CN111444360A - Warehousing system and method for article management, positioning, sharing and real-time display - Google Patents
Warehousing system and method for article management, positioning, sharing and real-time display Download PDFInfo
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Abstract
The invention discloses a warehousing method for managing, positioning, sharing and displaying articles in real time, which is characterized in that in use, images of a warehousing scene are collected, after a user stores articles, a mark is marked on a storage position of the articles in the warehousing scene, then the marked images are stored in a database to record the storage position of the articles, the marked images related to the articles to be searched can be obtained only by searching the database when the articles need to be searched, the position of the articles stored in the warehousing scene can be known through the images, the time and labor cost for managing and searching the articles are greatly reduced, and the cost caused by repeated purchase due to forgetting the articles is saved.
Description
Technical Field
The invention relates to the technical field of warehousing, in particular to a warehousing system and a method for article management, positioning, sharing and real-time display.
Background
In the storage for families and small enterprises nowadays, some storage has a matched storage system to record the storage of the articles, and the existing storage system has the following problems:
1. the existing warehousing system adopting the two-dimension code/barcode only stores virtual data of an article by using the two-dimension code/barcode technology, does not actually solve the problem that a user finds the article, and needs to scan one more code to check [ open a viewfinder- > scan the code- > open an article data item surface- > not the article to be found- > close the article data item surface- > open the viewfinder- > scan the code- > open the article data item surface- > not the article to be found- > close the article data item surface- > repeatedly until the article is found ];
2. the existing article positioning system only records the position of an article in a text mode, and a user can only associate the position with the position when searching, so that the searching time is consumed when position information is much.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a warehousing method for article management, positioning, sharing and real-time display, which can visually record the storage position of an article in a marking mode after the article is stored, and store the marked image in a database so as to facilitate subsequent retrieval and article searching.
A warehousing method for article management, positioning, sharing and real-time display comprises the following steps:
and (4) summarizing the article: the method comprises the steps of collecting images of a warehousing scene, marking the article storage positions of the images, storing the marked images in a sub-warehousing database corresponding to the warehousing scene, and storing the associated information of the articles in a main/sub-warehousing database.
Further, in the summary item step: judging whether a sub-warehousing database corresponding to the acquired warehousing scene exists or not, and if the sub-warehousing database corresponds to the acquired warehousing scene, storing the marked image in the sub-warehousing database; and if no corresponding sub-warehousing database exists, establishing a sub-warehousing database corresponding to the acquired warehousing scene, and then storing the marked image in the sub-warehousing database.
Further, the method also comprises the following steps:
uploading item-related information: and identifying the identifier of the article to obtain article associated information, uploading the article associated information and storing the article associated information in a main/sub warehousing database.
Further, the method also comprises the following steps:
and (3) searching for an article: retrieving article association information of the article to be searched, and calling the image marked with the mark corresponding to the article to be searched from a main/sub warehousing database where the article to be searched is located; and identifying the mark of the article in the storage, judging whether the identification result is consistent with the article related information to be retrieved, if so, successfully identifying and finishing the identification, and if not, continuously identifying.
Further, the individual/type item corresponds to a single/type marked image that identifies a storage location of the individual/type item in the warehousing context.
Further, a single/kind item corresponds to the image marked with a single/kind mark, a plurality of/kind marks are marked on the image, and the single/kind mark corresponding to the single/kind item in the image is different from other marks, and the single/kind mark identifies the storage position of the single/kind item in the warehousing scene.
Further, the identification of the article comprises a two-dimensional code, a bar code, a bluetooth transmitting end or a radio frequency transmitter.
Furthermore, when the identification of the articles in the warehouse is identified, the identification of a plurality of articles is identified simultaneously.
Further, the method also comprises the following steps: a prompting step: when the identification of the articles in the warehouse is identified, if the identification is consistent, a prompt is sent.
The invention has the beneficial effects that: the invention provides a warehousing method for article management, positioning, sharing and real-time display, which is characterized in that in use, images of a warehousing scene are collected, after a user stores articles, marks are marked on storage positions of the articles in the warehousing scene, then the marked images are stored in a database to record the storage positions of the articles, the marked images associated with the articles to be searched can be obtained only by searching the database when the articles need to be searched, the positions of the articles stored in the warehousing scene can be known through the images, the time and labor cost for managing and searching the articles are greatly reduced, and the cost caused by repeated purchase due to forgetting the articles is saved.
