CN112562284A

CN112562284A - Cabinet lattice door opening prompting method and device of intelligent cabinet and electronic equipment

Info

Publication number: CN112562284A
Application number: CN202011404539.5A
Authority: CN
Inventors: 肖波; 樊继强
Original assignee: Lazas Network Technology Shanghai Co Ltd
Current assignee: Lazas Network Technology Shanghai Co Ltd
Priority date: 2020-12-04
Filing date: 2020-12-04
Publication date: 2021-03-26

Abstract

The application discloses a cabinet lattice door opening prompting method and device of an intelligent cabinet and electronic equipment, and relates to the technical field of information. The method comprises the following steps: acquiring cabinet lattice information of distribution cabinet lattices in the intelligent cabinet; generating cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information; and outputting door opening prompt information of the distribution cabinet grids according to the cabinet grid azimuth information. This application replaces only to show the mode of the cabinet door number of the cabinet check of distributing among the prior art, will deposit the position of the cabinet check of distributing that the piece corresponds or get in intelligent cabinet and utilize the graphic display mode to demonstrate for the user directly perceivedly. The user can find the corresponding cabinet lattice more quickly and accurately, and the efficiency of smoothly accessing the parts by the user is greatly improved.

Description

Cabinet lattice door opening prompting method and device of intelligent cabinet and electronic equipment

Technical Field

The application relates to the technical field of information, in particular to a cabinet grid door opening prompting method and device for an intelligent cabinet and electronic equipment.

Background

With the rapid development of the internet and the acceleration of the life rhythm of people, the requirement of people on express services is higher and higher. Sometimes, the user is inconvenient to take the delivery from the hands of the delivery staff, the intelligent cabinet can effectively solve the problem, and the delivery staff places the delivery in the intelligent cabinet and takes the delivery from the intelligent cabinet. The arrangement environment of intelligence cabinet is most more complicated, and in the use peak period, can crowd the user of acceping the piece around the intelligence cabinet, when the user opened the cabinet door through the interaction, other cabinet doors also can be opened because of other users open the door and access the piece and be opened, lead to the very difficult quick discernment of user and find the cabinet check that oneself corresponds.

Currently, the existing door opening prompting method is to directly display the door number of the allocated cabinet on the Application program (APP) of the user, and further inform the user which cabinet door is opened. However, on the premise that the user does not know the approximate position of the cabinet lattice, the user needs to move to the front of the intelligent cabinet to search a group of cabinets, and when the user is crowded, the cabinet door number of the cabinet lattice can be blocked, so that the user can search the cabinet lattice in front of the intelligent cabinet, and the efficiency of the user for storing and taking articles is affected.

Disclosure of Invention

In view of this, the present application provides a method and an apparatus for prompting a cabinet lattice of an intelligent cabinet to open a door, and an electronic device, and mainly aims to solve the technical problem that the efficiency of a user for storing and taking a file is affected in the conventional technology.

According to one aspect of the application, a cabinet lattice door opening prompting method of an intelligent cabinet is provided, and the method comprises the following steps:

acquiring cabinet lattice information of distribution cabinet lattices in the intelligent cabinet;

generating cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information;

and outputting door opening prompt information of the distribution cabinet grids according to the cabinet grid azimuth information.

Optionally, the generating cabinet lattice azimuth information of the distribution cabinet lattice in the intelligent cabinet according to the cabinet lattice information specifically includes:

acquiring cabinet grid identification of the distribution cabinet grid according to the cabinet grid information;

determining target position information of the distribution cabinet grids in the intelligent cabinet according to the cabinet grid marks of the distribution cabinet grids and the cabinet grid position information corresponding to each cabinet grid mark in the intelligent cabinet;

the method comprises the following steps of outputting door opening prompt information of distribution cabinet grids according to the cabinet grid azimuth information, and specifically comprises the following steps:

and based on the target position information, highlighting the distribution cabinet grids in the image information of the intelligent cabinet.

generating cabinet grid orientation graphic information of the distribution cabinet grids in the intelligent cabinet according to the cabinet grid information, wherein the cabinet grid orientation graphic information comprises cabinet body brief graphic information of the intelligent cabinet and cabinet grid orientation indication information of the distribution cabinet grids, and the cabinet grid orientation indication information is used for indicating cabinet grid orientations of the distribution cabinet grids in the cabinet body brief graphic information;

and outputting door opening prompt information of the distribution cabinet lattices according to the cabinet lattice azimuth graphic information.

Optionally, the cabinet grid orientation indication information includes a first color block equal to or partially equal to a cabinet grid projection area of the distribution cabinet grid, and a position of the first color block in the cabinet body brief graphic representation information corresponds to a position of the distribution cabinet grid in the intelligent cabinet;

the outputting of the door opening prompt information of the distribution cabinet lattice according to the cabinet lattice orientation graphic representation information specifically includes:

and displaying the first color block in the cabinet brief graphic information in an overlapping manner, so that the area on which the first color block is overlapped is displayed in the cabinet brief graphic information in a protruding manner.

Optionally, the first color block is a color block with a cabinet number identifier corresponding to the distribution cabinet grid.

Optionally, if the intelligent cabinet is of a model without a cabinet display identifier, the cabinet brief graphic information is combined brief graphic information of each cabinet of the intelligent cabinet, the cabinet orientation indication information further includes a second color block equal to or partially equal to a projection area of a first cabinet where the distribution cabinet is located, and a position of the second color block in the cabinet brief graphic information corresponds to a position of the first cabinet in the intelligent cabinet;

the displaying of the first color block in the cabinet brief graphic information in an overlapping manner is performed, so that the area where the first color block is overlapped is highlighted in the cabinet brief graphic information, and the displaying specifically includes:

and displaying the first color block and the second color block in the brief diagram information of the cabinet body in an overlapping manner, so that the region after the second color block is overlapped is displayed in the brief diagram information of the cabinet body in a protruding manner, and the region after the first color block is overlapped is displayed in the region after the second color block in a protruding manner.

Optionally, the second color block is a color block with a preset transparency ratio.

Optionally, if the display light of each cabinet body in the intelligent cabinet is different, the color of the second color block and/or the color of the first color block is consistent with the color of the display light of the first cabinet body in the intelligent cabinet.

Optionally, the displaying the first color block and the second color block in the brief diagram information of the cabinet body in an overlapping manner specifically includes:

and superposing and displaying the first color block and the second color block in the cabinet brief graphic information according to a preset flashing reminding frequency.

Optionally, if the intelligent cabinet is of a type with a cabinet body display identifier, the cabinet body brief graphic information is brief graphic information of a second cabinet body where the distribution cabinet grid is located, the cabinet grid direction indication information further includes a third color block equal to or partially equal to a region projection area of the display cabinet body identifier corresponding to the second cabinet body, the third color block is a color block with a cabinet body display identifier corresponding to the second cabinet body, and a position of the third color block in the cabinet body brief graphic information corresponds to a position of the region of the display cabinet body identifier in the second cabinet body;

and displaying the first color block and the third color block in the cabinet brief graphic information in an overlapping manner, so that the region after the first color block is overlapped and the region after the third color block is overlapped are respectively and prominently displayed in the cabinet brief graphic information.

Optionally, the displaying the first color block and the third color block in the brief diagram information of the cabinet body in an overlapping manner specifically includes:

and superposing and displaying the first color block and the third color block in the cabinet brief graphic information according to a preset flashing reminding frequency.

Optionally, if the intelligent cabinet is a model without a cabinet body display identifier, generating cabinet lattice orientation graphic information of the distribution cabinet lattice in the intelligent cabinet according to the cabinet lattice information, specifically including:

creating combined brief graphic information of each cabinet body of the intelligent cabinet according to the appearance configuration information of the intelligent cabinet;

according to the cabinet lattice information and the appearance configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the combined brief graphic representation information of each cabinet body is created;

and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created combination brief graphic information and cabinet grid direction indication information of each cabinet body.

