WO2022094946A1

WO2022094946A1 - Portable intelligent storage cabinet for different types of items having barcode

Info

Publication number: WO2022094946A1
Application number: PCT/CN2020/127212
Authority: WO
Inventors: 谢柏玲
Original assignee: 南京瑞祥信息技术有限公司
Priority date: 2020-11-06
Filing date: 2020-11-06
Publication date: 2022-05-12
Also published as: DE212020000463U1

Abstract

Provided is a portable intelligent storage cabinet for different types of items having a barcode, comprising: a cabinet body (1), in which a separating shelf (5) is arranged, the inner space of the cabinet body (1) being divided into an upper scan region and a lower storage region; an upper cabinet door (2) that is hingedly connected to the storage cabinet, a display screen (8) arranged in the upper cabinet door (2), a barcode scanner (6) arranged in the scan region, and a control centre (7); a lower cabinet door that is hingedly connected to the storage cabinet, separators (9) arranged in the storage region, and storage shelves (10) inserted into the separators (9); and a pressure sensor (11) and a LED light (12) embedded in each storage shelf (10). The interior of the storage cabinet, which is divided into a plurality of storage compartments of different sizes by the separators (9) and the storage shelves (10), can store barcoded items of a variety of shapes, and can record the matching relationship between the detailed information of the items and the storage compartment by means of the barcode scanner (6) and the control centre (7). The interior of the storage cabinet is provided with lights (12). The lights will turn on to help a user quickly and conveniently store or remove a specific item.

Description

A smart storage cabinet for easy access to different kinds of items with barcodes

technical field

The present application relates to the technical field of storage cabinets, and in particular, to an intelligent storage cabinet that facilitates taking different kinds of items with barcodes.

Background technique

Storage cabinets are generally divided into home storage cabinets and business storage cabinets, etc., which are mainly used to facilitate people's use and store different items in different categories. They are also essential items for families or dormitories with small space, which can be fully utilized. The space can accommodate more living items, and it can also decorate people's home environment very well. The cabinets of the storage cabinets are rich in styles and flexible in combination. Different combinations can be designed according to requirements. It can also be matched with advanced locks, coin locks, number plates and wrist straps. Rich in style, solid and durable, it is the first choice for modern urban leisure life. Storage cabinets are widely used in offices, government agencies, factories, etc. for the storage and management of various types of small parts, samples, molds, tools, electronic components, documents, design drawings, bills, catalogs, forms, etc.

However, the storage cabinets widely used in life are the most common and basic storage cabinets. They only have simple structures such as cabinet doors and storage racks. So that people can't get the specific item they want to get out at one time, if they want to get the specific item they want to get out, they have to repeat the process of taking out and putting back until the correct item is taken out, or people put their heads Reach into the locker to view the item's details. This brings great inconvenience to daily life, not only wastes time, but also may bump people's bodies and cause harm, affecting people's quality of life.

SUMMARY OF THE INVENTION

The present application provides an intelligent storage cabinet that is easy to pick up different kinds of items with barcodes, so as to solve the problem that the storage cabinets widely used in life are the most common and basic storage cabinets, and only have simple structures such as cabinet doors and storage racks. , the interior space is large and there is no separation structure, which causes items to be stacked randomly in it without being able to view their details, so that people cannot get the specific items they want to take out at one time. Items have to repeat the process of taking out and putting back in until the correct item is taken out, or people stick their head into the locker to see the details of the item. This has brought great inconvenience to daily life, not only wasting time, but also possibly hitting people's bodies and causing harm, affecting people's quality of life.

The present application provides an intelligent storage cabinet that is convenient for taking different kinds of items with barcodes, including: a cabinet body;

The layered rack is arranged inside the cabinet, and divides the interior space of the cabinet into a scanning area on the upper layer and a storage area on the lower layer;

The upper cabinet door is connected to the outside of the scanning area through hinges;

a display screen, arranged in the upper cabinet door;

a barcode scanner, arranged in the scanning area;

a control center, set in the scanning area;

The lower cabinet door is connected to the outside of the storage area through hinges;

a partition, arranged in the storage area;

a storage rack, which is plugged into the partition, and divides the storage area into several storage compartments;

a pressure sensor embedded in the storage rack;

LED lights are embedded inside the storage shelf.