Drawings
In order to more clearly illustrate the detailed description of the invention or the technical solutions in the prior art, the drawings that are needed in the detailed description of the invention or the prior art will be briefly described below. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.
FIG. 1 is a flow chart of the steps of summarizing an article in the present invention;
FIG. 2 is a flow chart of a portion of the present invention.
Detailed Description
The following describes embodiments of the present invention in detail. The technical solutions of the present invention will be more clearly described below with reference to the following embodiments and drawings, and therefore, the technical solutions are only used as examples and are not intended to limit the scope of the present invention.
It is to be noted that, unless otherwise specified, technical or scientific terms used herein shall have the ordinary meaning as understood by those skilled in the art to which the invention pertains.
The invention firstly provides a warehousing method for article management, positioning, sharing and real-time display, one embodiment is shown in figure 1, and the warehousing method comprises the following steps:
and (4) summarizing the article: the method comprises the steps of collecting images of a warehousing scene, marking the article storage positions of the images, storing the marked images in a sub-warehousing database corresponding to the warehousing scene, and storing the associated information of the articles in a main/sub-warehousing database.
The invention relates to a warehouse management system suitable for families and small and micro enterprises. In an embodiment, for example, after a user stores a certain article, when the user wants to record the position of the article, the operation of the present invention may be performed by using a device such as a mobile phone. Firstly, an image of a warehousing scene for storing the article is collected, and then a mark is marked on an article storage position of the warehousing scene image on a display terminal (such as a mobile phone and a tablet personal computer). And then storing the marked warehousing scene images into a sub-warehousing database corresponding to the warehousing scene. Meanwhile, the stored associated information (such as name, size, purchase time, use times and other information) of the articles is stored in the main/sub warehousing database; the sub-warehousing database refers to a database corresponding to a single warehousing scene, and the main warehousing database refers to a database of all warehousing scenes of a user; the warehousing database into which the article related information is stored may be a main warehousing database in which all warehousing scenes are located, or may be a sub-warehousing database corresponding to one or more warehousing scenes. The sub-warehouse database can be used for obtaining the associated information of the articles in various ways, such as code scanning, radio frequency induction, pre-storage and the like.
For example, when a user stores a dust collector at a location a (i.e., a warehouse scene) of a warehouse, the user sets the dust collector somewhere at the location a and then captures an image of the location a, and the capturing may be by taking a photograph. Then, a mark is marked on the position, where the dust collector is stored, in the photo at the display terminal, wherein the mark can be in various shapes and styles and can be marked in a mode of direct clicking or dragging. And storing the marked photos in a sub-warehouse database corresponding to the position A. The whole warehouse is provided with a plurality of warehousing scenes (such as a position A, a position B and a position C), each different warehousing scene corresponds to different sub-warehousing databases, and all the sub-warehousing scenes are stored in the main warehousing database. The sub-warehouse databases may be included in a main warehouse database where the data in each sub-warehouse database may be retrieved. The related information of the goods can be stored in the main warehouse database or the sub-warehouse database for later retrieval.
Therefore, when a user or other users storing articles need to search for an article stored in a warehousing scene, the associated information of the article is searched in the main warehousing database or the sub-warehousing database, the image of the marked warehousing scene corresponding to the warehousing scene stored by the article can be searched, and the position of the warehousing scene where the article is stored can be known through the image, so that the time and labor cost for managing and searching the article are greatly reduced, and the cost caused by repeated purchase due to forgetting the article is saved.
In another embodiment, as shown in FIG. 2, the summarization step is followed by other steps: uploading article associated information, searching articles and identifying the identification of the articles in the warehouse.
Preferably, in the step of summarizing the article: judging whether a sub-warehousing database corresponding to the acquired warehousing scene exists or not, and if the sub-warehousing database corresponds to the acquired warehousing scene, storing the marked image in the sub-warehousing database; and if no corresponding sub-warehousing database exists, establishing a sub-warehousing database corresponding to the acquired warehousing scene, and then storing the marked image in the sub-warehousing database. For example, in a certain warehouse, the position B is not used as a warehouse before, and when a certain article is stored in the position B, it is first determined whether there is a sub-warehouse database corresponding to the position B in the main warehouse database, and if there is a sub-warehouse database corresponding to the position B, the marked image is directly stored in the sub-warehouse database corresponding to the position B; if there is no sub-warehousing database corresponding to the position B, a sub-warehousing database corresponding to the position B is established first, and then the article is placed into the newly established sub-warehousing database.
