Features The application of book sorting is mainly to pick books and stack them, the logistics box is put into the CV and the books are fed to the entrance, the books are picked, the barcode is scanned and fed. The books are automatically sorted, and they are stably conveyed through the conveyor belt. The logistics box is put into the CV and the feed inlet, and the sorting box is discharged.
Features The track stacker sends the books to be sent out of the warehouse to the horizontal conveyor. The vertical lift is on standby, and the book box can be lifted and conveyed after turning to the positive direction through the turntable. The book box is sent to the circulation workstation. After the staff confirms the book and scans the barcode, the warehouse is completed.
Features Put the sugar on the ground, transport it through a 100-ton conveyor, fill the sugar, transport the sugar to the sugar factory through the conveyor, send it to the first floor by the stacking area, and the stacking machine, and send it to ASRS for storage, a series of The system is transformed into an information system to standardize the operating process and an information system to provide operating instructions.
【Background】 The application of book sorting is mainly to pick books and stack them, the logistics box is put into the CV and the books are fed to the entrance, the books are picked, the barcode is scanned and fed. The books are automatically sorted, and they are stably conveyed through the conveyor belt. The logistics box is put into the CV and the feed inlet, and the sorting box is discharged.
【Background】 According to Dennis's development strategy and future business needs, it is necessary to complete a comprehensive, intelligent, and world-class modern storage logistics distribution center integrating warehousing, sorting, packaging, distribution, and return processing. The project plan is applicable to the development needs of Dennis in the next 5 to 10 years. Therefore, it is necessary to construct a logistics center that integrates the transmission, storage, storage, sorting, distribution and integrated office of goods. It is planned to build an automated sorting system for the logistics center, which will purchase advanced high-speed logistics sorting systems, including automated conveyor systems.[Size] The land acquisition area is about 112,034.48 square meters (168.05 mu), the actual land area is about 74,466.14 square meters (111.70 acres), and the total construction area is about 107,176.83 square meters: the above-ground construction area is 105,267.80 square meters, and the underground construction area is 2209.03 square meters. Building area: 44990.27 square meters, building density: 60.4%, floor area ratio: 1.92, greening rate: 10.6%. The project is responsible for the overall design and implementation plan of the project by Kenmec Mechanical Engineering (Suzhou) Co., Ltd.
【Background】 Application of low temperature resistant roller conveyor system, 0 ° c working environment throughout.
【Background】 This automated logistics project mainly consists of a three-dimensional warehouse system, an automated conveying system, a palletizer system, a straight shuttle system, a circular shuttle system, and an WCS / WMS integrated system. Mainly included equipment: laneway stacker, AS / RS double deep shelf, shuttle shelf, son-mother car, elevator, in-and-out conveyor, straight shuttle, palletizer, pallet conveyor system, ring shuttle, Warehouse access control system. The three-dimensional warehouse is equipped with a computer management monitoring system (WCS), which enables the three-dimensional warehouse operation to be monitored by the computer in real time, display equipment operation status, location and completion, and fault alarm prompts. With the use of computer to manage the storage of goods in and out of the warehouse and the management of storage space, it can realize the functions of automation of information management, data maintenance, query, inventory analysis, report printing, etc.
National Taiwan University has the first automatic control library in Taiwan, which greatly reduces the time cost of book sorting, pickup, and regression through the management of the automatic storage system. In the traditional library operation process, the average time for taking books varies from 5 ~ 10 minutes, while the automation of the library can efficiently shorten the time to 2 ~ 3 minutes.Moreover, as the turnover rate increases, up to 250 books can be returned in 30 minutes. After the staff puts the barcodes on the logistics buckets (bookcases), they will be placed in the ASRS. It was designed with upper and lower conveyor belts and stackers. This is the construction process of the workstation and the borrowing area. These are the collections. After the staff has numbered a book, they will transfer it from the traditional bookshelf to the workstation of ASRS. By numbering the books and logistics buckets with barcodes, the management of the inbound and outbound of books can be automatically executed by the ASRS system.There are four sizes of bookcases, designed with double-layers for the ASRS, which are moving among different floors with the lifter. The ASRS can store at least 1.2 million collections, which storage capacity is five times larger than the one of traditional bookshelves. After a reader submits the application for a book in the ASRS, the assigned bookcase will be delivered to the workstation within 2 minutes. The system greatly shortens the time for fetching a book.The ASRS was officially opened in October 2017. With vibration proof and fall prevention design, constant temperature and humidity design, and the high speed stacker application, automated book management can be fully implemented in this new generation. This ASRS is an important milestone for both the National Taiwan University and Kenmec Mechanical Engineering.
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