It can be seen from the above technical solutions that the present application provides an intelligent storage cabinet that is convenient for picking up different kinds of items with barcodes, including a cabinet body, a layered shelf arranged inside the cabinet body, and dividing the internal space of the cabinet body into two parts. The scanning area on the upper layer and the storage area on the lower layer; the upper cabinet door connected by hinges, the display screen in the upper cabinet door, the barcode scanner and the control center in the scanning area; the lower cabinet door connected by hinges, the partition in the storage area Plates, storage racks plugged into the shelf; pressure sensors and LED lights embedded in the storage racks.

The present application provides an intelligent storage cabinet that is convenient for picking up different kinds of items with barcodes. The interior of the storage cabinet is divided into several storage compartments of different sizes through partitions and storage racks, which can store barcodes of various shapes. For items, the matching relationship between the detailed information of the item and the storage compartment is recorded through the barcode scanner and the control center, and there is an LED light, which lights up when the user stores or takes out the item, and guides the user to quickly and conveniently complete the storage or storage. The action of taking out a specific item.

Description of drawings

In order to illustrate the technical solutions of the present application more clearly, the accompanying drawings required in the embodiments will be briefly introduced below. Obviously, for those of ordinary skill in the art, without creative work, the Additional drawings can be obtained from these drawings.

1 is a schematic structural diagram of an intelligent storage cabinet that is convenient for picking up different types of articles with barcodes provided by the present application;

2 is a schematic structural diagram of an intelligent storage cabinet provided by the present application when the door of a smart storage cabinet is closed that is convenient for taking different types of articles with barcodes;

FIG. 3 is a schematic structural diagram of a storage compartment in an intelligent storage cabinet that is convenient for picking up different kinds of items with barcodes provided by the present application.

Illustration description:

Among them, 1-cabinet, 2-upper cabinet door, 3-lower cabinet door, 4-universal wheel, 5-layer rack, 6-barcode scanner, 7-control center, 8-display screen, 9-interval Board, 10-storage rack, 11-pressure sensor, 12-LED light, 13-No.1 storage area, 14-No.2 storage area, 15-No.3 storage area.

Detailed ways

Embodiments will be described in detail below, examples of which are illustrated in the accompanying drawings. Where the following description refers to the drawings, the same numerals in different drawings refer to the same or similar elements unless otherwise indicated. The implementations described in the following examples are not intended to represent all implementations consistent with this application. are merely exemplary of systems and methods consistent with some aspects of the present application as recited in the claims.

Referring to FIG. 1 , a schematic structural diagram of an intelligent storage cabinet that facilitates picking up different kinds of items with barcodes provided by the present application includes: a cabinet body 1 .

The layered rack 5 is arranged inside the cabinet body 1 and divides the interior space of the cabinet body 1 into a scanning area on the upper layer and a storage area on the lower layer.

The upper cabinet door 2 is connected to the outside of the scanning area through hinges.

The display screen 8 is arranged in the upper cabinet door 2 .

A barcode scanner 6 is provided in the scanning area.

The control center 7 is arranged in the scanning area.

The lower cabinet door 3 is connected to the outside of the storage area through hinges.

Referring to FIG. 2, it is a schematic structural diagram of a smart storage cabinet when the door of a smart storage cabinet is closed for easy access to different kinds of items with barcodes, wherein:

Both the upper cabinet door 2 and the lower cabinet door 3 are provided with handles.

In practical applications, the type of the handle is an invisible door handle, and the specific style and material of the handle are not limited, and can be an embossed handle, a cross handle, a star handle, a T-shaped handle, a pentagonal handle, and a flat-top star handle , corrugated handle, triangular handle, triangular handle, straight handle, dish handle, T-shaped handle, graduated handle, also can be plastic handle, wooden handle, rope handle, leather handle, metal handle, alloy handle and Glass handle.

The setting of the invisible door handle increases the overall aesthetics of the application, and avoids the insufficiency of the ordinary handle being exposed. Inside the cabinet door, the safety of the user is better protected.

The partition 9 is arranged in the storage area.

The storage rack 10 is inserted on the partition 9 to divide the storage area into several storage compartments.

