CN213634695U - Storage cabinet capable of memorizing stored articles in unattended mode - Google Patents
Storage cabinet capable of memorizing stored articles in unattended mode Download PDFInfo
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- CN213634695U CN213634695U CN202022394004.6U CN202022394004U CN213634695U CN 213634695 U CN213634695 U CN 213634695U CN 202022394004 U CN202022394004 U CN 202022394004U CN 213634695 U CN213634695 U CN 213634695U
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Abstract
A storage cabinet capable of memorizing and storing articles without being attended is used for an unattended self-service article storage warehouse in a working area. The article identification lens judges the stored articles and inputs the names keyed in by the keyboard, and the stored articles and the names are associated through the intelligent execution system, so that the articles can be conveniently found when being lent. To prevent borrowing errors, the item being queried is displayed via a display. The operations of the face recognition lens and the input keyboard record the borrowing and returning processes, so that the face recognition system has the function of traceability of operations. The intelligent execution system is connected with the network, and the storage condition of the articles can be inquired through the mobile phone. The invention has compact structure, no person on duty and labor saving. The movable type goods borrowing device is high in mobility, and can be arranged near a working area according to needs, so that goods can be conveniently borrowed.
Description
Technical Field
The utility model belongs to the technical field of the storage cabinet is made, especially, relate to a but unmanned on duty memorizes storage article's warehouse cabinet.
Background
Machines and equipment in the field of traditional machine manufacturing are endowed with more humanization under the large intelligent background, so that the function of manually operating the machines to run is achieved. Traditional manufacturing, while not losing its meaning of existence, appears to overwhelm the existence of its primary function in the context of imparting intelligence. However, it is desirable that the machine be operated more as desired, the more the better.
In the most basic storage unit warehouse, a plurality of shelves are placed in a house, a plurality of articles of different kinds and sizes are placed on the shelves, and the shelves are marked with queryable numbers at predetermined positions and intervals thereon. And the positions of the placed articles are recorded on a set account book, and when people need to get or return, a warehouse manager appoints the positions to get or put back according to the record of the account book. As technology has advanced, such warehouses have gradually lost space for their continued presence. For example, when a user goes to a supermarket to buy goods, the goods carried by the user are stored in a designated interval of a cabinet before entering a shopping area. It is unattended and is completely deposited in a self-service mode. The operation process is as follows:
firstly, pressing a deposit button, the deposit cabinet outputs a paper strip of a bar code, simultaneously, a door with a small interval is opened, articles to be deposited are put into the interval, and then the small door is closed. The output small paper slip is stored well and used as a voucher tool for taking back the deposited article after buying the article;
and secondly, after the articles are bought from the supermarket, the bar codes on the stored bar code paper slip are scanned at a scanning port arranged on the register cabinet, and the small door of the previously stored articles can be automatically opened. After the stored articles are taken out, the door with small intervals is closed, and the storage and taking processes of the deposited articles are finished.
The operation process is completely self-service, and personnel is not required to hold and manage. The manpower is saved, and the operation is convenient and fast. However, the supermarket locker has no traceability, no human body feature recognition and no recognition function for scanning the features of the stored articles. This limits its use in many situations, and certainly it is fully satisfactory as a supermarket locker. Express delivery cabinet has the same problem, though self-service, does not possess the traceability, does not have the scanning discernment article function.
Disclosure of Invention
The utility model aims at providing an unmanned on duty can remember storage article's storehouse cabinet. As shown in fig. 1.