In some embodiments, the method further comprises the step of uploading the item association information: and identifying the identifier of the article to obtain article associated information, uploading the article associated information and storing the article associated information in a main/sub warehousing database. The method comprises the steps of identifying the identification of an article through some methods to obtain the associated information of the article, and storing the obtained associated information of the article in a main warehouse database or a sub-warehouse database. The method of identifying the identity of the item may be, for example: and scanning the two-dimensional code to obtain article associated information, scanning the bar code to obtain article associated information, and obtaining the article associated information by Bluetooth communication or by an RFID radio frequency induction mode.
In some embodiments, further comprising the step of: and (3) searching for an article: retrieving article association information of the article to be searched, and calling the image marked with the mark corresponding to the article to be searched from a main/sub warehousing database where the article to be searched is located; and identifying the mark of the article in the storage, judging whether the identification result is consistent with the article related information to be retrieved, if so, successfully identifying and finishing the identification, and if not, continuously identifying. When a user needs to search for a certain article, the user can search in the main warehouse database or the sub-warehouse database, the user performing the search can be any user with authority, for example, the user can store the article, or other users with authority to access the main warehouse database or the sub-warehouse database, and the database shares all data information to all users with authority. During retrieval, the retrieval can be carried out according to the article related information or the keywords of the article related information, and the marked image corresponding to the article is retrieved; the user can know the position of the storage scene where the article to be searched is stored from the image, and the user can find the storage position of the article according to the mark in the image after arriving at the position; when articles at the storage position are numerous or users need to search for unfamiliar articles, the articles can be further searched by some identification modes, for example, two-dimensional codes of the articles at the storage position can be scanned by scanning a two-dimensional code mode, after a scanning interface is opened, the two-dimensional codes of the articles at the storage position are aligned to the storage position, the system judges that the article association information obtained by scanning the identification of a certain article is consistent with the retrieved article association information, the identification is finished if the article association information is inconsistent with the retrieved article association information, the code scanning identification is continued until the identification of the article to be searched is scanned, and the consistent article association information can be judged until the identification of the article to be searched is scanned.
In actual operation, the search can be carried out on a mobile phone, keywords related to articles are input, or a filter is used for finding out marked images corresponding to the articles to be searched and stored in the main/sub warehousing database, the storage positions can be known according to the images, article related information can be related to the corresponding images of the articles in the main/sub warehousing database, and the article related information and the corresponding images of the articles can be searched by inputting the keywords related to the articles.
In the above embodiments, there may be an extended embodiment, where a single/kind item corresponds to a single/kind marked said image, the single/kind mark identifying the storage location of the single/kind item in the warehousing scene. Specifically, one or one article corresponds to one image, one or one mark is printed on the corresponding image, the mark or the mark identifies the storage position of the article or the article on the image, and the specific storage position of the article can be known according to the identification position; when only one article needs to be searched, only one mark is marked on the image corresponding to the article; when the article to be searched is of one type and has a plurality of types, the image corresponding to the article is marked with the same number of marks as the article, and the marks belong to the same type of mark, wherein the type can be a plurality of marks with the same shape, style and color; for example, in a storage scenario, 10 identical a appliances need to be found, 10 green triangle marks are printed on the corresponding images of the a appliances, and the 10 green triangle marks identify the corresponding positions of the 10 a appliances.
More preferably, the single/kind of article corresponds to a single/kind marked image, a plurality of kinds of marks are marked on the image, the single/kind of mark corresponding to the single/kind of article in the image is different from other marks, and the single/kind of mark identifies the storage position of the single/kind of article in the warehousing scene. In practice, one or one article corresponds to one image, the corresponding image is provided with a plurality of or a plurality of marks, and the mark or the mark corresponding to the article is different from the mark or the mark corresponding to other articles; for example, if 10 identical a instruments are sought, the image corresponding to the a instruments is actually marked with 10 green triangle marks, 10 blue circle marks and 10 red square marks, and the system prompts the user that the a instruments correspond to the green triangles, the marks of the a instruments on the image can be distinguished. In the above-mentioned "the single/kind mark corresponding to the single/kind article in the image is different from other marks", the difference may be that the single/kind mark corresponding to the single/kind article is brighter than other marks; for example, when retrieving the a-instrument, the marker corresponding to the a-instrument displayed in the image is brighter than the other markers, so that the marker corresponding to the a-instrument can be distinguished from the plurality of markers in the image.
