CN210383238U

CN210383238U - Self-service intelligent storage cabinet for RFID tools

Info

Publication number: CN210383238U
Application number: CN201920933619.6U
Authority: CN
Inventors: 耿娜; 洪振庭
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-06-20
Filing date: 2019-06-20
Publication date: 2020-04-24
Anticipated expiration: 2029-06-20

Abstract

The utility model relates to a self-service intelligent cabinet of RFID multiplexer utensil, include the cabinet body and install main control cabinet on the cabinet body, retrieve cabinet and a plurality of vice cabinet, the main control is equipped with touch-sensitive screen, face identification camera, metal numeric keyboard, two-dimensional bar code scanner, the employee's card ware of punching the card, RFID on the cabinet and reads the ware, it retrieves the entry to retrieve to be equipped with on the cabinet, be equipped with the thing networking type RFID on the vice cabinet and read ware, automatic control electric lock, sensor, electronic folding pull rod. The utility model has the advantages of face recognition authorization and high security level; the storage position of the tool is accurate, the inventory is real-time and accurate, the self-service borrowing and fast returning of the tool are realized, and the history of the borrowing and returning is traced in real time; normal tools and instruments and nuclear radiation polluted tools and instruments are classified and stored in different cabinets according to the severity grade, so that the normal tools and instruments are prevented from being polluted; who borrows the tools and returns the tools, the responsibility is clear, and tools and instruments are prevented from being returned together, lost, damaged, cross-contaminated and the like.

Description

Self-service intelligent storage cabinet for RFID tools

Technical Field

The utility model belongs to radio frequency automatic identification technology, people's face automatic identification technology, internet of things, intelligent electric control lock control technology, nuclear radiation pollution detection technique, computer network technique, Android system APP development technical installation relate to a self-service intelligent cabinet of RFID multiplexer utensil.

Background

With the rapid development of the internet of things technology, the application prospect of the technology is wider and wider, wherein the automatic face recognition technology has the advantages of naturalness, non-mandatory property, non-contact property, concurrency and the like, and can quickly perform the resolution, automatic judgment and recognition of a plurality of faces; the RFID technology is more and more mature, and the RFID reads characteristics such as convenient and fast, the recognition rate is fast, data capacity is big, data can dynamic change, the security is good, long service life for RFID technology application field is more extensive. The nuclear energy is a clean and low-carbon energy which is a necessary choice for the scientific and technical development of human energy, but the application of the nuclear energy inevitably faces the nuclear safety risk and causes nuclear radiation pollution to a certain degree on tools or equipment used in the production, operation and maintenance process. By utilizing the nuclear pollution detection technology, the pollution severity is effectively evaluated and controlled, the pollution is prevented from being diffused in a large range, and the method plays a vital role in effectively guaranteeing the nuclear and radiation safety and promoting the nuclear and radiation safety supervision work. In the aspect of software technology development, due to the strong advantages of openness and rich expansibility of the android system platform, the application field range of the mobile phone APP is continuously expanded, and the popularization and application of WeChat provide more convenience for mobile operation, remote query, message push, information release and the like. On the basis of the technologies, a highly intelligent self-service storage cabinet system is designed by combining the applications of a locker, an RFID reader, an RFID antenna, a sensor, a network card, intelligent electric lock remote control and the like.

SUMMERY OF THE UTILITY MODEL

The utility model discloses overcome the weak point among the prior art, provide one kind and realize that the multiplexer utensil borrows fast, returns fast, unmanned on duty self-service management, the automatic check of stock, the responsibility is traceed back, the self-service intelligent cabinet of RFID multiplexer utensil of functions such as unusual warning.

The utility model provides a technical scheme that above-mentioned technical problem provided is: the utility model provides a self-service intelligent cabinet of RFID multiplexer utensil, includes the cabinet body and installs main control cabinet, recovery cabinet and a plurality of sub-cabinet on the cabinet body, main control is equipped with touch-sensitive screen, face identification camera, metal numeric keyboard, two-dimensional bar code scanner, employee's card ware of punching the card, RFID and reads the ware on the cabinet, retrieve and be equipped with the recovery entry on the cabinet, be equipped with thing networking type RFID and read ware, automatic control electric lock, sensor, electronic folding pull rod on the sub-cabinet.

The further technical scheme is that the touch screen is a high-definition color LED touch screen.