It is characterized in that different from the storage cabinet in the supermarket:
the small space arranged in the storage cabinet is an article storage space designated by an administrator, and the administrator does not need to be on duty after finishing a series of operations. The materials are borrowed and taken out when used by workers in a unit, and returned when not used;
secondly, various articles are placed in the cells of the warehouse, the articles need to be set by an administrator through an instruction input keyboard, and the information of the identification system is associated with named names, storage positions and the like, so that the articles in the warehouse can be conveniently inquired and borrowed and taken out when being borrowed;
thirdly, in order to properly manage the stored articles, different authorizations are given to different articles, namely, which people can borrow and which people cannot, and some series of operations are carried out when the article users borrow the articles. The borrowing and returning processes of the used articles are recorded, so that the traceability is realized;
besides the operation of the authorized password, the invention is provided with an identification system for identifying the physical characteristics of the borrowed and returned person. Such as: the fingerprint and facial features enable the borrowing and returning process to be traceable;
the display system can assist in observing through images to confirm whether the articles are needed or not, or a small-interval door is provided with an observation window;
and sixthly, because the shapes of the stored articles are different, the visual effects are different due to different angles. When the article is returned, the returned article is scanned to confirm whether the returned article is consistent with the borrowed article. The arranged display system can inform the position to be identified, or mark the identification direction and the identification area on the article;
and seventhly, if the intelligent execution system is communicated with the network, the borrower can inquire the list of the stored articles in the warehouse through a mobile phone and whether the needed articles are borrowed by other people. The intelligent execution system provides voice prompt to help the borrower to complete the operation process;
the intelligent execution system is a functional unit combining software and hardware. It receives the instruction to input keyboard and recognition system information, and feeds out display information and power driving function. The power-driven function is to open or close the set small-spaced doors to complete a process of picking up and returning articles.
As an unattended storage cabinet, the humanization of the storage cabinet exceeds that of a storage cabinet in a supermarket. This is not to say that a supermarket locker is not defective, and its practical function limits its possible use to more demanding locations on the basis that it fully satisfies its function. The present invention satisfies more complex needs.
Because the utility model discloses authorization, discernment and the article of depositing in the executive process are correlated with each other, produced traceability even under the circumstances that the leakproofness of intelligence execution system is imperfect. The function of the utility model can not be influenced. For example: when returning a certain article, most of correctly executed operation process, get back article again when putting back article to appointed booth interval alone, do not have under the condition of monitor function in booth interval, the utility model discloses will think that article have been returned. But the next person borrows the article, and the article does not exist, and the previous person is judged not to return the article through the traceability function.
Technical scheme
An unattended storage bin with memorable storage items, comprising: the intelligent control system comprises an intelligent execution system, a storage cabinet, a power supply, a display, an identification system and an instruction input keyboard; the method is characterized in that: as shown in fig. 1, the setting end of the storage cabinet is connected with the corresponding setting end of the intelligent execution system, and the storage cabinet receives the control signal and the power driving electric energy of the intelligent execution system; the power output end of the power supply is connected with a power supply interface of the intelligent execution system to provide a program electric signal and power output electricity for the intelligent execution system; the setting interface of the display is connected with the setting port of the intelligent execution system, and the display receives the character signal, the image signal and the display power supply from the intelligent execution system; the setting port of the identification system is connected with the setting port of the intelligent execution system, the identification system receives a power supply signal from the intelligent execution system, and the identification system transmits an image signal to the intelligent execution system; the instruction input keyboard receives a power supply signal from the intelligent execution system and transmits a code signal to the intelligent execution system; the storage cabinet is used for storing articles; the intelligent execution system mainly comprises hardware and software, wherein the hardware part contains voice prompt, and the output instruction of the intelligent execution system conforms to the output instruction intention of the input keyboard intention according to the signal with the set intention input by the instruction input keyboard;
the display and the input keyboard are respectively arranged at the set positions on the storage cabinet.
As shown in fig. 2, the storage cabinet is mainly composed of: the cabinet body, a plurality of small intervals, a plurality of small partition doors and a plurality of observation windows; each small partition is provided with a small partition door, and the small partition door is provided with an observation window and an electromagnetic door lock; the opening and closing of the electromagnetic door lock are controlled by the intelligent execution system.
The identification system mainly comprises: the system comprises an article imaging placing table, an article identification lens, a lighting lamp, a lighting switch and a face identification lens; they are respectively arranged at the set positions on the cabinet body.
The intelligent execution system is communicated with the Internet, and the mobile phone inquires the storage conditions in the small space of the storage cabinet through the Internet.