In one of the foregoing embodiments, the identification of the item includes a two-dimensional code, a bar code, a bluetooth transmitting end, or a radio frequency transmitter. When the identification of the article is the two-dimensional code attached to the article, the process of identifying the identification of the article is to scan the two-dimensional code to obtain article related information of the article; similarly, when the identification of the article is a bar code attached to the article, the process of identifying the identification of the article is to scan the bar code to obtain the article related information of the article; when the identification of the article is a Bluetooth sending end, the process of identifying the identification of the article is to use Bluetooth communication to obtain article associated information; when the identification of the article is a radio frequency transmitter, the process of identifying the article is to use a radio frequency receiver to receive the article-related information transmitted by the radio frequency transmitter.
Preferably, when the user is unfamiliar with the articles or the warehousing scene contains a large number of articles, in order to increase the speed of searching the articles and identify the identification of the articles in the warehouse, the identification of a plurality of articles can be simultaneously identified, and a plurality of identification results can be simultaneously displayed. For example, when a mobile phone is used for scanning two-dimensional codes, the two-dimensional codes of a plurality of articles are scanned simultaneously, and a plurality of scanning results are displayed on a display screen of the mobile phone simultaneously.
More preferably, the method further comprises the following steps: a prompting step: when the identification of the articles in the warehouse is identified, if the identification is consistent, a prompt is sent. The prompting mode can be various prompting modes, such as sounding and flashing a screen light.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention, and they should be construed as being included in the following claims and description.
Claims (9)
1. A warehousing method for article management, positioning, sharing and real-time display is characterized by comprising the following steps: the method comprises the following steps:
and (4) summarizing the article: the method comprises the steps of collecting images of a warehousing scene, marking the article storage positions of the images, storing the marked images in a sub-warehousing database corresponding to the warehousing scene, and storing the associated information of the articles in a main/sub-warehousing database.
2. The warehousing method for article management, positioning, sharing and real-time display according to claim 1, characterized in that:
in the summary item step: judging whether a sub-warehousing database corresponding to the acquired warehousing scene exists or not, and if the sub-warehousing database corresponds to the acquired warehousing scene, storing the marked image in the sub-warehousing database; and if no corresponding sub-warehousing database exists, establishing a sub-warehousing database corresponding to the acquired warehousing scene, and then storing the marked image in the sub-warehousing database.
3. The warehousing method for article management, positioning, sharing and real-time display according to claim 2, characterized in that: further comprising the steps of:
uploading item-related information: and identifying the identifier of the article to obtain article associated information, uploading the article associated information and storing the article associated information in a main/sub warehousing database.
4. The warehousing method for article management, positioning, sharing and real-time display according to claim 3, characterized in that: further comprising the steps of:
and (3) searching for an article: retrieving article association information of the article to be searched, and calling the image marked with the mark corresponding to the article to be searched from a main/sub warehousing database where the article to be searched is located; and identifying the mark of the article in the storage, judging whether the identification result is consistent with the article related information to be retrieved, if so, successfully identifying and finishing the identification, and if not, continuously identifying.
5. The warehousing method for article management, positioning, sharing and real-time display according to claim 4, characterized in that:
the individual/type item corresponds to a single/type marked image that identifies the storage location of the individual/type item in the warehousing scenario.
6. The warehousing method for article management, positioning, sharing and real-time display according to claim 4, characterized in that:
the single/kind of article corresponds to the image marked with the single/kind of mark, the image is marked with a plurality of/kind of marks, the single/kind of mark corresponding to the single/kind of article in the image is different from other marks, and the single/kind of mark identifies the storage position of the single/kind of article in the warehousing scene.
7. The warehousing method for article management, positioning, sharing and real-time display according to claim 5 or 6, characterized in that:
the identification of the article comprises a two-dimensional code, a bar code, a Bluetooth transmitting end or a radio frequency transmitter.
8. The warehousing method for article management, positioning, sharing and real-time display according to claim 7, characterized in that:
when the identification of the articles in the warehouse is identified, the identification of a plurality of articles is identified at the same time.
9. The warehousing method for article management, positioning, sharing and real-time display according to claim 8, characterized in that: further comprising the steps of:
a prompting step: when the identification of the articles in the warehouse is identified, if the identification is consistent, a prompt is sent.
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| CN202010214168.8A CN111444360A (en) | 2020-03-24 | 2020-03-24 | Warehousing system and method for article management, positioning, sharing and real-time display |
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| CN202010214168.8A CN111444360A (en) | 2020-03-24 | 2020-03-24 | Warehousing system and method for article management, positioning, sharing and real-time display |
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Application publication date: 20200724 |