The technical scheme is that a cabinet door number two-dimensional code mark is arranged on the auxiliary cabinet.

The technical scheme is that monitoring cameras are arranged at the tops of two sides of the cabinet body.

The technical scheme is that a plurality of Internet of things type RFID readers, sensors, automatic control electric locks and electric folding pull rods are arranged in a unit cabinet of the cabinet body.

The technical scheme is that the cabinet body is provided with an optional assembly A 'external separated type quick recovery cabinet', and the external separated type quick recovery cabinet is provided with an external RFID reader, an external recovery inlet and a plug-and-play interface.

The utility model has the advantages of it is following: the utility model has the advantages of face recognition authorization and high security level; the storage position of the tool is accurate, and the stock is real-time and accurate; RFID efficient identification is realized, self-service borrowing and rapid returning of tools and instruments are realized, and the history of borrowing and returning is traced in real time; the tool radiation pollution detector has the capability of automatically detecting the pollution degree of each tool in a flow manner, and can automatically sort and recover tools with different pollution values (pollution levels). Normal tools and instruments and radiation-polluted tools and instruments are classified and stored in different cabinets according to pollution levels, so that the normal tools and instruments are prevented from being polluted in a crossed manner; the person borrows the tool to return, the responsibility is clear, and the unclear responsibility caused by abnormal conditions such as mixed tool return, lost tool and damaged tool and the like is avoided; during the return peak period of the tools, the tool can be quickly and externally connected with a separated quick recovery cabinet as a temporary capacity expansion device, and the bottleneck of insufficient storage capacity is solved (the function of the recovery cabinet can be used, the tools are uniformly put into the recovery cabinet, and a cleaner is responsible for the subsequent tool return work). And the borrowing and returning video recording playback function is used for tracing the borrowing and returning history details of the tools in real time. Android version cell-phone APP application software promotes convenience, the high efficiency that the user used.

Drawings

FIG. 1 is an exploded view of example 1;

FIG. 2 is a front view of the present invention;

fig. 3 is a perspective view of the present invention.

FIG. 4 is an inside view of the unit cabinet of the present invention;

fig. 5 is a perspective view of the assembly a of the present invention.

Detailed Description

The present invention will be further described with reference to the following examples and accompanying drawings.

Example 1

As shown in fig. 1, the utility model discloses a self-service intelligent storage cabinet of RFID multiplexer utensil, including the cabinet body with install main control cabinet 1, recovery cabinet 9 and a plurality of sub-cabinet 2 on the cabinet body, be equipped with touch-sensitive screen 3, face identification camera 4, metal numeric keyboard 5, two-dimensional bar code scanner 6, employee's card swiping card ware 7, RFID reader 8 on the main control cabinet 1, be equipped with recovery entry 10 on the recovery cabinet 9, be equipped with thing networking type RFID reader 17, automatic control electric lock 18, sensor 19, electronic folding pull rod 20 on the sub-cabinet 2; the cabinet body optional assembly A is externally provided with a separated type rapid recovery cabinet 13, and the external separated type rapid recovery cabinet 13 is provided with an external RFID reader 14, an external recovery inlet 15 and a plug-and-play interface 16; the cabinet body is equipped with selective assembly B instrument radiation pollution detector 21, power source 22, intelligent communication interface 23, belt formula conveyer belt 24, passageway formula entry 25, passageway formula export 26, sensor 27, RFID read 28, switch 29, mode conversion knob 30, instrument measurement button 31, warning buzzer 32, operation pilot lamp 33, warning pilot lamp 34, touch display screen 35, automatic sorting device 36, pollution level classification collection box 37, front wheel 38, rear wheel 39 that are equipped with on the instrument pollution detector 21.

In this embodiment, the touch screen 3 is a high-definition color LED touch screen, the auxiliary cabinet 2 is provided with a cabinet door number two-dimensional code identifier 12, and the tops of two sides of the cabinet body are both provided with monitoring cameras 11.

The cabinet body is designed to be a metal shell, the cabinet door is made of low-radiation (low-E) coated semitransparent glass materials, radio frequency signals can be shielded, and meanwhile, the appearance of tools and instruments stored in the cabinet can be visually identified. The main control cabinet 1 is provided with a capacitive touch high-definition LED display screen, a face recognition device, an employee card ID card reader, an RFID reader, a two-dimensional bar code scanner, a metal numeric keyboard, an industrial control host, a power line, a communication line and the like.

