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JUXIN IOT LAB (SHENZHEN) Co.,Ltd.
Office ADD:The main incubation building of Taohuayuan Science and Technology Innovation Ecological Park in Xixiang Street, Bao´an District, Shenzhen
Contact : Cheng Mingming 18665867151 0755-86621196
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| Product Name：Logistics Standardization (Electronic Label + Barcode) Demonstration Laboratory |
Products Details：
Logistics Standardization (Electronic Label + Barcode) Demonstration Laboratory
1. Information integration scheme and detailed description
1 Overview
The development of modern enterprises is inseparable from the support of logistics. With the advent of the information age and the acceleration of the Internet, the domestic logistics industry has shown a trend of accelerated development. Informatization or IT
The construction in the field of flow field has gradually received attention. Logistics informatization is the "catalyst" of modern logistics construction. Only by taking the road of integrating information technology and information data can the information of enterprise logistics
Informatization construction can really play a role and further promote the level of modern logistics construction. The development of modern logistics has directly stimulated the growth of new things, and the emergence of Internet of Things technology has made
The modern logistics industry is full of challenges.
1.1 Introduction to IoT Technology
The Internet of Things is a network in which people and people, people and things, and things and things are fully interconnected through information sensing equipment according to agreed protocols.
Obtain all kinds of information in the physical world, combine the Internet, mobile communication network and other networks for information transmission and interaction, and use intelligent computing technology to analyze and process the information, so as to improve the
The ability to perceive the material world and realize intelligent decision-making and control.
The development of Internet of Things technology and industry will trigger a new round of information technology revolution and industrial revolution, which is the commanding height of future competition in the information industry and the core driving force for industrial upgrading. Internet of Things
The concept is huge and rich, which covers a large number of existing professional categories and technical systems, and in its system integration and application side, it can be said that the Internet of Things technology will be able to be applied to industrial,
Agriculture, service industry, environmental protection, military, transportation, household and other fields.
With the rapid development of information collection and intelligent computing technology and the wide application of the Internet and mobile communication networks, the time for large-scale development of the Internet of Things and related industries is becoming more and more mature.
The developed countries regard the Internet of Things as an important area for future development. The United States lists the Internet of Things technology as a technology that is critical to economic prosperity and national defense security, with Internet of Things applications as the core
The "Smarter Earth" plan has been actively responded and supported by the Obama administration; the European Union formulated and announced in June 2009 covering standardization, research projects, pilot projects, management mechanisms
A fourteen-point action plan for the Internet of Things, including international dialogue.
On August 7, 2009, Premier Wen Jiabao of the State Council delivered an important speech when he inspected the Wuxi High-tech Micro-nano Sensor Network Engineering Technology Research and Development Center of the Chinese Academy of Sciences: He proposed that in the fierce international competition,
An important directive to rapidly establish China´s "Sensing Information Center" or "Sensing China Center"; in his speech "Let Science and Technology Lead China´s Sustainable Development" on November 3, 2009, Wen Jia
Premier Bao once again proposed that "we must focus on breaking through the key technologies of sensor networks and the Internet of Things, and deploy the research and development of related technologies in the post-IP era as soon as possible, so that the information network industry will become a driving force for industrial upgrading and development.
The "engine" of the information society". During the two sessions in 2010, the Internet of Things became a hot topic again. With the launch and gradual development of the Perception China strategy, the development of China´s Internet of Things industry
Facing great opportunities. In 2010, the government issued the "Opinions on Accelerating the Development of the Internet of Things Industry", which proposed to accelerate the development of the Internet of Things industry.
The sales revenue has reached more than 100 billion yuan, becoming an important strategic emerging industry.
The development and layout of the Internet of Things industry started early. After rapid development in recent years, the market size of the Internet of Things industry has grown significantly, forming a market with broad market prospects and
The industrial system with potential for development covers many industries such as transportation and logistics, public safety, medical care, and electric power. At present, IoT technology is widely used in developed exchanges in the region
The transportation and logistics industry has basically formed a relatively complete system structure for the development of the Internet of Things industry.
1.2 Introduction to Smart Logistics
According to a research report by market research firm YanKee Group, the global consumer goods and retail industries are losing about $40 billion a year due to inefficient supply chains,
This is equivalent to 3.5% of its sales.