The object imaging placing table in the identification system is used for placing objects, the object identification lens at the upper part of the object imaging placing table is used for scanning and imaging the placed objects, and in order to enable the imaging effect to be more ideal, an illuminating lamp and an illuminating switch are arranged. The administrator names the images by entering the keyboard and configures a designated booth for storage. The administrator performs the above operations on one item after completing the naming, scanning, and storing of another item at the set small intervals. The borrower searches for the needed article through keyboard operation, for example, through Chinese phonetic alphabet character head combination search, the image and character information of the article are displayed on the screen. If more than two items are represented by the same letter combination, the images and names of the items will be displayed on the screen, and the borrower will confirm the desired item by entering the serial number of the keyboard. At this time, the small partition door for storing the specified articles in the small partition is automatically opened for the borrower to pick up. In the process, the facial image of the borrower is recorded through the face recognition lens and stored in the intelligent execution system, and the observation window is arranged to observe the stored articles more intuitively, so that the further confirmation is facilitated. When the borrower returns the article, a return instruction is input into the input keyboard, and the article is placed on the imaging placing table. The object identification lens is used for identifying the object, the electromagnetic lock of the small partition door for storing the object is opened originally, the small partition door can be automatically opened, the small partition door is closed after the object is placed into the small partition door by a borrower, and the operation process of returning the object is completed. If the borrower takes an item out after putting it into the small compartment and then closes the door of the small compartment, although this action is not detected by the system, the return process is recorded on the case and the true phase of the matter is clear. The identification mark is made on the article, so that the borrower can be told how to place the article when returning the article to obtain the problem consistent with the memory of the stored image.
The problem of the right to borrow articles can be achieved through a face recognition lens and a password input to a keyboard. ,
the utility model has the advantages that: storage cabinet that unmanned on duty can remember storage article: can be discretely and nearby distributed near a workplace to store and take articles by self, and is particularly suitable for storing and getting tools. Along with the change of the workplace, the size of the storage cabinet can be changed according to the needs, so that the invention is easy to move along with the storage cabinet.
Drawings
Fig. 1 is a schematic view of an unattended warehouse block.
Fig. 2 is a diagram of an embodiment of an unattended warehouse.
Detailed Description
Example 1
An unattended warehouse comprising: the intelligent execution system comprises an intelligent execution system 1, a storage cabinet 2, a power supply 3, a display 4, an identification system 5 and an instruction input keyboard 6; the method is characterized in that:
the setting end of the storage cabinet 2 is connected with the corresponding setting end of the intelligent execution system 1, and the storage cabinet 2 receives the control signal and the power driving electric energy of the intelligent execution system 1; the power output end of the power supply 3 is connected with the power interface of the intelligent execution system 1 and provides a program electric signal and power output electricity for the intelligent execution system 1; the setting interface of the display 4 is connected with the setting port of the intelligent execution system 1, and the display 4 receives the character signal, the image signal and the display power supply from the intelligent execution system 1; the setting port of the identification system 5 is connected with the setting port of the intelligent execution system 1, the identification system 5 receives a power supply signal from the intelligent execution system 1, and the identification system 5 transmits an image signal to the intelligent execution system 1; the instruction input keyboard 6 receives a power supply signal from the intelligent execution system 1, and the instruction input keyboard 6 transmits a code signal to the intelligent execution system 1; the storage cabinet 2 is used for storing articles; the intelligent execution system 1 mainly comprises hardware and software, wherein the hardware part comprises voice prompt, and the output instruction of the intelligent execution system 1 conforms to the output instruction intention of the input keyboard 6 according to the signal with the set intention input by the instruction input keyboard 6;
the display 4 and the input keyboard 6 are installed at set positions on the storage cabinet 2, respectively.
The storage cabinet 2 mainly comprises: the cabinet body 7, a plurality of small partitions 8, a plurality of small partition doors 9 and a plurality of observation windows 10; each small partition 6 is provided with a small partition door 9, and the small partition door 9 is provided with an observation window 10 and an electromagnetic door lock; the opening and closing of the electromagnetic door lock are controlled by the intelligent execution system 1.
The identification system 5 mainly comprises: an article imaging placing table 11, an article recognition lens 12, an illuminating lamp 13, an illuminating switch 14 and a face recognition lens 15; they are respectively installed at set positions on the cabinet body 7. The utility model discloses an each component all is more ripe technique, and each control software is also more ripe, does not have the people yet among the prior art at present the utility model discloses such attempt, through repetition test, relatively accomplished the utility model discloses a. The utility model discloses still be applicable to express delivery cabinet or supermarket cabinet.