The auxiliary cabinet 2 adopts a multi-cabinet body free combination mode, each cabinet box can be provided with a multi-grid door, each unit cabinet is provided with an Internet of things type RFID reader, an automatic control electric lock, an opening and closing state sensor and an electric folding pull rod, and the intelligent opening and automatic closing of the cabinet doors are supported. A plurality of RFID readers in the unit cabinet are designed in a multi-grid layout, so that the information of the RFID chip of each workpiece in the cabinet can be read within the range of the unit cabinet, and the RFID tags of the workpieces in other adjacent unit cabinets can be prevented from being read. A unique 'quick recovery cabinet' can be configured at any side cabinet of the auxiliary cabinet. The top positions of two sides of the cabinet body are additionally provided with cameras for video monitoring.

At big multiplexer utensil return peak period, can choose to join in marriage the external disconnect-type of subassembly and retrieve cabinet 13 fast, as interim dilatation and quick device of returning, through plug and play interface, convenient and intelligent cabinet's multi-stage connection realizes multiplexer utensil's automatic identification and quick recovery.

Description of the function: before the tools are stored, the RFID radio frequency chip is installed or implanted in the tool body in advance. The operator logs in the system authorization through face recognition or swiping the employee ID card, selects the tools and instruments to be borrowed and the quantity, and after confirming that the identity is correct, the system automatically controls the electric lock to open the cabinet door of the cabinet number of the tool and instrument to be borrowed. When the tools and the instruments are taken out, the RFID reader in the cabinet automatically identifies the tools and the instruments, the tools and the instruments are borrowed by self, and then the electric folding pull rod device realizes the delayed automatic closing of the cabinet door. The system automatically records the detailed information of borrowing manual card numbers, names, borrowing tools and instruments, quantity, borrowing time and the like, and automatically updates the residual inventory information of the tools and instruments in the storage cabinet in real time.

For the tools with hidden pollution danger, a tool pollution detector can be started to carry out nuclear radiation pollution detection on the tools. And selecting an operation mode, starting a power switch of the detector, automatically performing self-checking on the equipment, and automatically lighting an operation indicator lamp when the equipment operates normally. Sequentially placing the tools on a conveyor belt at an inlet at certain intervals (for example, 15s), triggering an RFID reader by a system to automatically identify the RFID information of the tools when the tools pass through a sensor, automatically associating the pollution detection information with the RFID of the tools, and automatically displaying the pollution detection value of the tools on a display screen of a detector; after detection is finished, tool pollution detection values and pollution level results are automatically uploaded to the intelligent storage cabinet main cabinet control system through the intelligent communication interface. At the outlet of the detector, the system automatically sorts the pollution grade conditions (no/light pollution/moderate pollution/heavy pollution) detected by the tool and respectively transmits the pollution grade conditions to corresponding recycling boxes. And taking out the tools from the pollution grade classification recycling box, and returning the tools by utilizing the RFID tool self-service intelligent storage cabinet according to the pollution degree of the tools. If the detector equipment generates abnormity or faults in the operation process, the alarm buzzer automatically sounds to remind.

When returning the tools, the system is logged in through face recognition or ID worker card swiping, the RFID reader of the main control cabinet automatically reads the information such as tool RFID (the tool bar code can be used as an auxiliary label), the system automatically recognizes the tool code, the model, the name, the pollution level (no/light pollution/moderate pollution/severe pollution) and the like, and automatically checks whether the information is consistent with the borrowed information, and the inconsistent buzzer automatically sounds to give an alarm; checking is correct, the cabinet door is automatically opened according to the pollution level classification of the tools (the original cabinet of the tools is put in, if the original cabinet is full or has special reasons, the system automatically selects an idle cabinet), the tools are placed into the storage cabinet, the RFID reader in the cabinet automatically identifies the tools and confirms that the return is successful, and then the cabinet door is automatically closed. The system monitors the opening and closing state of the cabinet door of the self-service intelligent storage cabinet in real time, and the self-service intelligent storage cabinet is closed automatically in a default time delay mode (except for human intervention). When the storage cabinet is used, if the cabinet door is not automatically closed after time out, a prompt tone is automatically triggered; if the storage cabinet is not in use and the cabinet door is not automatically closed after overtime, the system automatically triggers an abnormal alarm prompt and automatically pushes an APP message to a borrower and a manager.