In addition, inefficient logistics supply chains consume more oil, causing massive carbon emissions, increasing air pollution and increasing costs. Therefore, to promote the technological upgrading and industrial structure of my country´s logistics industry
Structural adjustment is particularly important and urgent. Therefore, driven by the multi-layered factors of cost reduction, market demand and technological innovation, smart logistics has been born, and "smart logistics" is also logistics
The inevitable trend of industrial development.
At present, my country´s logistics industry has developed from traditional logistics to modern logistics. Many logistics enterprises have the characteristics of informatization, automation and intelligence, and some systems have also implemented
information management and standardized services, but there is still a big gap compared with the requirements of "smart logistics", which are mainly reflected in the infrequent use of IoT technology in the operation process, the lack of information
The low deployment rate of the management system, the lag in service functions, etc., directly lead to the appearance of poor timeliness, high error rate, high cost, and low customer satisfaction rate in business development. logistics company
If the industry does not adapt to the situation, increase the intensity of transformation and upgrading, and focus on building "smart logistics", it is likely to face the situation of being eliminated as the weak.
With the increase in the country´s emphasis on the logistics industry and the rise of Internet of Things technology, the transformation and upgrading of the logistics industry to "smart logistics" has become unstoppable.
1.3 The relationship between IoT and logistics
(1) IoT is based on logistics
Logistics appeared with the emergence of commodity production, and also developed with the development of commodity production. The development of the Internet of Things is not supported by the logistics industry. The early Internet of Things was called the sensor network,
Second, the logistics industry began to effectively apply sensor network technology, such as the application of RFID technology in automobiles, which are the most basic Internet of Things applications.
(2) The logistics field is one of the most practical application fields of IoT-related technologies
IoT applications are mainly concentrated in the fields of logistics and production. The logistics field is one of the most practical application fields of IoT-related technologies. The application of Internet of Things technology, especially RFID technology
It will greatly improve the efficiency of international trade circulation. And it can reduce labor costs, warehousing and other logistics costs.
After the implementation of the Internet of Things technology, a global status monitoring system can be established based on the perceived cargo-related data, providing comprehensive cross-border trade information, cargo information and logistics information.
Information tracking helps manufacturers and traders to grasp cargo information anytime and anywhere, and improve the control ability of trade risks.
It can be seen from the above that the Internet of Things throughout the entire supply chain makes the supply chain transparent, efficient and accurate. It has achieved the goal that traditional logistics could not reach. and through
With the Internet of Things technology, warehouse management has become efficient and accurate, which greatly saves labor costs.
1.4 The Internet of Things promotes the development of intelligent logistics
The development of the Internet of Things will directly promote the development of modern logistics, and promote the logistics industry to become intelligent and intelligent. In the era of the Internet of Things, logistics will achieve the following upgrades:
(1) Logistics informatization upgrade
At present, the informatization of my country´s logistics industry has entered a period of integration of information and resources. The application of the Internet of Things will further improve the informatization and automation level of logistics-related facilities and equipment, promote
Intelligent development of logistics management process. In the era of the Internet of Things, all logistics facilities and equipment will be embedded with RFID electronic tags, ranging from pallets and shelves to transport vehicles, containers,
Loading and unloading equipment, warehouse access control, etc., the information recorded by the label will help the logistics management system to grasp various logistics processes in real time, make the most favorable decisions, and promote the development of the entire logistics industry.
developing.
(2) Intelligent upgrade of transportation
The existing logistics and transportation system can achieve a certain degree of visual intelligent control with the help of network, GPS, GIS and other technologies. When the Internet of Things develops, the intelligentization of transportation will be
Further upgrades. Some checkpoints in the transportation line will be equipped with RFID readers to automatically read the information in the RFID electronic tags attached to vehicles and goods, and transmit them to the management level in real time.
The platform allows enterprises to understand the location and status of goods in real time, realize the visual tracking management of transported goods, transportation routes and transportation time, and can adjust the transportation in real time according to the actual situation.
The transportation route, the temperature and humidity environment in the box, etc., not only improve the transportation efficiency, but also provide customers with better quality services.
(3) Integrated upgrade of distribution center
The application of the Internet of Things technology will greatly improve the operation efficiency of the distribution center and reduce the management cost of the distribution center. Every goods entering the distribution center will carry RFID electronic tags,
The relevant information uniquely corresponding to the goods or pallets recorded during the period will become the identity of the goods or pallets in the entire distribution process, and the ubiquitous information formed by the reader will be used.