Optionally, if the intelligent cabinet is a model with a cabinet body display identifier, generating cabinet lattice orientation graphic information of the distribution cabinet lattice in the intelligent cabinet according to the cabinet lattice information, specifically including:

creating brief graphic information of the cabinet body where the distribution cabinet lattices are located according to the appearance configuration information of the intelligent cabinet;

according to the cabinet lattice information and the appearance configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the brief graphic representation information of the cabinet body is created;

and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created brief graphic information and cabinet grid direction indication information of the cabinet body.

Optionally, the cabinet orientation graphic information further includes descriptive information of the door-open state of the distribution cabinet.

Optionally, the outputting the door opening prompt information of the distribution cabinet lattice according to the cabinet lattice orientation graphic information specifically includes:

and displaying the cabinet grid direction graphic information, and outputting audio prompt information of the direction of the distribution cabinet grid according to the prompt color, the direction position and/or the row of the cabinet body of the distribution cabinet grid in the cabinet grid direction graphic information.

Optionally, the outputting the door opening prompt information of the distribution cabinet lattice according to the cabinet lattice azimuth information specifically includes:

and outputting door opening prompt information of the distribution cabinet lattices according to the cabinet lattice azimuth information and the pickup information of the distribution cabinet lattices, wherein the pickup information is used for being copied and then sent to pickup users.

According to another aspect of this application, a cabinet check suggestion device that opens door of intelligence cabinet is provided, the device includes:

the acquisition module is used for acquiring cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet;

the generating module is used for generating cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information;

and the output module is used for outputting the door opening prompt information of the distribution cabinet grids according to the cabinet grid azimuth information.

According to yet another aspect of the present application, there is provided a storage medium having a computer program stored thereon, the computer program, when executed by a processor, implementing the above-mentioned method for prompting a cabinet compartment of an intelligent cabinet to open a door.

According to another aspect of the present application, an electronic device is provided, which includes a storage medium, a processor, and a computer program stored on the storage medium and executable on the processor, and when the processor executes the computer program, the method for prompting the cabinet compartment door opening of the intelligent cabinet is implemented.

By means of the technical scheme, the method and the device for prompting cabinet lattice opening of the intelligent cabinet and the electronic equipment are compared with the traditional mode at present, when the intelligent cabinet stores or takes the articles, cabinet lattice position information of the distribution cabinet lattices in the intelligent cabinet can be generated according to cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet, door opening prompting information of the distribution cabinet lattices is output at a user terminal side according to the cabinet lattice position information, the mode that only cabinet door numbers of the distribution cabinet lattices are displayed in the prior art is replaced, and the position positions of the distribution cabinet lattices corresponding to the stored or taken articles in the intelligent cabinet can be visually displayed for users. The user can find the corresponding cabinet lattice more quickly and accurately, the efficiency of smoothly storing and taking the parts by the user is greatly improved, and the probability of storing or taking the wrong cabinet lattice by the user is reduced. The time that the user comes back to look for the corresponding cabinet check of oneself before the intelligence cabinet can be reduced to can reduce the influence to other users' access piece.

The foregoing description is only an overview of the technical solutions of the present application, and the present application can be implemented according to the content of the description in order to make the technical means of the present application more clearly understood, and the following detailed description of the present application is given in order to make the above and other objects, features, and advantages of the present application more clearly understandable.

Drawings

The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:

fig. 1 is a schematic flowchart illustrating a cabinet lattice door opening prompting method for an intelligent cabinet according to an embodiment of the present application;

fig. 2 shows a schematic diagram of a model of an intelligent cabinet provided by an embodiment of the present application;

fig. 3 shows an example schematic diagram of a cabinet door prompt interface provided in an embodiment of the present application;

fig. 4 is a schematic flowchart illustrating a cabinet compartment door opening prompting method for another intelligent cabinet according to an embodiment of the present application;

fig. 5 shows an example schematic diagram of another cabinet door prompt interface provided in the embodiment of the present application;

fig. 6 shows an example schematic diagram of still another cabinet door prompt interface provided in the embodiment of the present application;

fig. 7 shows an exemplary schematic view of still another cabinet door prompt interface provided in the embodiment of the present application;

fig. 8 shows a schematic structural diagram of a cabinet lattice door opening prompting device of an intelligent cabinet provided in an embodiment of the present application.

Detailed Description

The present application will be described in detail below with reference to the accompanying drawings in conjunction with embodiments. It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict.

The technical problem that the efficiency of a user access part is influenced in the conventional technology at present is solved. The embodiment provides a cabinet lattice door opening prompting method of an intelligent cabinet, which can be applied to a client side of an access member user as shown in fig. 1, and the method includes:

step 101, cabinet lattice information of distribution cabinet lattices in the intelligent cabinet is obtained.

The cabinet lattice information includes information such as the cabinet lattice number of the distribution cabinet lattice, the cabinet body in which the distribution cabinet lattice is located, and the like.

The execution subject of the embodiment of the present invention may be a client device or equipment of an access component user, for example, an Application (APP) with a logistics access component function installed on a smart terminal such as a smart phone or a tablet computer, or an applet, a public number, a WEB Application, or the like. For another example, the client device may be configured on the side of the intelligent cabinet, such as a control screen or a control device of the intelligent cabinet, and then display the cabinet lattice position diagram information of the storage or pickup corresponding distribution cabinet lattice in the intelligent cabinet on the control screen or the control device, so that the user can intuitively know the position of the corresponding cabinet lattice.

For convenience of understanding, the embodiment may be mainly described with a user smart phone side client as an execution main body, where a user may find an input storage or pickup instruction of the smart cabinet through the mobile phone client, and trigger to send a corresponding storage or pickup request, and correspondingly, in order to accurately prompt a corresponding cabinet lattice (distribution cabinet lattice) of a storage or pickup in the smart cabinet, cabinet lattice information of the distribution cabinet lattice in the smart cabinet may be obtained, and may be specifically obtained from a background service side. There are many alternative ways of inputting the storage or fetching instruction. For example, a user can scan an identification code (such as a one-dimensional bar code, a two-dimensional bar code or a multi-dimensional bar code) on the intelligent cabinet through a mobile phone APP, then input a storage or pickup instruction, and send a corresponding storage or pickup request through a network request; the user can also find the current intelligent cabinet according to the position of the intelligent cabinet through the mobile phone applet, can input a storage or pickup instruction (for example, a pickup code or a user mobile phone tail number can be input during pickup) after having a certain operation authority of the intelligent cabinet, and further send a corresponding storage or pickup request; the user can also open the Bluetooth function of the mobile phone, search the current intelligent cabinet through the mobile phone client and complete Bluetooth connection, and send a storage or pickup instruction and the like through Bluetooth communication.

In this embodiment, if the server is an online cloud-side backend, the identification information (such as name, ID number, and the like) of the smart cabinet may be carried each time the storage or pickup request is sent, so as to inform the backend server of the target smart cabinet for storing or picking up the storage or pickup. In a scenario (such as direct connection of bluetooth, WLAN and the like) where the client is connected with the server of the offline control intelligent cabinet, the client only operates the current intelligent cabinet, so that the client can directly send a storage or pickup request to the current intelligent cabinet without carrying identification information of the intelligent cabinet when sending the storage or pickup request.

For the intelligent cabinet in this embodiment, the intelligent cabinet may include at least two sets of cabinets, specifically: the intelligent cabinet comprises a main cabinet with a screen (equivalent to a group of cabinets), an auxiliary cabinet with only a lamp box and cabinet grids (equivalent to another group of cabinets), and the like, wherein the main cabinet and a plurality of auxiliary cabinets form the intelligent cabinet integrally under a general condition. The cabinet check can be used for depositing articles and taking out in the intelligent cabinet access cabinet, and has a numbered check opening, and the number of the cabinet checks in each group of cabinet bodies and the size of the cabinet checks are not limited. For example, as shown in fig. 2, a schematic diagram of a smart cabinet style is provided, which includes A, B, C, D four groups of cabinets, where a is a main cabinet with a screen, and B, C, D is a sub-cabinet with only a light box and a cabinet grid. The numbers 1 to 28 respectively represent the individual cabinet sections, i.e. the cabinet section numbers.