Referring to FIG. 3, it is a schematic structural diagram of a storage compartment in a smart storage cabinet that facilitates picking up different kinds of items with barcodes, including:

The pressure sensor 11 is embedded in the storage rack 10 .

The LED light 12 is embedded in the storage rack 10 .

Further, the partition 9 divides the storage area into No. 1 storage area 13, No. 2 storage area 14 and No. 3 storage area 15, the No. 1 storage area 13, No. 2 storage area 14 and No. 3 storage area 15 are different in width.

In practical applications, the No. 1 storage area 13, the No. 2 storage area 14 and the No. 3 storage area 15 are configured to store items with different shapes, and items with similar shapes but different other information are collectively stored in the same storage area. . For example, when the present application is used to store instant food, the first storage area 13 is configured to store instant noodles, the second storage area 14 is configured to store self-heating food, and the third storage area 15 is configured to store bottled and canned food. Beverages; when the present application is used to store medicines, the first storage area 13 is configured to store boxed medicines, the second storage area 14 is configured to store large-package medicines, and the third storage area 15 is configured to store bottled medicines, There are many examples, which are not listed here.

The partition setting of the storage area is convenient for people to use. When people pick up items, they have a concept of the size of the items they want to take. Therefore, they can quickly determine which storage area it is in just by opening the cabinet door and observing.

Further, the control center 7 is connected with a barcode scanner 6, a display screen 8, a pressure sensor 11 and an LED light 12 through wireless signals, and the barcode scanner 6, the control center 7, the display screen 8, the pressure sensor 11 and the The LED lights 12 are all connected with a power source and a switch.

In practical applications, the barcode scanner 6 is a common barcode scanner in supermarkets, which can scan and record the information carried in the barcode of the item; the display screen 8 is an inductive liquid crystal display that can receive input signals such as contacts When the user touches the graphic buttons on the screen, the tactile feedback system on the screen can drive various connection devices according to the pre-programmed program to replace the mechanical button panel; the control center 7 is a microcomputer, It is bidirectionally connected with the barcode scanner 6, the display screen 8, the pressure sensor 11 and the LED light 12 by wireless signal.

The power supply and switch connected to the barcode scanner 6, the control center 7, the display screen 8, the pressure sensor 11 and the LED light 12 are independent of each other, which ensures that the application will not be lost due to the power failure of a certain non-core part. All functions. If the barcode scanner 6 is powered off, the user can still quickly take out the items originally put in the storage cabinet; if the display screen 8 is powered off, the user can still put items into the storage cabinet; if the pressure sensor 11 is powered off, use The user can still quickly remove the items originally put in from the storage cabinet.

Further, the barcode scanner 6 is configured to scan the barcode information of the barcoded items placed in the scanning area and send it to the control center 7, and the pressure sensor 11 is configured to detect whether there are items stored in the storage compartment and The results are fed back to the control center 7 in real time, and the control center 7 is configured to receive the information sent by the barcode scanner 6 and the display screen 8, and allocate the barcoded items to the vacant storage compartments of the suitable storage area according to the shape and size of the barcoded items , to determine the storage compartment where the specific item specified by the user is located.

In practical applications, the barcode scanner 6 sends the barcode information of the scanned item to the control center 7, and the control center 7 identifies the appearance of the item through the barcode information, and allocates items with similar appearances to the same suitable storage area according to their size. , the pressure sensor 11 can detect whether there is an item stored in the storage compartment where it is located. If there is an item stored, the storage compartment is in an unselectable state in the control center 7, and the newly entered items cannot be assigned to the storage compartment. If there are no items stored, the storage slot is in the selectable state in the control center 7, and the newly entered items can be allocated to the storage slot. After the control center 7 assigns the items to a selectable storage compartment, it determines the LED lights 12 embedded in the storage compartments, and controls the switch of the LED lights 12 to light up, the LED lights 12 It is embedded in the bottom of the storage compartment, and when it lights up, the user can clearly know which storage compartment is to store the items.

The control center 7 is a microcomputer, including a hardware system and a software system. The hardware system is composed of arithmetic unit, controller, memory, and various input and output devices, and works in an "instruction-driven" way; the software system is divided into system software and application software. The system software mainly includes: operating system, various language processing programs, Database management system and various tool software, etc. Among them, the operating system is the core of the system software, and the user can only complete various operations on the control center 7 through the operating system; application software is a computer program compiled for a certain application purpose, The program for realizing the above functions is included in the application software, and the functionality of the program is realized by programming.