The inductive network, the distribution center will be able to realize the integrated intelligent management of inbound, outbound and inventory.
1.5 The necessity of logistics standardization laboratory construction
(1) In response to national strategic requirements
In the "Outline of the Twelfth Five-Year Plan for National Economic and Social Development of the People´s Republic of China", the state clearly put forward "promoting the research and development and application of the Internet of Things" and "expanding finance, logistics, etc."
The service industry should be opened to the outside world, develop service outsourcing, steadily open up education, medical care, sports and other fields, introduce high-quality resources, and improve the level of the service industry.”
The construction of the logistics standardization laboratory is in line with the national strategic development.
(2) Meeting local development needs
In 2010, the government issued the "Opinions on Accelerating the Development of the Internet of Things Industry". After the concept of the Internet of Things was put forward, it was aimed at the public management and service fields with urgent needs.
At present, the rapid development of the IoT market will be the general trend. The introduction of the opinions on the development of the Internet of Things industry points out a clear development direction and development focus for the development of the Internet of Things industry.
The development of the Internet of Things industry has become an important task to enhance the core competitiveness of the information industry, develop an innovative economy, transform and upgrade traditional industries, promote the integration of "two industrializations", and improve the level of informatization.
hand. The construction of the logistics standardization laboratory can actively promote the use of barcode and RFID technology in various logistics modes such as manufacturing logistics, urban distribution logistics, and business service centers, as well as file management.
And the application in key parts management, and gradually expand the application field and scope.
(3) Regional development advantages
1. Have good production and research and development capabilities;
2. Possess good advantages in the promotion and application of Internet of Things technology.
The development of the Internet of Things industry is not only an effective means of cultivating strategic emerging industries and optimizing and adjusting the industrial structure, but also an important way to promote the transformation of traditional industries with information technology and improve comprehensive competitiveness.
It is an inevitable choice to realize overtaking on a curve in the new round of technological revolution.
1.6 Purpose and significance of logistics standardization laboratory construction
(1) Facing the government, form a demonstration center for the application of IoT in logistics, retail, key parts management and other fields
The construction of the logistics standardization laboratory can receive visits from leaders at all levels and train and reserve cadres for IoT companies, which has a good social demonstration role. IoT technology is a new technology,
At present, it is not widely used in logistics, retail, key parts management, file management and other fields. This logistics standardization laboratory applies IoT technology to real environments such as smart logistics
In the environment, the use of Internet of Things technology in various logistics processes is fully displayed, and the government, enterprises, and society have a comprehensive understanding of the application of Internet of Things in logistics and other fields. Accelerate the IoT Industry
Promote, play a demonstration role, and promote the application and promotion of Internet of Things technology.
(2) For IoT applications, form a testing center for IoT technical solutions
In the Internet of Things technology, RFID technology plays a very important role in logistics and other fields. With the decline in the cost of RFID electronic tags, small and medium-sized enterprises are now entering the RFID field on a large scale.
As a core component in the Internet of Things technology, this logistics standardization laboratory can provide enterprises with performance tests such as read rate and sensitivity of RFID tags.
If an IoT application solution is directly implemented on site, various problems may occur. The establishment of a logistics standardization laboratory can provide the real application of RFID in various logistics environments.
Real simulation environment to provide enterprises with a preliminary RFID test environment, reduce implementation risks, and assist in the formation of solutions.
(3) For the government and enterprises, form a standard development and standard service technical support center.
It can provide standardized technical support and consultation for the government and enterprises, and lead or participate in the formulation and revision of various related standards.
(4) Facing the society, forming an IoT application talent training base
After the completion of the logistics standardization laboratory, talents in the Internet of Things, logistics and other professionals can be trained in RFID technology, so that they can cultivate the talents of the Internet of Things industry and technology.
High-quality talents lay a certain talent foundation for accelerating the development of the Internet of Things industry and meet the needs of social development.
2. Construction plan
The construction of the logistics standardization laboratory is based on information technology, and the traceability of products is realized through the preservation of important information. To realize the traceability of products, it is necessary to rely on
For enterprise scientific identification management and standardized data processing. The logistics standardization laboratory will build a smart logistics area, a coding technology exhibition area, and a terminal according to the typical process of product production.
There are several functional areas such as consumption area, typical IoT application display area and personnel positioning display area.
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