And 102, generating cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet.

The cabinet lattice azimuth information can include azimuth positions of cabinet lattices in the intelligent cabinet, which are correspondingly distributed for storing or taking articles, so that a user can directly know the azimuth of the corresponding cabinet lattice in the intelligent cabinet, and the specific style of the cabinet lattice azimuth information can have various optional modes. The cabinet lattice azimuth information can be generated by a client side or a background server side, and when the client side generates the cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet and the intelligent cabinet information (such as cabinet body layout information, cabinet lattice layout information and the like of the intelligent cabinet), the cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet is generated and used for indicating azimuth positions of the cabinet lattices in the intelligent cabinet, which are correspondingly distributed by storing or taking the parts. And when the client side generates the cabinet grid orientation information, the client side receives the cabinet grid orientation information generated by the server side, and the cabinet grid orientation information can be related graphic information which is generated by the server side according to the cabinet grid information of the distribution cabinet grids in the intelligent cabinet and the intelligent cabinet information and can indicate the orientation positions of the distribution cabinet grids in the intelligent cabinet, and the like.

And 103, outputting door opening prompt information of the distribution cabinet grids according to the generated cabinet grid azimuth information.

For example, a door opening prompt page for allocating cabinets is displayed in a user mobile phone client, the page may include the received cabinet orientation information, and may further include some function buttons, for example, for a stored-part page, control buttons such as "cancel stored part", "open door again" and the like may be included. Furthermore, if the received cabinet lattice azimuth information is delayed in loading when needing to be output and displayed, the buffer page can be displayed firstly, and the corresponding door opening prompt page is displayed after the loading is completed, so that the time of a transition animation with a white screen is greatly shortened, the smooth experience of the control of the access part is improved, a user can know the number of the distribution cabinet lattice at the first time, and the advance searching is convenient. As shown in fig. 3, if the allocated cabinet is the cabinet of 12, the buffer page information of "door 12 is open" may be displayed first in the process of loading the corresponding cabinet orientation information.

Compared with the conventional mode, the cabinet lattice door opening prompting method applicable to the intelligent cabinet on the client side can generate the cabinet lattice azimuth information of the distribution cabinet lattices in the intelligent cabinet according to the cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet when the intelligent cabinet stores or takes the articles, and output the door opening prompting information of the distribution cabinet lattices on the user terminal side according to the cabinet lattice azimuth information, so that the mode that only the cabinet door number of the distribution cabinet lattices is displayed in the prior art is replaced, and the azimuth position of the distribution cabinet lattices corresponding to the articles to be stored or taken can be visually displayed for a user. The user can find the corresponding cabinet lattice more quickly and accurately, the efficiency of smoothly storing and taking the parts by the user is greatly improved, and the probability of storing or taking the wrong cabinet lattice by the user is reduced. The time that the user comes back to look for the corresponding cabinet check of oneself before the intelligence cabinet can be reduced to can reduce the influence to other users' access piece.

Further, as a refinement and an extension of the above embodiment, there may be multiple optional manners for generating the cabinet orientation information, and as an optional manner, the step 102 may specifically include: and generating cabinet grid azimuth graphic information of the distribution cabinet grids in the intelligent cabinet according to the cabinet grid information of the distribution cabinet grids, wherein the cabinet grid azimuth graphic information can comprise cabinet body brief graphic information of the intelligent cabinet and cabinet grid azimuth indication information of the distribution cabinet grids, and the cabinet grid azimuth indication information can be used for indicating the cabinet grid azimuth of the distribution cabinet grids in the cabinet body brief graphic information. Correspondingly, step 103 may specifically include: and outputting door opening prompt information of the distribution cabinet lattices according to the generated cabinet lattice azimuth graphic information. For example, the cabinet grid orientation graphic information of the distribution cabinet grids in the intelligent cabinet can be generated according to the appearance configuration information of the intelligent cabinet and the corresponding cabinet grid information of the distribution cabinet grids. The configuration information of the intelligent cabinet may include cabinet body configuration characteristics (e.g., configuration characteristics including arrangement characteristics between cabinet bodies, main cabinets and/or auxiliary cabinets included in the cabinet bodies, the number of cabinets included in each cabinet body, and the number of numbered cabinets existing in the cabinet body and the arrangement of the corresponding cabinets), and cabinet shape characteristics (e.g., large-size openings, medium-size openings, small-size openings divided according to the size of the openings, and cabinet shape characteristics such as the numbers of the cabinets displayed on the cabinets). The cabinet grid orientation graphic information can comprise the orientation graphic position of the corresponding allocated cabinet grid in the intelligent cabinet for storing or taking the parts, so that a user can directly know the orientation of the corresponding cabinet grid in the intelligent cabinet.

Through this kind of optional mode, according to the brief pictorial information of the cabinet body of intelligence cabinet and the cabinet check position indicating information of distribution cabinet check, accurate output obtains instructing the cabinet check position graphic representation of distribution cabinet check in the brief pictorial information of the cabinet body for the user can find the cabinet check that oneself corresponds more fast accurately, promotes the efficiency that the user accessed the piece smoothly greatly.

The intelligent cabinet on the market is of a great variety at present, and some intelligent cabinets can have cabinet body display marks on every group of cabinets, and some intelligent cabinets do not have cabinet body display marks on every group of cabinets. Therefore, in order to realize that each type of intelligent cabinet has a targeted floor cabinet grid door opening reminding function, the user can quickly identify the floor cabinet grid door opening reminding function, and the floor cabinet grid door opening reminding function is respectively processed according to the intelligent cabinets of different models.

If the intelligent cabinet is the type with the cabinet body display identification, cabinet lattice azimuth graphic information of the distribution cabinet lattices in the intelligent cabinet is generated according to the cabinet lattice information, and the method specifically comprises the following steps: according to the appearance configuration information of the intelligent cabinet, creating brief graphic information of the cabinet body where the distribution cabinet lattices are located; according to the cabinet lattice information and the shape configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the brief graphic information of the cabinet body is created; and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created brief graphic information and the cabinet grid direction indication information of the cabinet body.

For example, because there is not cabinet body show sign on every group of cabinet body of intelligence cabinet, if show the brief picture of a set of or several groups of cabinet bodies in the intelligence cabinet alone, do not show the brief picture of all cabinet bodies, can cause the user to a certain extent because divide clearly the brief picture of the part cabinet body that shows specifically be which several groups of cabinet bodies, and then lead to the unclear problem of cabinet check position show. Therefore, in this scenario, if the intelligent cabinet is a model without cabinet body display identification, combined brief graphic information of each cabinet body of the intelligent cabinet can be created. The combined brief graphic information of all the cabinet bodies of the intelligent cabinet comprises all the main cabinets and the auxiliary cabinets, so that a user can know that the brief graphic displayed currently is the corresponding current intelligent cabinet, and the intuitive understanding of the user is increased. Under the condition, cabinet lattice position indication information of the distribution cabinet lattices in the combined brief graphic information of all the cabinets is introduced, the position of the cabinet body where the cabinet lattices are located can be prominently prompted, the cabinet lattice position prompting strength of the distribution cabinet lattices corresponding to the stored or taken articles can be improved, the operation is more intuitive, and a user can conveniently and quickly find the corresponding cabinet lattices.

If the intelligent cabinet is the model that has the cabinet body show sign, then according to cabinet check information, generate the cabinet check position graphic information of distribution cabinet check in intelligent cabinet, specifically include: according to the appearance configuration information of the intelligent cabinet, creating brief graphic information of the cabinet body where the distribution cabinet lattices are located; according to the cabinet lattice information and the shape configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the brief graphic information of the cabinet body is created; and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created brief graphic information and the cabinet grid direction indication information of the cabinet body.

