CN203084773U

CN203084773U - Visualized storage management system

Info

Publication number: CN203084773U
Application number: CN 201220650639
Authority: CN
Inventors: 汤国伟
Original assignee: Shanghai Mochuang Information Science & Technology Co Ltd
Current assignee: Shanghai Mochuang Information Science & Technology Co Ltd
Priority date: 2012-11-30
Filing date: 2012-11-30
Publication date: 2013-07-24
Anticipated expiration: 2022-11-30

Abstract

The utility model discloses a visualized storage management system, comprising an RIFID label, a barcode, a barcode scanning gun, a barcode data reading interface, an RFID hand-held terminal, an RFID data reading interface, and a logistics information management server. The logistics information management server is provided with a RESTful interface which is used for connecting with a 3D engine for information display. The visualized storage management system employs an RFID radio frequency identification technology and changes a traditional artificial management mode so that the efficiency of storage management is substantially increased; and the visualized storage management system is capable of realizing visualized display and various data sharing.

Description

Storage visualized management system

Technical field

The utility model relates to a kind of logistic management system, and specifically, what relate to is a kind of storage visualized management system.

Background technology

WMS plays important effect in the whole management process of logistics.Traditional storehouse management generally depends on goods non-automaticization, write down, follow the trail of turnover based on the system of paper document.Because warehousing management is fully by artificial enforcement, efficient is extremely low, and the warehouse scale that can manage is also very little.Along with goods and materials kind, the quantity of warehousing management and the continuous increase that goes out to put in storage frequency, the warehousing management operation is also very complicated and diversified, and traditional artificial warehousing and storage activities pattern and data acquisition modes have been difficult to satisfy quick, the accurately requirement of storehouse management.

At present, the bar code scan technology is extensively used in the storage field, as goods stream and the synchronous carrier of information flow.But barcode technology because exist information to change, memory capacity is little, read shortcoming such as information inconvenience can't meet the demands gradually.The RFID radio-frequency (RF) identification is a kind of contactless automatic identification technology, and it is by the automatic recognition objective object of radiofrequency signal and obtain related data, and identification work need not manual intervention, can work in various rugged surroundings.The RFID REID with its noncontact, reusable, quick scanning, read advantages such as convenient and swift, data capacity is big, long service life and obtain increasing the attention in the logistic storage industry.

The utility model content

The purpose of this utility model is to solve above-mentioned deficiency of the prior art, and a kind of storage visualized management system is provided, and improves the efficient of warehousing management, data sharing.

For realizing above-mentioned purpose, storage visualized management described in the utility model system comprises: RIFID label, bar code, bar code scan rifle, barcode data fetch interface, RFID handheld terminal, RFID data read interface and logistic information management server, wherein: described bar code is arranged on each storage space on the shelf, and described RIFID label is attached on the goods; Described RFID handheld terminal is used to read the RIFID label information, described bar code scan rifle is used to read described bar code information, described RFID handheld terminal is connected to the logistic information management server by described RFID data read interface, and described bar code scan rifle is connected to the logistic information management server by described barcode data fetch interface.

Preferably, described storage visualized management system comprises that further RFID reads probe, and this RFID reads probe and is arranged on the goods storage area, discerns the RIFID label information automatically, and with these information storage in described logistic information management server.

Preferably, described logistic information management server is provided with the RESTful interface, and this interface connects the 3D engine that is used for information exhibition, is implemented in the displaying on the different hardware terminal device, as PC, IPAD, mobile phone etc.

The utility model beneficial effect: adopt the RFID REID, change the mode of traditional labor management, improve the efficient of warehousing management greatly, and can realize visual presentation, and various data is shared.

Description of drawings

Fig. 1 is the utility model one example structure block diagram;

Among the figure: RIFID label 1, bar code 2, bar code scan rifle 3, barcode data fetch interface 4, RFID handheld terminal 5, RFID data read interface 6, logistic information management server 7.

Embodiment

Below in conjunction with drawings and Examples the technical solution of the utility model is further explained, but following content is not used in qualification protection domain of the present utility model.

As shown in Figure 1, present embodiment provides a kind of storage visualized management system, comprise: RIFID label 1, bar code 2, bar code scan rifle 3, barcode data fetch interface 4, RFID handheld terminal 5, RFID data read interface 6 and logistic information management server 7, wherein: described bar code 2 is arranged on each storage space on the shelf, and described RIFID label 1 is attached on the goods; Described RFID handheld terminal 5 is used to read described RIFID label 1 information, described bar code scan rifle 3 is used to read described bar code 2 information, described RFID handheld terminal 5 is connected to logistic information management server 7 by described RFID data read interface 6, described bar code scan, 3 are connected to logistic information management server 7 by described barcode data fetch interface 4.

In the present embodiment, described storage visualized management system comprises that further RFID reads probe, and this RFID reads probe and is arranged on the goods storage area, discerns RIFID label 1 information automatically, and with these information storage in described logistic information management server 7.