Further, the display screen 8 is configured to communicate with the control center 7 to retrieve the matching relationship between the barcode information of the items stored in the control center 7 and the storage compartments and display them on the display screen 8 to receive the user's selection of specific items. and send it to the control center 7.

In practical applications, the display screen 8 is a touch screen, which can communicate with the control center 7 to extract the item information stored in the storage compartment and display it. The display screen 8 is in a screen-off state when there is no operation. 8 lights up, and the barcode details of all items stored in the storage cabinet are displayed on the display screen 8 in the form of a list. The user can view the complete storage information by touching the page turning button on the display screen The user touches the name of the item to be taken, and the display screen 8 receives the selected instruction and sends the instruction to the control center 7 .

Turning off the display screen 8 when there is no operation can save energy, which is in line with the concept of sustainable development in today's society. The user operates by touching the display screen 8, and can directly control the display screen 8 without the help of other tools, so as to avoid the user spending time and energy searching for the remote control, or even unable to use the application because the remote control cannot be found, It meets the requirements of today's society for multifunctional and simple furniture.

Further, the LED light 12 is configured to receive an instruction from the control center 7 to allocate a storage compartment and light up, and to receive an operation instruction from the control center 7 to determine the storage compartment where the specific item selected by the user is located and light up.

In practical applications, the LED lamp 12 is a common independent light-emitting diode, which can convert electrical energy into visible light, and is a solid-state semiconductor device. The application does not limit the color of the LED lamp 12, which can be red, yellow, or It can be blue-green as long as it is clearly visible during the day. After receiving the user's selected instruction sent by the display screen 8, the control center 7 internally searches the storage compartment where the specific item is located, determines the LED lights 12 embedded in the storage compartment, and controls the LED lights 12. The LED light 12 is embedded in the bottom of the storage compartment, and the user can clearly know which storage compartment the selected specific item is located in when it lights up.

The setting of the LED lights 12 further optimizes the user's experience. Different from the number and numbering nomenclature used in traditional storage cabinets, the present application makes it unnecessary for the user to check and write down the number of each storage compartment. After opening the cabinet door, look for the illuminated LED light 12 , and the items to be stored and taken by the user are located in the storage compartment above the illuminated LED light 12 .

Further, the heights of the storage compartments in the No. 1 storage area 13, the No. 2 storage area 14 and the No. 3 storage area 15 are different.

In practical applications, the height of the storage compartment can be adjusted as required, which is not limited in this application. Storage compartments with different heights can store items of different sizes, so that the present application can store a variety of items with similar shapes and can be used in multiple fields. This application can be used to store instant food in home life, and the height of the storage compartment can be set higher when storing instant food, so as to adapt to some bulky convenience food; this application can also be used to store medicines in home life , when storing medicines, the height of the storage compartment can be set lower to save storage space, so that the application can store more medicines; the application can be used in commercial places to store smart phones with complete outer packaging, and the same It is also possible to set the height of the storage compartment to be lower to increase the utilization rate. There are many embodiments, which are not listed here.

The bottom of the cabinet 1 is provided with universal wheels 4, and the number of the universal wheels 4 is four. The universal wheel 4 is a movable caster with a common structure in daily life that allows horizontal 360-degree rotation. The specific material of the universal wheel 4 is not limited, and can be nylon, polyurethane, rubber, or cast iron.

The setting of the universal wheel 4 makes the application easy to move. In life, people often need to move the storage cabinets to meet the storage needs of different periods. The universal wheel 4 enables any user to easily move the application alone, for the use of living alone provides convenience for use.

The present application provides an intelligent storage cabinet that is convenient for picking up different kinds of items with barcodes, including: a cabinet 1; The upper cabinet door 2 is connected to the outside of the scanning area through hinges; the display screen 8 is arranged in the upper cabinet door 2; the barcode scanner 6 is arranged in the scanning area The control center 7 is arranged in the scanning area; the lower cabinet door 3 is connected to the outside of the storage area through hinges; the upper cabinet door 2 and the lower cabinet door 3 are both provided with handles. The partition plate 9 is arranged in the storage area; the storage rack 10 is inserted into the partition plate 9 to divide the storage area into several storage compartments; the pressure sensor 11 is embedded in the storage rack 10; the LED The lamp 12 is embedded in the storage rack 10 .