For example, because be equipped with cabinet body show sign on every group cabinet body of intelligence cabinet, the user can make clear the position of the cabinet body in the intelligence cabinet through this cabinet body show sign, consequently can show the brief picture presentation of the cabinet body that the cabinet check of distributing in the intelligence cabinet is located alone to the cabinet body show sign of this cabinet body needs to be attached, makes that the user directly perceivedly knows what cabinet body in the intelligence cabinet that shows, follow-up according to the cabinet body sign in the brief picture presentation, seeks the target cabinet body. In this scenario, if the intelligent cabinet is of a model with a cabinet display identifier, brief graphic information of the cabinet in which the distribution cabinet lattice is located may be created. Under the condition, cabinet lattice azimuth indication information of the distribution cabinet lattices is introduced, the number of cabinet body numbers of the cabinet body where the distribution cabinet lattices are located can be prominently prompted, and the azimuth position of the distribution cabinet lattices in the cabinet body helps a user to quickly find the corresponding cabinet lattices.

For this embodiment, the brief graphic information of the cabinet body of the intelligent cabinet may include the brief graphic representation of at least one set of cabinet body of the intelligent cabinet, and according to the cabinet lattice orientation indication information of the distribution cabinet lattice, the orientation position of the distribution cabinet lattice in the intelligent cabinet is marked in the brief graphic representation, for example, the graphic marking is performed in a way of directing an arrow, a circle, and the like, so that the orientation position of the distribution cabinet lattice in the intelligent cabinet corresponding to the storage or the pickup can be visually displayed to the user by using the graphic representation way, and the user can more quickly and accurately find the corresponding cabinet lattice.

In addition to the above alternatives, there are other alternatives, and for example, the cabinet grid orientation indication information may include a first color block having a same or partially same cabinet grid projection area as the distribution cabinet grid, and a position of the first color block in the cabinet body brief illustration information corresponds to a position of the distribution cabinet grid in the intelligent cabinet; correspondingly, according to the cabinet grid orientation graphic information, outputting the door opening prompt information of the distribution cabinet grid may specifically include: and displaying the first color block in the cabinet brief graphic information in an overlapping manner, so that the area on which the first color block is overlapped is displayed in a highlighted manner in the cabinet brief graphic information.

For example, in the position corresponding to the distribution cabinet lattice in the brief illustration of the intelligent cabinet, the color blocks with different colors from other cabinet lattices in the brief illustration are utilized to display the brief illustration in an overlapping manner, so that the effect of weighting the mark by utilizing the distinguishing color at the position is realized, a user can visually know the position of the distribution cabinet lattice in the intelligent cabinet through the color blocks with the distinguishing color, and the user can conveniently find the corresponding cabinet lattice. It should be noted that the color block (the first color block) may be equal to the cabinet grid projection area of the distribution cabinet grid (for example, the cabinet grid projection is a rectangle, and the color block may be a color block equal to the rectangle area, and further presents a prominent reminder in a manner of the rectangular position of the cabinet grid), or equal to the cabinet grid projection area portion (for example, the cabinet grid projection is a rectangle, and the color block may be a color block equal to the rectangular area portion, specifically, a color block equal to any graphic area in the rectangle, and further presents a prominent reminder in a manner of dots, triangles, pentagons, and the like, and further presents an azimuth position of the distribution cabinet grid). Through the optional mode, the color blocks with different colors can be used for prominently reminding the user of the position of the distribution cabinet lattice, and the user can intuitively and quickly know the position of the corresponding cabinet lattice in the intelligent cabinet.

In order to further deepen the case corresponding to the color block highlighted and displayed in the diagram for guiding the user to store or retrieve the parts, the first color block may be a color block with a case number identifier corresponding to the dispensing case. For example, the cabinet lattice allocated for storing the parts for the user is 12 cabinet lattices, and the color block can be provided with a cabinet number identifier of 12, so that the user can intuitively know that the cabinet lattice corresponding to the color block highlighted in the diagram is the 12 cabinet lattice which the user needs to find.

The variety of intelligent cabinet on the market is various at present, can have cabinet body show sign on some every group cabinets bodies of intelligent cabinet, for example, can have a set of lamp house in every group cabinet body upper end, and the lamp house is used for the serial number of the show cabinet body, like A group, B group etc.. And there is not cabinet body show sign on every group cabinet body of some intelligence cabinets. Therefore, in order to realize that each type of intelligent cabinet has a targeted floor cabinet grid door opening reminding function, the user can quickly identify the floor cabinet grid door opening reminding function, and the floor cabinet grid door opening reminding function is respectively processed according to the intelligent cabinets of different models.

For example, if the intelligent cabinet is a model without a cabinet display identifier, the cabinet brief graphic information may be combined brief graphic information of each cabinet of the intelligent cabinet, the cabinet grid orientation indication information may further include a second color block (the color of the second color block may be the same as or different from the color of the first color block) equal to or partially equal to the projection area of the first cabinet where the distribution cabinet grid is located, and the position of the second color block in the cabinet brief graphic information corresponds to the position of the first cabinet in the intelligent cabinet; correspondingly, the displaying of the first color block in the cabinet brief graphic information in an overlapping manner, so that the region where the first color block is overlapped is highlighted in the cabinet brief graphic information, may specifically include: and displaying a first color block and a second color block in the cabinet brief graphic information in an overlapping manner, so that the region on which the second color block is overlapped is displayed in a protruding manner in the cabinet brief graphic information, and the region on which the first color block is overlapped is displayed in a protruding manner in the region on which the second color block is overlapped.

For example, because there is not cabinet body show sign on every group of cabinet body of intelligence cabinet, if show the brief picture of a set of or several groups of cabinet bodies in the intelligence cabinet alone, do not show the brief picture of all cabinet bodies, can cause the user to a certain extent because divide clearly the brief picture of the part cabinet body that shows specifically be which several groups of cabinet bodies, and then lead to the unclear problem of cabinet check position show. Therefore, in this scenario, the brief graphic information of the cabinet body of the intelligent cabinet can be the combined brief graphic information of all the cabinet bodies of the intelligent cabinet, that is, all the main cabinets and the auxiliary cabinets are included, so that the user knows that the brief graphic displayed at present is the corresponding current intelligent cabinet, and the intuitive understanding of the user is increased. Under this condition, not only introduce the color piece that the cabinet check of allocating correspond (first color piece) and carry out outstanding warning cabinet check position, but also introduce the color piece that the cabinet body that the cabinet check of allocating is located (second color piece) and carry out the position that the cabinet check is located of outstanding warning cabinet, carry out the mode of outstanding warning through this kind of combination collocation, can improve and deposit or get the cabinet check position suggestion intensity that the cabinet check of allocating correspond, it is more directly perceived, the user of being convenient for finds the cabinet check that oneself corresponds fast.

It should be noted that the color block (the second color block) may be equal to the cabinet grid projection area of the target cabinet body where the distribution cabinet grid is located (if the target cabinet body is projected as a rectangle, the color block may be a color block having an area equal to that of the rectangle, and then a prompt is highlighted in a manner of the rectangular position where the cabinet body is located), or equal to the target cabinet body projection area (if the cabinet body is projected as a rectangle, the color block may be a color block having an area equal to that of the rectangle, specifically, a color block having an area equal to any one of the graphs in the rectangle, and then a prompt is highlighted in a manner of dots, triangles, pentagons, and the like, and then the azimuth position of the cabinet body where the distribution cabinet grid is located.

In order not to affect the display effect of the first color block, optionally, the second color block may be a color block with a preset transparency ratio. For example, the orientation position of the cabinet body in which the distribution cabinet lattice is located in the intelligent cabinet can be highlighted by using a semitransparent color block, and the orientation position of the distribution cabinet lattice in the cabinet body can be highlighted by using a non-transparent color block.