The self-service intelligent cabinet control system of RFID multiplexer utensil supports intelligent check, when opening intelligent check mode, automatic identification cabinet in the cabinet multiplexer utensil RFID in each unit cabinet of the cabinet body, automatic acquisition multiplexer utensil ID, kind, name, quantity realize the automatic check of cabinet stock.

During the return of big multiplexer utensil in batches, can launch external portable quick recovery cabinet, as temporary dilatation and quick return device, through plug and play interface, realize being connected (can multi-stage connection) with intelligent cabinet. When the system detects that the separated recovery cabinet is connected to the main control cabinet 1, the system automatically starts to expand the storage, so that the tools and the instruments can be conveniently and quickly recovered; if the system detects that the recovery cabinet is separated from the main control cabinet 1, the system automatically unlocks and expands the inventory and automatically updates the inventory of the tools and the instruments in the auxiliary cabinet. When returning the tools, the system automatically identifies the tools through the RFID reader at the inlet of the recovery cabinet, so that the tools can be quickly recovered. Borrow, return whole video monitoring, the system preserves the video material automatically, supports historical video record playback, inquiry and trace back the function. The recovery cabinet door is usually in a closed state, and the cabinet door is opened manually if necessary. During the tool returning to the valley, the recovery cabinet is manually opened, and the tools and the instruments in the recovery cabinet are transferred to be returned to the intelligent storage cabinet through a normal returning process.

The system is matched with the mobile phone APP software, is convenient and fast to operate, and can realize remote query; the support and WeChat platform interface can automatically push messages to remind related personnel and management personnel of various abnormal conditions such as borrowing overtime, insufficient tool and instrument inventory, overtime cabinet door not automatically closed and the like.

This implementation is when being applied to space flight maintenance, and the characteristics of addition space flight maintenance, for example prevent the foreign matter management, erect rfid and come in and go out regional automated inspection appearance management and control technique, for example increase aircraft engine and prevent the cupboard of foreign matter cover goods shelves, increase the cupboard, can clearly and definitely mark the device of the supporting cover of different aircraft engines.

The above description is not intended to limit the present invention in any way, and the present invention has been disclosed in the above embodiments, but not intended to limit the present invention, and any person skilled in the art can make some changes or modify equivalent embodiments with equivalent changes when using the technical content disclosed above without departing from the technical scope of the present invention.

Claims

1. The utility model provides a self-service intelligent cabinet of RFID multiplexer utensil, a serial communication port, include the cabinet body and install main control cabinet (1), recovery cabinet (9) and a plurality of vice cabinet (2) on the cabinet body, be equipped with touch-sensitive screen (3), face identification camera (4), metal numeric keyboard (5), two-dimensional bar code scanner (6), employee's card ware of punching the card (7), RFID reader (8) on main control cabinet (1), be equipped with on retrieving cabinet (9) and retrieve entry (10), be equipped with thing networking type RFID reader, automatic control electric lock, sensor on vice cabinet (2), cabinet body both sides top all is equipped with surveillance camera head (11).

2. The self-service intelligent storage cabinet for RFID tools and instruments as claimed in claim 1, wherein the touch screen (3) is a high-definition color LED touch screen.

3. The self-service intelligent storage cabinet for the RFID tools and instruments as claimed in claim 1, wherein the auxiliary cabinet (2) is provided with a cabinet door number two-dimensional code mark (12).

4. The self-service intelligent storage cabinet for the RFID tools and appliances as claimed in claim 2, wherein monitoring cameras (11) are arranged at the tops of two sides of the cabinet body.

5. The self-service intelligent storage cabinet for the RFID tools and instruments according to claim 1 or 2, wherein the cabinet body is provided with an optional assembly A, the optional assembly A is an external separated type rapid recovery cabinet (13), and an external RFID reader (14), an external recovery inlet (15) and a plug-and-play interface (16) are arranged on the external separated type rapid recovery cabinet (13).

6. The self-service intelligent storage cabinet for the RFID tools and the instruments as claimed in claim 1 or 2, wherein a plurality of Internet-of-things type RFID readers (17), self-control electric locks (18), sensors (19) and electric folding pull rods (20) are arranged in each unit cabinet of the cabinet body.