The essence of smart logistics is to realize the informatization, digitization, online and intelligence of logistics resources, elements and services, and through the connection, flow, application and optimal combination of data, to realize the efficient allocation of logistics resources and elements, and to promote the quality of logistics services and efficiency, and the benign interaction between logistics, the Internet and related industries.
First of all, intelligent logistics can promote the landing of inter-city dumping transportation, intra-city *** same distribution, community *** enjoy express lockers and other modes; secondly, the data-driven intelligent logistics supply chain can promote the optimization of urban supply, consumption, and the resource transformation of the commerce channel.
Approaches to logistics warehouse management1, the application of hardware equipment in the logistics process Internet of Things is the application of the Internet in the logistics and warehousing industry is an embodiment of this means that the Internet of Things to be in a network as well as the availability of relevant facilities can be used. And in order to make the Internet of Things in the warehouse can work smoothly, the need for all the inventory of goods in the warehouse time, delivery location and other information for detailed classification, and to carry out the bar code, two-dimensional code paste, etc., easy to check the information on the product to reduce the complexity of the follow-up work and difficulty.
At the same time, in the warehouse of the import and export position placed information reader, and will be connected to the computer in order to timely grasp, record information, to ensure the circulation of information, convenient to all kinds of products to control, improve work efficiency.
2, Internet of Things-oriented logistics management technology to ensure that the logistics warehouse work in an orderly and efficient manner, the need for various departments in all aspects of cooperation and communication. In the product in and out of the warehouse, not only to carry out the reading of product information, but also to carry out manual sampling and confirmation of the product in order to improve the accuracy of the work. In the inspection process, to ensure that the product's network and documentation information and the actual match, and to check the product with or without damage and mutilation, etc., once the problem is found, timely contact with the merchant, *** with the communication to solve the problem, to ensure that the quality of the goods in storage.
Efficient managementThe realization of the warehousing transit monitoring platform is through the two layers of warehousing scenarios can be switched through the slow-motion animation effect, you can achieve for more than one warehousing scenarios to play a range of monitoring effects; and in each warehousing transit center, for the shelves and the camera for the collection of data, through the visualization system to quickly obtain the operating state of the equipment, shelves, data changes and monitoring video of real-time. The data changes and monitoring video real-time feedback, to achieve all-round control of the activities of the warehouse transit center state, to regulate and maintain a multi-dimensional unified warehousing transit monitoring platform.
Intelligent warehousing management can be 2D configuration, 3D simulation form of the way to show the warehousing center and logistics center of the whole scene of the management of the interactive system. Intelligent three-dimensional monitoring system contains three-dimensional visualization of three-dimensional warehouse system, cargo management, real-time information query, track real-time tracking, real-time tracking of equipment status, inventory management.
Material flow monitoring through the HT 3D effect of the material from the beginning of the warehouse to the completion of the whole process of information monitoring, and three-dimensional warehouse shelves, stacking machines, conveyors, unstacking tray machine, RGV (straight shuttle), AGV (automatic guided vehicle), stacking machines, robotic arms and other equipment status information monitoring, digital twinning of the integration of intelligent warehousing and logistics scenarios. So that the whole process of logistics digital visualization show, can automatically sense recognition, can track the traceability, can be implemented to respond to, can be intelligent decision-making, each link of the information system interaction and integration.
The scene shows the operating status of the equipment, real-time location, loaded goods, container dynamics, abnormal alarm and other information. All of them can realize intelligent operation and maintenance, intelligent warning, intelligent analysis, intelligent monitoring and other functions of equipment management through HT 3D visualization, efficient centralized control and process structure optimization.
Visualize the occupancy of rack storage spaces on the left and right sides of each aisle in the warehouse. Different color blocks are used to differentiate between empty storage spaces, empty trays, material storage spaces and unusable storage spaces; through the real-time data coming from the underlying data interface, the status of each position is updated and displayed, so that the user has a timely understanding of the real-time storage space occupancy.
Storage Capacity AnalysisThe method used to display the storage capacity. Through the use of diversified charting components, visual display of the warehouse out of the empty storage space, empty trays, material storage space and the number of unavailable storage space and the proportion of the situation. Helps warehouse managers make more accurate decisions, such as rationalizing storage space, optimizing inventory management, and anticipating and responding to changes in storage capacity and demand. Streamlined data can save up to 95% of the user's search time, accelerating the user's full deployment of resources, and realizing a "one map" type of precise command.
Stagnant Goods AnalysisStatistically analyzes the time spent on goods in the warehouse in the form of a 2.5D pie chart. It supports the classification of goods into different levels according to the length of the sluggishness time. This provides a better understanding of the sluggishness of goods, provides valuable information for warehouse management, reduces warehouse operating costs, and improves overall warehouse management.
The past discrete and stereotypical static data in the visualization technology, fully stimulate the vitality of the digital, given the dynamic loading effect, more conducive to revealing the complex relationship between the data.
The inbound and outbound system page of the smart warehouse data platform is mainly used to analyze and count the outbound and inbound goods in the warehouse. Through the display form of multi-color bar charts and line graphs, it clearly presents the recent outgoing and incoming quantities of the three warehouses, as well as the tasks of shelving and unshelving. It helps users to accelerate the understanding of the throughput of different categories of goods, so as to master the storage and scheduling of various types of goods more professionally.
Monthly InformationSystematic analysis of the inbound and outbound situation of the warehousing enterprise is carried out within the visualization panel. Shows the current month's inbound and outbound volumes, as well as their year-on-year and year-on-year data, compared with the previous month and the same period last year, through the comparison of data to obtain the development of the enterprise and the benefits of recent work.
Digital intelligence of the whole field coverage, logistics parks within the circulation of goods processing, packaging, warehousing, loading and unloading handling, outside the parks of the whole process of transportation, distribution of goods, as well as the return and recycling logistics, such as reverse logistics links are also applied to the 5G, artificial intelligence, RFID, GPS, GIS sensing technology, video identification technology, IOT M2M technology, IoT, visualization Emerging technologies such as RFID, GPS, GIS sensing technology, video recognition technology, IOT M2M technology, Internet of Things, visualization, etc., have changed the traditional way of reading and recording cargo information manually, and realized the active "perception" of logistics information. Integration of HT visualization makes the people, machines, vehicles and equipment in the park interconnected as a whole, including automatic driving, automatic sorting, automatic inspection, overall scheduling and management of human-machine interaction, and the construction of intelligent logistics application scenarios.
The development of the logistics industry has entered a stage of transformation from quantitative to high-quality development. Relying on intelligent analysis and intelligent operation and maintenance technologies to realize automated monitoring and operation and maintenance, HT's integrated management system for digital logistics park warehousing significantly reduces ineffective energy consumption, greatly improves the efficiency of equipment management, and reduces the burden of manpower for operation and maintenance.Hightopo can formulate intelligent application scenarios that are tightly integrated with the business according to the needs and business characteristics of the park and can provide more customized solutions for logistics enterprises based on the intelligent infrastructure built in the park. Hightopo can provide logistics enterprises with more personalized intelligent scene services, so that logistics industrial parks can integrate into the social development trend, follow the trend, and seek greater dividends and wider development space for their own enterprises.