Present some intelligent cabinets can support colored light, and every group cabinet body corresponds a colour, and every group cabinet body light colour looks interval exists 7 groups of cabinet bodies in the intelligent cabinet as in the actual scene, corresponds the show light of red, green, yellow, orange, blue, purple 7 kinds of colours respectively for the user distinguishes each cabinet body directly perceived through this 7 kinds of colours. When the cabinet grids of the intelligent cabinet are opened for reminding, the first color blocks corresponding to the cabinet grids of the distribution cabinet and/or the second color blocks corresponding to the cabinet body where the cabinet grids of the distribution cabinet are located can be consistent with the color of the actual cabinet body displaying light in the intelligent cabinet. Correspondingly, if the display light of each cabinet body in the intelligent cabinet is different, the color of the second color block and/or the color of the first color block is consistent with the color of the display light of the first cabinet body in the intelligent cabinet. For example, the light that the cabinet body of the cabinet check place of distributing was actually demonstrateed in the intelligent cabinet is green, when the suggestion of opening the door in the cabinet check, usable green translucent colour piece shows this cabinet body position in the intelligent cabinet sketch map in the cabinet check position diagram of user's cell-phone end APP show to utilize green no transparent colour piece to show this cabinet check place position of distributing in this cabinet body position in the outstanding show. Through this kind of suggestion scheme of the position of opening the door that is unanimous with actual cabinet body show light for the user can find the cabinet check that oneself corresponds fast more accurately, promotes the efficiency that the user deposited the piece smoothly greatly.

Further, in order to promote the visual effect to the user, deepen the suggestion intensity in cabinet door position, optionally, the mode suggestion cabinet check place position that can adopt the scintillation to remind. Correspondingly, the displaying of the first color block and the second color block in the brief diagram information of the cabinet body by superposition may specifically include: and the first color block and the second color block are displayed in a superposition manner in the cabinet body brief graphic information according to a preset flashing reminding frequency. The preset flicker reminding frequency can be preset according to actual requirements. For example, can reach a sudden and sudden change cabinet check position indication effect on the bandwagon door position show effect of drawing in the picture, if can adopt the gradual emergence bandwagon effect of dissolving, promote user's the experience of watching.

In addition to the above-mentioned intelligent cabinet processing method without cabinet body display identifier, for example, if the intelligent cabinet is of a type with a cabinet body display identifier, the cabinet body brief graphic information may be brief graphic information of a second cabinet body where a cabinet distribution grid is located, the cabinet grid orientation indication information may further include a third color block (the color of the third color block may be the same as or different from the color of the first color block) which is equal to or partially equal to the area of the display cabinet body identifier corresponding to the second cabinet body, the third color block is a color block with a cabinet body display identifier corresponding to the second cabinet body, and the position of the third color block in the cabinet body brief graphic information corresponds to the position of the area of the display cabinet body identifier in the second cabinet body; correspondingly, the displaying of the first color block in the cabinet brief graphic information in an overlapping manner, so that the region where the first color block is overlapped is highlighted in the cabinet brief graphic information, may specifically include: and displaying the first color block and the third color block in the cabinet brief graphic information in an overlapping manner, so that the region after the first color block is overlapped and the region after the third color block is overlapped are respectively and prominently displayed in the cabinet brief graphic information.

For example, because each group of cabinet bodies of the intelligent cabinet is provided with the cabinet body display identifier (for example, the cabinet bodies such as the group a, the group B and the group C), the user can clearly determine the position of the cabinet body in the intelligent cabinet through the cabinet body display identifier, so that the simple diagram of the cabinet body where the distribution cabinet lattices in the intelligent cabinet are located can be separately displayed, and the cabinet body display identifier (highlighted by a third color block) of the cabinet body is required to be attached, so that the user can intuitively know which cabinet body in the intelligent cabinet is displayed, and then the target cabinet body is searched according to the cabinet body identifier in the simple diagram. In this scenario, the cabinet body brief graphic information of the intelligent cabinet may be brief graphic information of a cabinet body (a second cabinet body) where the distribution cabinet lattice is located, and in an actual scenario, one or more groups of cabinet body brief graphic representations connected with the cabinet body (the second cabinet body) may be attached, so that a user can quickly locate a target cabinet body where the distribution cabinet lattice is located through a cabinet body code nearby the user. Under the condition, the embodiment not only introduces the color block (the first color block) corresponding to the distribution cabinet lattice to highlight the cabinet lattice position, but also introduces the color block (the third color block) corresponding to the area (such as the display area corresponding to the cabinet body number) corresponding to the cabinet body displaying the cabinet body identification where the distribution cabinet lattice is located to highlight the cabinet body number prompting the cabinet body number of the cabinet body where the distribution cabinet lattice is located, so that the user can clearly determine the position and the position of the cabinet body.

In order to promote the visual effect to the user, deepen the suggestion intensity in cabinet door position, optionally, the mode suggestion cabinet check place position that can adopt the scintillation to remind. Correspondingly, the displaying of the first color block and the third color block in the brief diagram information of the cabinet body by superposition may specifically include: and superposing and displaying the first color block and the third color block in the brief graphic information of the cabinet body according to the preset flashing reminding frequency. The preset flicker reminding frequency can be preset according to actual requirements. For example, can reach a sudden and sudden change cabinet check position indication effect on the bandwagon door position show effect of drawing in the picture, if can adopt the gradual emergence bandwagon effect of dissolving, promote user's the experience of watching.

To assist the user in understanding what is meant in the cabinet orientation graphic, the cabinet orientation graphic information may optionally also include descriptive information of the open door status of the dispensing cabinet. For example, the explanation text of "the cabinet door is opened" is displayed below the brief illustration of the cabinet body of the intelligent cabinet, so that the user is helped to know the meaning of the illustration, and the experience of the user is improved.

Except for the optional modes of prompting the cabinet lattice orientation by dimensions such as animation prompt (flash prompt) and color, the method is further optional, and can be combined with a voice prompt orientation to further achieve the optimal cabinet lattice orientation prompt effect by combining with each other, and correspondingly, according to the cabinet lattice orientation graphic information, the door opening prompt information of the distribution cabinet lattice can be output and specifically comprises the following steps: displaying the cabinet grid direction graphic information and outputting audio prompt information of the direction of the distribution cabinet grid.

For example, outputting the audio prompt information of the orientation of the distribution cabinet may specifically include: and outputting audio prompt information according to the prompt color of the distribution cabinet grids in the cabinet grid direction graphic representation information (such as the prompt color of the distribution cabinet grids in the cabinet grid direction graphic representation is consistent), and/or the direction position (such as the left number or the right number from the central axis of the intelligent cabinet, the left number or the right number from the main cabinet with a control screen of the intelligent cabinet, and the like), and/or the row of the cabinet body (one main cabinet or one auxiliary cabinet is a row). For example, while displaying the cabinet orientation graphic information, playing corresponding voice information, such as green cabinet indicated in the graphic positioned in the X-th column from the left, thereby helping the user to identify the cabinet orientation.

In the above exemplary description, the cabinet orientation graphic information may be used as cabinet orientation information to prompt the user to open the door of the distribution cabinet, in addition, other alternatives may exist for generating the cabinet orientation information, and as another alternative, step 102 may specifically include: firstly, acquiring cabinet lattice identifiers (such as cabinet lattice numbers) of distribution cabinet lattices according to cabinet lattice information of the distribution cabinet lattices in the intelligent cabinet; and then determining the target position information of the distribution cabinet lattice in the intelligent cabinet according to the cabinet lattice identification of the distribution cabinet lattice and the cabinet lattice position information corresponding to each cabinet lattice identification in the intelligent cabinet. Correspondingly, step 103 may specifically include: and highlighting the distribution cabinet grids in the image information of the intelligent cabinet based on the target position information of the distribution cabinet grids in the intelligent cabinet.