In this application, the interior of the storage cabinet is divided into several storage compartments of different sizes through the partition 9 and the storage rack 10, which can store barcoded items of various shapes, and the barcode scanner 6 and the control center 7 record the detailed information of the items. There is a matching relationship with the storage compartment, and an LED light 12 is provided, which lights up when the user stores or takes out items, and guides the user to quickly and conveniently complete the operation of storing or taking out specific items. When storing items, the user first opens the upper cabinet door 2, places the barcode of the item on the barcode scanner 6, scans the detailed information of the item, then opens the lower cabinet door 3, and stores the item in the storage where the LED light 12 is on. When the user takes an item, he first touches the display screen 8, selects the item he wants to take out on the display screen 8, opens the lower cabinet door 3, and takes it out from the storage compartment with the LED light 12 on. items you want.

Similar parts between the embodiments provided in the present application may be referred to each other. The specific embodiments provided above are just a few examples under the general concept of the present application, and do not constitute a limitation on the protection scope of the present application. For those skilled in the art, any other implementations expanded according to the solution of the present application without creative work all belong to the protection scope of the present application.

Claims

An intelligent storage cabinet that is convenient to take different kinds of items with barcodes, characterized in that it includes:

Cabinet (1);

A layered rack (5) is arranged inside the cabinet body (1), and divides the interior space of the cabinet body (1) into an upper-layer scanning area and a lower-layer storage area;

The upper cabinet door (2) is connected to the outside of the scanning area through hinges;

A display screen (8), arranged in the upper cabinet door (2);

a barcode scanner (6), arranged in the scanning area;

a control center (7), arranged in the scanning area;

The lower cabinet door (3) is connected to the outside of the storage area through hinges;

a partition (9), arranged in the storage area;

A storage rack (10) is inserted on the partition plate (9) to divide the storage area into several storage compartments;

a pressure sensor (11) embedded in the storage rack (10);

The LED light (12) is embedded inside the storage rack (10).
The smart storage cabinet according to claim 1, characterized in that the partition (9) divides the storage area into No. 1 storage area (13) and No. 2 storage area. Area (14) and storage area No. 3 (15), the storage area No. 1 (13), storage area No. 2 (14) and storage area No. 3 (15) have different widths.
The smart storage cabinet that is convenient for picking up different kinds of articles with barcodes according to claim 2, wherein the control center (7) is connected with a barcode scanner (6), a display screen (8) through a wireless signal ), pressure sensor (11) and LED light (12), and the barcode scanner (6), control center (7), display screen (8), pressure sensor (11) and LED light (12) are all connected with Power and switch.
An intelligent storage cabinet that is convenient for picking up different kinds of items with barcodes according to claim 3, wherein the barcode scanner (6) is configured to scan the barcodes of items with barcodes placed in the scanning area. The information is sent to the control center (7), the pressure sensor (11) is configured to detect whether items are stored in the storage compartment and the result is fed back to the control center (7) in real time, and the control center (7) is configured In order to receive the information sent by the barcode scanner (6) and the display screen (8), according to the shape and size of the barcoded items, they are allocated to the vacant storage compartments of the suitable storage area, and the storage where the specific item designated by the user is located is determined. grid.
A smart storage cabinet for easy access to different kinds of items with barcodes according to claim 4, characterized in that the display screen (8) is configured to communicate with the control center (7), and call the control center ( 7) The matching relationship between the barcode information of the item stored in the storage compartment and the storage compartment is displayed on the display screen (8), and the operation instruction for the user to select a specific item is received and sent to the control center (7).
The smart storage cabinet that facilitates picking up different kinds of items with barcodes according to claim 5, wherein the LED light (12) is configured to receive an instruction from the control center (7) to allocate storage compartments and Lights up, receives an operation instruction from the control center (7) to determine the storage compartment where the specific item selected by the user is located, and lights up.
The smart storage cabinet that is convenient for picking up different kinds of items with barcodes according to claim 6, characterized in that the No. 1 storage area (13), the No. 2 storage area (14) and the No. 3 storage area ( 15) The heights of the storage compartments are all different.