Example 2
Example 2 of an unattended warehouse is substantially the same as example 1, except that:
the intelligent execution system 1 is communicated with the internet, and the mobile phone inquires the storage conditions in the small space 8 of the storage cabinet 2 through the internet.
The utility model discloses the technical characterstic that stresses lies in: the interaction between the mobile phone and the intelligent execution system 1 through the internet can conveniently know the types of the articles stored in the storage cabinet 2 and the use state of the articles. The configuration of the input keyboard 6 not only refers to the stored item list to realize the operation of getting and returning the items, but also can implement the operation of setting by the administrator. The configuration of the input keyboard 6, the article recognition lens 12 and the face recognition lens 15 realizes traceability of the operation process, and even under the condition that the software configured by the intelligent execution system 1 is slightly loose, the problem can be known. Due to the intelligent configuration, the access to the articles can be completed in a self-service mode.
Claims (3)
1. An unattended storage bin with memorable storage items, comprising: intelligence execution system (1), storage cabinet (2), power (3), display (4), identification system (5), instruction input keyboard (6), storage cabinet (2) mainly by: the cabinet body (7), a plurality of small intervals (8), a plurality of small partition doors (9) and a plurality of observation windows (10); the identification system (5) mainly comprises an article imaging placing table (11), an article identification lens (12), an illuminating lamp (13), an illuminating switch (14) and a face identification lens (15); each part in the recognition system (5) is respectively arranged at a set position on the cabinet body (7); the method is characterized in that: the setting end of the storage cabinet (2) is connected with the corresponding setting end of the intelligent execution system (1), and the storage cabinet (2) receives the control signal and the power driving electric energy of the intelligent execution system (1); the power output end of the power supply (3) is connected with the power supply interface of the intelligent execution system (1) to provide a program electric signal and power output electricity for the intelligent execution system (1); a setting interface of the display (4) is connected with a setting port of the intelligent execution system (1), and the display (4) receives a character signal, an image signal and a display power supply from the intelligent execution system (1); the command input keyboard (6) receives a power supply signal from the intelligent execution system (1), a set port of the identification system (5) is connected with a set port of the intelligent execution system (1), the identification system (5) receives the power supply signal from the intelligent execution system (1), and the identification system (5) transmits an image signal to the intelligent execution system (1); the instruction input keyboard (6) transmits a code signal to the intelligent execution system (1); the intelligent execution system (1) mainly comprises hardware and software, wherein the hardware part contains voice prompt, and an output instruction of the intelligent execution system (1) conforms to the output instruction intention of the input keyboard (6) according to a signal with a set intention input by the instruction input keyboard (6); the display (4) and the input keyboard (6) are respectively arranged at the installation position on the storage cabinet (2).
2. The bin of claim 1, wherein the storage bin further comprises:
the small partition door (9) is provided with an electromagnetic door lock; the opening and closing of the electromagnetic door lock are controlled by the intelligent execution system (1).
3. The bin of claim 1, wherein the storage bin further comprises: the intelligent execution system (1) is communicated with the Internet, and the mobile phone inquires the storage conditions in the small space (8) of the storage cabinet (2) through the Internet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022394004.6U CN213634695U (en) | 2020-10-26 | 2020-10-26 | Storage cabinet capable of memorizing stored articles in unattended mode |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202022394004.6U CN213634695U (en) | 2020-10-26 | 2020-10-26 | Storage cabinet capable of memorizing stored articles in unattended mode |
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| CN213634695U true CN213634695U (en) | 2021-07-06 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116959196A (en) * | 2023-07-31 | 2023-10-27 | 北京太平机电设备安装有限责任公司 | Intelligent fire control method, device, equipment and storage medium |
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2020
- 2020-10-26 CN CN202022394004.6U patent/CN213634695U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116959196A (en) * | 2023-07-31 | 2023-10-27 | 北京太平机电设备安装有限责任公司 | Intelligent fire control method, device, equipment and storage medium |
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