For example, the cabinet number is used for calibration, each cell of an intelligent cabinet picture displayed on a client interface of a user has a corresponding cabinet number, and after the client receives the number of the distribution cabinet, the client can position a specific cabinet and highlight the orientation of the distributed cabinet in the intelligent cabinet by displaying special colors, and/or thickening fonts, and/or adding underlines and the like. Through this kind of optional mode, replace the mode that only shows the cabinet door number of distribution cabinet check among the prior art, will deposit the position of the distribution cabinet check that the piece corresponds in the intelligence cabinet and utilize the graphic presentation mode to demonstrate for the user directly perceivedly for the user can find the cabinet check that oneself corresponds fast more accurately, promotes the efficiency that the user deposited the piece smoothly greatly, reduces the probability that the user deposited the mistake or got wrong cabinet check.

In a specific application scenario, the background server may not have permission (for example, order data in another platform cannot be acquired due to different platforms) to query the order information of the storage corresponding to the user, and further cannot acquire the contact information of the pickup user, so that pickup information corresponding to the allocated cabinet lattice cannot be sent to the pickup user. Therefore, in order to enable the pickup user to conveniently know pickup information (such as a pickup code, a pickup certificate, and the like), optionally, the storage request carries identity information (such as a mobile phone number, a login account, and the like) of the storage user, further, the server determines whether the server has an authority to acquire the to-be-stored order information of the storage user according to the identity information of the storage user, and if the server determines that the server does not have the authority to acquire the to-be-stored order information of the user, step 103 may specifically include: and outputting door opening prompt information of the distribution cabinet lattices according to the cabinet lattice azimuth information and the pickup information of the distribution cabinet lattices, wherein the pickup information can be used for being copied and then sent to pickup users.

For example, when it is determined that the order information of the to-be-stored item of the item-storing user is not authorized to be obtained, the item-taking information and the cabinet grid position graphic information can be merged into the item-storing prompt page to be displayed, the item-taking information can be manually copied by the item-storing user, and the copied item-taking information can be manually sent to the item-taking user, so that the item-taking user is informed of the corresponding item-taking information, and the item-taking user can effectively take the item.

Compared with the conventional mode, the method for prompting the cabinet lattice opening of the intelligent cabinet replaces the mode of only displaying the cabinet door number of the distribution cabinet lattice in the prior art, and the azimuth position of the distribution cabinet lattice corresponding to the stored or taken article in the intelligent cabinet is visually displayed to a user by using the graphical mode, so that the user can find the corresponding cabinet lattice more quickly and accurately, the efficiency of smoothly storing and taking the article by the user is greatly improved, and the probability of storing or taking the wrong cabinet lattice by the user is reduced. The time that the user finds the corresponding cabinet lattice in front of the intelligent cabinet can be reduced, so that the influence on accessing the parts by other users can be reduced

Illustratively, if the cabinet orientation information is generated by the background server, taking the cabinet orientation information as an example, this embodiment further provides another cabinet opening prompting method for an intelligent cabinet, which can be applied to the server side, as shown in fig. 4, and the method includes:

step 201, the server receives an intelligent cabinet storage or pickup request sent by the client.

The storage request of the intelligent cabinet can carry identity information of a storage user, such as information of a mobile phone number, a login account number and the like of the storage user; the pick-up request of the intelligent cabinet can carry information such as a pick-up certificate, a pick-up code and the like of a pick-up user.

In a storage scene, the server side can obtain longitude and latitude information positioned by a mobile phone of the storage user and intelligent cabinet information (position information of the intelligent cabinet, a distribution range suitable for the intelligent cabinet to receive the storage, and the like) to perform matching verification according to the identity information of the storage user and if the to-be-stored order information of the storage user can be inquired, so as to determine a logistics distribution order of the storage in the intelligent cabinet. If the position is matched according to the longitude and latitude information and the position information of the intelligent cabinet, judging whether the storage user really reaches the range of the intelligent cabinet; and current unfinished order information of the storage user can be called, and the logistics distribution orders which can be stored in the current intelligent cabinet are screened out according to the configuration addresses corresponding to the order information. And then matching the cabinet grids (large grid/small grid) and the number of the cabinet grids for the sorted storable orders according to the size and specification standards of food package, and obtaining the information of the distribution cabinet grids (besides, a storage user can manually select the large grid or the small grid from a mobile phone end, and the like). And if the corresponding order information of the to-be-stored parts cannot be inquired according to the identity information of the to-be-stored parts user, in order to help quickly realize cabinet grid allocation, cabinet grid allocation can be performed according to a preset default allocation standard, for example, a free small-grid cabinet grid is allocated by default.

Step 202, generating cabinet lattice azimuth graphic information of the distribution cabinet lattices in the intelligent cabinet according to the appearance configuration information of the intelligent cabinet and the cabinet lattice information of the corresponding distribution cabinet lattices.

If the intelligent cabinet is a model without a cabinet body display identifier, step 202 may specifically include: firstly, creating combined brief graphic information of each cabinet body of the intelligent cabinet according to the appearance configuration information; according to the cabinet lattice information and the appearance configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the combined brief graphic information of each cabinet body is created; and then generating cabinet orientation graphic information of the distribution cabinet by using the created combination brief graphic information and the cabinet orientation indication information of each cabinet.

If the intelligent cabinet is a model with a cabinet body display identifier, step 202 may specifically include: firstly, according to the shape configuration information, establishing brief graphic information of a cabinet body where the distribution cabinet lattices are located; according to the cabinet lattice information and the shape configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the brief graphic information of the cabinet body is created; and then generating cabinet orientation graphic information of the distribution cabinet by using the created brief graphic information and the cabinet orientation indication information of the cabinet body.

And step 203, sending the generated cabinet orientation graphic information to the client.

Furthermore, the client outputs door opening prompt information of the distribution cabinet grids according to the cabinet grid direction graphic information.

The above is the door opening prompt corresponding to the cabinet grid at the user client side, and the corresponding door opening prompt may also be implemented at the intelligent cabinet side, optionally, the method of this embodiment may further include: the server sends a cabinet opening instruction of the distribution cabinet grids to the intelligent cabinet, so that the intelligent cabinet outputs door opening prompt information of the distribution cabinet grids through display light of a cabinet body where the distribution cabinet grids are located and/or display light of the distribution cabinet grids, wherein the display light colors of the pickup cabinet grids are different from those of the storage cabinet grids.

For example, each cabinet body all has the pilot lamp that opens the door in the intelligence cabinet to each cabinet check in the cabinet body also all has the pilot lamp that opens the door, opens the back at the cabinet door of the cabinet check of distributing, and the pilot lamp of the cabinet body of place can export show light, should open the cabinet check and also can corresponding output show light, and then convenience of customers locks the cabinet check that oneself corresponds. And when depositing and getting a mixture and going on, can set up the show light colour of getting a cabinet check of opening the door to blue, set up the show light colour of getting a cabinet check of opening the door to green, and then distinguish the cabinet check that opens the door and belong to getting a cabinet check or depositing a cabinet check, also can help the user to lock the cabinet check that oneself corresponds to a certain extent.