In the present embodiment, be provided with a plurality of databases in the described logistic information management server 7, be used to store all kinds of storages or goods information, support multiple mainstream data library format.

In the present embodiment, described logistic information management server 7 reads between probe, described RFID handheld terminal 5, the described bar code scan rifle 3 with described RFID and is connected by wireless network.

In the present embodiment, described logistic information management server 7 is provided with the RESTful interface, and this interface connects the 3D engine that is used for information exhibition, is implemented in the displaying on the different hardware terminal device, as PC, IPAD, mobile phone etc.Data-interface provides with the RESTful form, comprises the functions such as reading, write to each basic data, business datum, report data.

In the present embodiment, described logistic information management server is connected with printer, is used to print the bar code of automatic generation.

The present embodiment course of work:

1) output of bar code and generation are calculated generation according to the data in the logistic information management server automatically by system, drive bar code printer output by logistic information management server 7.Bar code 2 is divided into document bar code and kinds of goods bar code, controls differentiation by system.Each storage space on the shelf is also carried out unified coding, and stick bar code 2 one by one.

2) goods through being up to the standards sticks bar code 2 one by one before putting on the shelf, need the goods of tracking and emphasis management and control to increase RIFID label 1 to part.RFID reads probe and installs in the associated storage zone, can discern RIFID label 1 automatically.

3) All Jobs in the storehouse can be used hand-held bar code scan rifle 3, handhold RFID reading terminals 5 reading of data.According to role in the logistic information management server 7 and authority, user identity is confirmed the instruction that whether allows to operate is fed back to relevant equipment, thereby whether the control business can continue.

4) data that collect of bar code scan rifle 3, RFID handheld terminal 5, in the logistic information management server 7 of appointment, temporary, data are submitted in the database after examining by wireless network transmissions.

5) data of logistic information management server 7 by the RESTful interface, with cargo data, comprise coordinate information etc. and pass to 3D engine 8.

6) data of 3D engine 8 generations are kept at local data base, return to logistic information management server 7 by the RESTful interface, thereby form a closed loop.

Present embodiment has adopted the Quest3D solution in numerous 3-D technologies and engine.Quest3D is an easy and effectively real-time 3D construction instrument.Compared with other visual construction instrument, as webpage, animation, graphics edition instrument, Quest3D can be in the real-time edition environment and the object interaction.The Quest3D engine is divided into three bulks: editing machine, browser and SDK.Wherein, editing machine is used to edit integration data, and almost application program just can be made fully, and does not need to have write what code again.Browser is used to throw off editing machine and browses the file that editing machine is edited.SDK then can be used to set up the Native application program.Place type selecting, scene project management, reservoir area topological design, device layout design, place layout scene construction, the construction of logistics strategy scene, scene walkthrough, logistics operation simulation, logistic optmum simulation etc., equipment mold management, goods mold management, interface management etc. have been comprised in the visual modeling.

Present embodiment 3D engine adopts 3D modeling technique, multinomial data-switching and interaction technique, realized visual modeling to places such as warehouse, Container Yards, broken the professional threshold of 3D modeling, realize that easily two-dimensional plane layouts such as warehouse, stockyard convert the 3D scene of strong sense of reality to, the 3D technology is applied in the middle of the logistics production management.Simultaneously, realized visualized management to daily operation of storage enterprise and operation, make the 3D scene not only be applied to the outpost display in warehouse, but overall application is to daily operation management and control, operation simulation, visual early warning and optimization of job simulation etc. more fully in the field.

Although content of the present utility model has been done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to restriction of the present utility model.After those skilled in the art have read foregoing, for multiple modification of the present utility model with to substitute all will be conspicuous.Therefore, protection domain of the present utility model should be limited to the appended claims.

Claims

1. storage visualized management system, it is characterized in that comprising: RIFID label, bar code, bar code scan rifle, barcode data fetch interface, RFID handheld terminal, RFID data read interface and logistic information management server, wherein: described bar code is arranged on each storage space on the shelf, and described RIFID label is attached on the goods; Described RFID handheld terminal is used to read the RIFID label information, described bar code scan rifle is used to read described bar code information, described RFID handheld terminal is connected to the logistic information management server by described RFID data read interface, and described bar code scan rifle is connected to the logistic information management server by described barcode data fetch interface.

2. storage visualized management according to claim 1 system, it is characterized in that: described storage visualized management system comprises that further RFID reads probe, this RFID reads probe and is arranged on the goods storage area, automatically identification RIFID label information, and with these information storage in described logistic information management server.

3. storage visualized management according to claim 1 system, it is characterized in that: described logistic information management server is provided with the RESTful interface, and this interface connects the 3D engine that is used for information exhibition.

4. according to each described storage visualized management system of claim 1-3, it is characterized in that: described logistic information management server reads between probe, described RFID handheld terminal, the described bar code scan rifle with described RFID and is connected by wireless network.

5. according to each described storage visualized management system of claim 1-3, it is characterized in that: described logistic information management server is connected with printer.