected information.
2. The method of claim 1, wherein the step of determining the position of the substrate comprises,
the response configuration end generates first display information corresponding to a first storage cell for first inventory information of the first storage cell, and the response configuration end comprises the following steps:
receiving distribution information of a supply chain end, sending the distribution information to a configuration end, and calling a storage grid display interface corresponding to the intelligent vending cabinet to display the configuration end in response to the inventory interaction requirement of the configuration end on the intelligent vending cabinet;
receiving click information of the configuration end on a storage cell in a storage cell display interface, determining the clicked storage cell as a first storage cell based on the click information, and acquiring a storage cell number of the first storage cell;
and responding to the first inventory information of the first storage cell by the configuration end, generating first display information corresponding to the first storage cell, and associating the storage cell number with the first display information.
3. The method of claim 2, wherein the step of determining the position of the substrate comprises,
the receiving configuration end generates a corresponding basic display frame for basic configuration information of the first storage cell, and the method comprises the following steps:
receiving basic configuration information of a configuration end on a first storage grid, wherein the basic configuration information at least comprises fruit names, quality, price, picking places, shelf time and picking time;
And calling a preset basic image, wherein the preset basic image comprises an information filling area corresponding to the basic configuration information, filling the basic configuration information into the corresponding information filling area, and generating a corresponding basic display frame.
4. The method of claim 3, wherein the step of,
the triggering of the image acquisition device of the first storage grid to acquire the history display video of the first goods comprises the following steps:
and responding to the video configuration requirement of the configuration end on the first storage cell, triggering the image acquisition device of the first storage cell to acquire the video of the first goods until the configuration end receives the configuration information of the configuration end on the first storage cell, and generating the history display video corresponding to the first goods.
5. The method as recited in claim 4, further comprising:
acquiring a fruit name of basic configuration information corresponding to the first storage grid, and determining a preset acquisition time length based on the fruit name;
and generating a countdown voice bar based on the preset acquisition duration, and sending the countdown voice bar to a configuration terminal for voice reminding.
6. The method of claim 5, wherein the step of determining the position of the probe is performed,
the method for receiving the transaction interaction requirement of the purchasing terminal, calling a transaction menu bar and sending the transaction menu bar to the purchasing terminal for display, acquiring click information of the purchasing terminal on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire a current display video of corresponding goods according to the click information, and comprises the following steps:
Responding to the transaction interaction requirement of a purchasing end on an intelligent vending cabinet, and acquiring storage states of all storage grids in the intelligent vending cabinet, wherein the storage states comprise vending and non-vending;
acquiring all the non-sold storage cells as display storage cells, generating a first-level menu bar in a transaction menu bar based on basic configuration information of the display storage cells, and sending the first-level menu bar to the purchasing end for display;
receiving trigger information of a purchasing end to a primary menu bar in the transaction menu bars, and generating a secondary menu bar corresponding to the corresponding display storage grid based on the trigger information, wherein the secondary menu bar at least comprises a quality filling area, a location filling area, an overhead time filling area, a picking time filling area and a display information button;
responding to click information of the information display button in the secondary menu bar by the purchasing terminal, and triggering an image acquisition device corresponding to the storage grid to acquire a current display video of corresponding goods according to the click information.
7. The method of claim 6, wherein the step of providing the first layer comprises,
the step of obtaining all the non-sold storage cells as display storage cells, and generating a first-level menu bar in the transaction menu bar based on basic configuration information of the display storage cells comprises the following steps:
Retrieving a primary initial menu bar, wherein the primary initial menu bar comprises a plurality of primary filling lines, and the primary filling lines at least comprise a name filling area and a price filling area;
and acquiring all the un-sold storage cells as display storage cells, filling fruit names in basic configuration information corresponding to each display storage cell into a name filling area and filling prices into a price filling area, and associating the storage cell numbers of the corresponding display storage cells with the name filling area to generate a first-level menu bar.
8. The method of claim 7, wherein the step of determining the position of the probe is performed,
the receiving the trigger information of the purchasing terminal to the primary menu bar in the transaction menu bar, generating a secondary menu bar corresponding to the corresponding display storage cell based on the click information, including:
receiving triggering information of a purchasing end on a name filling area in the primary menu bar, and determining a corresponding display storage cell as a selected storage cell based on the triggering information;
and acquiring a quality filling to quality filling area, a picking place filling to place filling area, an overhead time filling to overhead time filling area and a picking time filling to picking time filling area in the basic configuration information corresponding to the selected storage grid, and generating a secondary menu bar corresponding to the selected storage grid.
9. The method as recited in claim 6, further comprising:
acquiring video generation time of a history display video, and updating first time information in a preset history filling area in the history prompt frame based on the generation time to obtain an updated history prompt frame, wherein the history prompt frame at least comprises the preset history filling area and the first time information in the preset history filling area;
acquiring the clicking time of a display information button by a purchasing terminal, updating second time information in a preset current filling area in the current prompting frame based on the clicking time, and obtaining an updated current prompting frame, wherein the current prompting frame at least comprises the preset current filling area and the second time information in the preset current filling area.
10. An intelligent campus visualization data processing system, comprising:
the response module is used for responding to the first inventory information of the configuration end to the first storage grid and generating first display information corresponding to the first storage grid, wherein the first display information sequentially comprises a basic prompt frame, a history prompt frame and a current prompt frame;
the acquisition module is used for receiving basic configuration information of the configuration end on the first storage grid, generating a corresponding basic display frame, triggering an image acquisition device of the first storage grid to acquire a history display video of the first goods, inserting the basic display frame into the basic prompt frame, inserting the history display video into the history prompt frame, and obtaining second display information;
The interaction module is used for receiving transaction interaction requirements of a purchasing end, calling a transaction menu bar and sending the transaction menu bar to the purchasing end for display, acquiring click information of the purchasing end on the transaction menu bar, triggering an image acquisition device of a corresponding storage grid to acquire current display video of corresponding goods according to the click information, and inserting the current display video into a current prompt frame in the second display information to obtain third display information;
the display module is used for sending the third display information to the purchasing end for display, monitoring the operation information of the purchasing end in real time, and generating the opening information of the first storage grid or deleting the selected information according to the operation information.
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