For convenience of understanding of the specific implementation process of the method in each embodiment, the following application scenarios are given, but not limited to:

taking a storage scene as an example, a user logs in an APP applet to enter a storage interface, inputs a storage code, and enters an opened interface of a cabinet door (please store a page). If the intelligent cabinet does not have cabinet body letter codes, the page of the stored articles is requested to contain the position graphic representation of the opened cabinet grid, the stored articles information, the button 'cancel storing articles', 'open door again' and 'finish'. Wherein, the orientation diagram of the opened cabinet is as follows: the intelligent cabinet comprises a combined brief graphic representation of a main cabinet and an auxiliary cabinet of the intelligent cabinet, cabinet grid direction indication information and a state description that a cabinet door is opened. Brief combined diagram of main cabinet and auxiliary cabinet: the system dynamically loads and displays the number of the main cabinets and the number of the auxiliary cabinets according to the actual configuration number of the intelligent cabinets at the current site, and completely displays the main cabinets and the auxiliary cabinets in APP storage pages according to the actual arrangement sequence on site (the whole group of intelligent cabinet drawings are adaptive to the screen width, so that complete display is ensured); cabinet grid orientation indication information: the device comprises a row of semi-transparent color blocks with the same projection area as the auxiliary cabinet, color blocks with the same projection area as the cabinet grids and cabinet number information. When entering the page, the orientation information is overlapped with the orientations of the auxiliary cabinet and the cabinet lattice which actually open the cabinet door at present, and the orientation information is gradually faded in a fade-in and flicker in a certain frequency mode to remind a user to sense the orientation of the current cabinet lattice. Simultaneously APP reports a voice message "green cabinet check is located the X row of left side number" help user identification cabinet check position. The voice content includes color, left number or right number (the interface determines the left number or right number according to the distance between the currently allocated cabinet position and the left side or the right side), X-column (one main cabinet or one auxiliary cabinet is a column), and other data. As shown in fig. 5, if the background server has the right to query the order information of the storage user, the pickup information of the distribution cabinet lattice can be sent to the corresponding pickup user from the background, so that the pickup information does not need to be displayed; if the background server side does not have the right to query the order information of the storage user, the pickup information can be displayed in the page, so that the storage user can conveniently copy the order information and send the order information to the corresponding pickup user, and the method can be specifically shown in fig. 6.

The color of the light of the cabinet door is as follows: if the intelligent cabinet supports colored light, each auxiliary cabinet corresponds to one color, such as red, green, yellow, orange, cyan, blue, purple and other colors, the interval of the light colors of each auxiliary cabinet is ensured, and the color of the cabinet lattice indicating information on the APP interface is consistent with the color of the cabinet lattice light. If the intelligent cabinet does not support colored light, the APP is uniformly displayed as fixed-color (such as blue) cabinet grid direction indication information, and the voice content is 'X number cabinet grid is positioned on the X-th row from the left'.

If the intelligent cabinet has a cabinet body letter code, the page of the storage request can contain the position diagram of the opened cabinet, the storage information, the button 'cancel storage', 'open door again', 'finish'; orientation diagram of opened cabinet: the intelligent cabinet comprises a brief graphic representation of a main cabinet or an auxiliary cabinet of the intelligent cabinet, cabinet grid direction indication information and a state description that a cabinet door is opened. Brief illustration of the combination of the main cabinet or the sub-cabinet: the system dynamically loads and displays a brief graphic diagram of the main cabinet or the auxiliary cabinet according to the currently and actually distributed cabinet grids, and the brief graphic diagram is completely displayed in the APP storage page; cabinet grid orientation indication information: the light box comprises a color block with the same projection area as the light box, a cabinet body letter code, and two azimuth information, namely the color block with the same projection area as the cabinet grid and the cabinet number. When entering the page, the orientation information is overlapped with the orientations of the auxiliary cabinet and the cabinet lattice which actually open the cabinet door at present, and the orientation information is gradually faded in a fade-in and flicker in a certain frequency mode to remind a user to sense the orientation of the current cabinet lattice. Simultaneously APP reports a voice message "green cabinet is located the number of left X column" and helps the user to discern the cabinet position, exemplarily, as shown in FIG. 7.

By applying the scheme, when a user enters the interface of storing the file, the user can firstly know the approximate directions of the interface animation, the color indication and the voice, and then can more quickly and accurately find the cabinet lattice corresponding to the user according to the reference information. Promote the smooth efficiency of depositing the piece of user greatly, reduce the probability that the user deposited wrong cabinet door. The information such as the type, the number, the arrangement sequence, the cabinet grid lamp state, the opened cabinet grid direction and the like of the main cabinet and the auxiliary cabinet of the intelligent cabinet is visually displayed in a user mobile phone interface, and a user is assisted to quickly and accurately find the cabinet grid corresponding to the user through three channels of animation, color and sound.

Further, as a specific implementation of the method shown in fig. 1, this embodiment provides a cabinet lattice door opening prompting device for an intelligent cabinet, as shown in fig. 8, the device includes: an acquisition module 31, a generation module 32, and an output module 33.

The acquisition module 31 is configured to acquire cabinet lattice information of distribution cabinets in the intelligent cabinet;

the generating module 32 is configured to generate cabinet lattice azimuth information of the distribution cabinet lattice in the intelligent cabinet according to the cabinet lattice information;

and the output module 33 is used for outputting door opening prompt information of the distribution cabinet grids according to the cabinet grid azimuth information.

In a specific application scenario, the generating module 32 is specifically configured to obtain, according to the cabinet lattice information, a cabinet lattice identifier of the distribution cabinet lattice; determining target position information of the distribution cabinet grids in the intelligent cabinet according to the cabinet grid marks of the distribution cabinet grids and the cabinet grid position information corresponding to each cabinet grid mark in the intelligent cabinet;

and an output module 33, configured to display the distribution cabinet grid in the image information of the intelligent cabinet based on the target location information.

In a specific application scenario, the generating module 32 is specifically configured to generate, according to the cabinet information, cabinet orientation graphic information of the distribution cabinet in the intelligent cabinet, where the cabinet orientation graphic information includes cabinet brief graphic information of the intelligent cabinet and cabinet orientation indication information of the distribution cabinet, and the cabinet orientation indication information is used to indicate a cabinet orientation of the distribution cabinet in the cabinet brief graphic information;

and the output module 33 is specifically configured to output door opening prompt information of the distribution cabinet lattice according to the cabinet lattice orientation graphic information.

In a specific application scenario, optionally, the cabinet grid orientation indication information may include a first color block that is equal to or partially equal to a cabinet grid projection area of the distribution cabinet grid, where a position of the first color block in the cabinet body brief graphic representation information corresponds to a position of the distribution cabinet grid in the intelligent cabinet;

the output module 33 is specifically configured to display the first color block in the cabinet brief graphic information in an overlapping manner, so that a region where the first color block is overlapped is highlighted in the cabinet brief graphic information.

In a specific application scenario, the first color block may be a color block with a cabinet number identifier corresponding to the distribution cabinet grid.

In a specific application scenario, if the intelligent cabinet is of a model without a cabinet body display identifier, the cabinet body brief graphic information is combined brief graphic information of each cabinet body of the intelligent cabinet, the cabinet lattice orientation indication information further includes a second color block which is equal to or partially equal to a projection area of a first cabinet body where the distribution cabinet lattice is located, and a position of the second color block in the cabinet body brief graphic information corresponds to a position of the first cabinet body in the intelligent cabinet;

the output module 33 is specifically further configured to superimpose and display the first color block and the second color block in the cabinet brief graphic information, so that a region after the second color block is superimposed is highlighted in the cabinet brief graphic information, and a region after the first color block is superimposed is highlighted in a region after the second color block is superimposed.

In a specific application scenario, the second color block may be a color block with a preset transparency ratio.

In a specific application scenario, if the display light of each cabinet body in the intelligent cabinet is different, the color of the second color block and/or the color of the first color block is consistent with the color of the display light of the first cabinet body in the intelligent cabinet.

In a specific application scenario, the output module 33 is further specifically configured to superimpose and display the first color block and the second color block in the brief graphic information of the cabinet according to a preset blinking reminding frequency.

In a specific application scenario, if the intelligent cabinet is of a type with a cabinet body display identifier, the cabinet body brief graphic information is brief graphic information of a second cabinet body where the distribution cabinet grid is located, the cabinet grid orientation indication information further includes a third color block equal to or partially equal to a projection area of a region of the display cabinet body identifier corresponding to the second cabinet body, the third color block is a color block with a cabinet body display identifier corresponding to the second cabinet body, and a position of the third color block in the cabinet body brief graphic information corresponds to a position of the region of the display cabinet body identifier in the second cabinet body;

the output module 33 is specifically configured to display the first color block and the third color block in the cabinet brief graphic information in a superimposed manner, so that the region where the first color block is superimposed and the region where the third color block is superimposed are respectively and prominently displayed in the cabinet brief graphic information.

In a specific application scenario, the output module 33 is further specifically configured to superimpose and display the first color block and the third color block in the brief graphic information of the cabinet according to a preset blinking reminding frequency.

In a specific application scenario, the generating module 32 is specifically configured to create combined brief graphic information of each cabinet body of the intelligent cabinet according to the appearance configuration information of the intelligent cabinet if the intelligent cabinet is of a model without a cabinet body display identifier; according to the cabinet lattice information and the appearance configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the combined brief graphic representation information of each cabinet body is created; and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created combination brief graphic information and cabinet grid direction indication information of each cabinet body.

In a specific application scenario, the generating module 32 is specifically configured to create brief graphic information of the cabinet body where the distribution cabinet lattice is located according to the shape configuration information of the intelligent cabinet if the intelligent cabinet is of a model with a cabinet body display identifier; according to the cabinet lattice information and the appearance configuration information of the distribution cabinet lattices, cabinet lattice azimuth indication information of the distribution cabinet lattices in the brief graphic representation information of the cabinet body is created; and generating cabinet grid direction graphic information of the distribution cabinet grids by using the created brief graphic information and cabinet grid direction indication information of the cabinet body.

In a specific application scenario, the cabinet orientation graphic information further includes descriptive information of the door opening state of the distribution cabinet.

In a specific application scenario, the storage request carries identity information of a storage user, so that the server determines whether the server has permission to acquire to-be-stored order information of the storage user according to the identity information, and if the server determines that the server does not have permission to acquire the to-be-stored order information of the user, the output module 33 is further specifically configured to output door opening prompt information of the distribution cabinet lattice according to the cabinet lattice orientation graphic information and pickup information of the distribution cabinet lattice, where the pickup information is used for being copied and then sent to the pickup user.

In a specific application scenario, the output module 33 is specifically configured to display the cabinet orientation graphic information and output audio prompt information of the orientation of the distribution cabinet.

In a specific application scenario, the output module 33 is further specifically configured to output the audio prompt information according to a prompt color, and/or an orientation position, and/or a column in which the cabinet body is located in the cabinet orientation graphic information of the allocation cabinet.

It should be noted that other corresponding descriptions of the functional units related to the cabinet compartment door opening prompting device of the intelligent cabinet provided in this embodiment may refer to the corresponding descriptions of the methods in fig. 1 to 7, and are not described herein again.

Based on the method shown in fig. 1 to 7, correspondingly, an embodiment of the present application further provides a storage medium, on which a computer program is stored, and the computer program, when executed by a processor, implements the method for prompting the cabinet compartment door opening of the intelligent cabinet shown in fig. 1 to 7.

Based on such understanding, the technical solution of the present application may be embodied in the form of a software product, which may be stored in a non-volatile storage medium (which may be a CD-ROM, a usb disk, a removable hard disk, etc.), and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method of the embodiments of the present application.

Based on the method shown in fig. 1 to 7 and the virtual device embodiment shown in fig. 8, in order to achieve the above object, an embodiment of the present application further provides a client device, which may specifically be a tablet computer, a smart phone, a smart watch, a smart bracelet, or other network devices, and the client device includes a storage medium and a processor; a storage medium for storing a computer program; a processor for executing a computer program to implement the above-described method for prompting a cabinet compartment door opening applicable to an intelligent cabinet on a user client side as shown in fig. 1 to 7.

Optionally, the above entity devices may further include a user interface, a network interface, a camera, a Radio Frequency (RF) circuit, a sensor, an audio circuit, a WI-FI module, and the like. The user interface may include a Display screen (Display), an input unit such as a keypad (Keyboard), etc., and the optional user interface may also include a USB interface, a card reader interface, etc. The network interface may optionally include a standard wired interface, a wireless interface (e.g., WI-FI interface), etc.

Those skilled in the art will appreciate that the physical device structure of a client device provided in the present embodiment does not constitute a limitation of such a physical device, and may include more or less components, or combine some components, or arrange different components.

The storage medium may further include an operating system and a network communication module. The operating system is a program that manages the hardware and software resources of the two physical devices described above, supporting the operation of the information processing program as well as other software and/or programs. The network communication module is used for realizing communication among components in the storage medium and communication with other hardware and software in the information processing entity device.

Through the above description of the embodiments, those skilled in the art will clearly understand that the present application can be implemented by software plus a necessary general hardware platform, and can also be implemented by hardware. Through the technical scheme who uses this embodiment, compare with present existing mode, replace the mode that only shows the cabinet door number of distribution cabinet check among the prior art, will deposit the position of the distribution cabinet check that corresponds or get in intelligent cabinet and utilize the mode of drawing the picture to demonstrate for the user directly perceivedly. The user can find the corresponding cabinet lattice more quickly and accurately, the efficiency of smoothly storing and taking the parts by the user is greatly improved, and the probability of storing or taking the wrong cabinet lattice by the user is reduced. The time that the user comes back to look for the corresponding cabinet check of oneself before the intelligence cabinet can be reduced to can reduce the influence to other users' access piece.

Those skilled in the art will appreciate that the figures are merely schematic representations of one preferred implementation scenario and that the blocks or flow diagrams in the figures are not necessarily required to practice the present application. Those skilled in the art will appreciate that the modules in the devices in the implementation scenario may be distributed in the devices in the implementation scenario according to the description of the implementation scenario, or may be located in one or more devices different from the present implementation scenario with corresponding changes. The modules of the implementation scenario may be combined into one module, or may be further split into a plurality of sub-modules.

The above application serial numbers are for description purposes only and do not represent the superiority or inferiority of the implementation scenarios. The above disclosure is only a few specific implementation scenarios of the present application, but the present application is not limited thereto, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present application.

Claims

1. A cabinet grid door opening prompting method of an intelligent cabinet is characterized by comprising the following steps:

2. The method according to claim 1, wherein the generating, according to the cabinet information, cabinet orientation information of the distribution cabinet in the intelligent cabinet specifically comprises:

3. The method according to claim 1, wherein the generating, according to the cabinet information, cabinet orientation information of the distribution cabinet in the intelligent cabinet specifically comprises:

4. The method of claim 3, wherein the cabinet bin orientation indicating information comprises a first color block equal or partially equal to a cabinet bin projected area of the dispensing cabinet bin, a position of the first color block in the cabinet profile information corresponding to a position of the dispensing cabinet bin in the smart cabinet;

5. The method of claim 4, wherein the first color block is a color block with a bin number identification corresponding to the dispensing bin.

6. The method according to claim 4 or 5, wherein if the intelligent cabinet is of a model without cabinet body display identifiers, the cabinet body brief graphic information is combined brief graphic information of each cabinet body of the intelligent cabinet, the cabinet lattice orientation indication information further includes a second color block having a projection area equal to or partially equal to that of a first cabinet body where the distribution cabinet lattice is located, and the position of the second color block in the cabinet body brief graphic information corresponds to the position of the first cabinet body in the intelligent cabinet;

7. The method of claim 6, wherein the second color block is a color block with a preset transparency ratio.

8. The utility model provides a suggestion device that opens door of cabinet check of intelligence cabinet which characterized in that includes:

9. A storage medium on which a computer program is stored, the computer program, when executed by a processor, implementing the method of prompting a cabinet bay of an intelligent cabinet according to any one of claims 1 to 7 to open a door.

10. An electronic device comprising a storage medium, a processor, and a computer program stored on the storage medium and executable on the processor, wherein the processor implements the method for prompting a user to open a door of an intelligent cabinet according to any one of claims 1 to 7 when executing the computer program.