2016 IOT Industry Technology Innovation Alliance will be held in Beijing
December 28 (Reporter Cui Guoqiang) December 27, organized by the Internet of Things Industry Technology Innovation Strategic Alliance hosted by China Electronics Technology Group Corporation Information Science Research Institute, "2016 IOT Industrial Technology Innovation Strategic Alliance Annual Meeting "Held in Beijing. With the theme of "Integrating Dreams and Working Together with the Future", this annual conference aims to report and display the achievements of the alliance, exchange ideas of the alliance and enhance interaction of industries in all walks of life. It has attracted over 100 enterprises including alliance members and units , Research institutes, more than 200 experts, business leaders to participate. The conference was presided over by Zhu Decheng, general secretary of the Strategic Alliance for Industrial Technology Innovation in Internet of Things. Internet of Things Industry Technology Innovation Strategic Alliance chairman, China Electronics Technology Group Corporation Zhu Chongjin, assistant general manager, China Federation of Industrial Technology Innovation League Secretary-General Li Xinnan to address the General Assembly. Wen Na, Under-Secretary-General for Strategic Alliance for Industrial Technology Innovation of Internet of Things, made a review and prospect of the coalition work for the guests present here. On behalf of China Electronics Technology Group Corporation, Zhu Chongjin, general manager of China Electronics Technology Group Corporation, pointed out on the essay that China E-Techco has taken "Open IoT" as the core to promote technological innovation, scale-up and synergy of Internet of Things Chemical industry, to promote a transformation and upgrading of related industries work arrangements. Li Xinnan, Secretary-General of China Industry Technology Innovation Alliance Liaison Group, delivered a speech at the conference. Director Li first pointed out the state's policy support for the strategic alliance for industrial technology innovation and affirmed the work progress made by the strategic alliance of industrial technology innovation in the Internet of Things and the importance attached by the director units to the alliance work. At the same time, Director Li appreciated the efforts of the coalition secretariat in coordinating the development of the coalition. Wen Na, deputy secretary-general of IOT industrial technology innovation strategic alliance, introduced the alliance work to the guests in detail from four aspects of mission orientation, working train of thought, achievement review and future prospect. She proposed that IOT Industrial Technology Innovation Strategy Alliance, as the only country-level IoT Alliance, shoulders the historic mission entrusted by the country. The Alliance takes "Open IOT" as the direction, international standards as the starting point, and the joint member units cooperate Innovation, standard research, product research and development, application demonstration and other work to form a concerted effort to promote the vigorous development of China's Internet of Things industry and work together to realize the dream of "promoting China's Internet of Things as the world's Internet of things." This annual meeting provided a high-level centralized exhibition platform for all member units of the alliance. By arranging keynote speeches, live demonstrations, interactive lotteries and other forms of various links, while reporting on the achievements of the alliance, the annual meeting introduced "Open IOT" Successful application cases and upcoming industry impact. In a meeting held behind closed doors, the meeting summed up the alliance's work in 2016 and discussed the alliance's 2017 work plan and priorities. Experts at the meeting said that "Open Things" can solve the core technical difficulties that the Internet of Things industry is currently in a closed, non-scale development stage and can not realize the true interoperability of cross-domain devices. Open IOT cleverly translates the idea of ​​the World Wide Web architecture to the Internet of Things and enables all things to be easily accessible and controllable by solving the key issues of object description, object identification resolution and addressing, object connection protocol and security assurance. Achieve "access to objects as easy as visiting the web." As the concept of "Open IOT" has shown remarkable results in resolving the problems of fragmentation of technology, fragmentation of service capability and obvious industry barriers, the concept of "Open IOT" was adopted and popularized in all walks of life in 2016. Widely recognized by the industry, from the idea into real products and services. This annual meeting invited experts in the field of IoT, experts in IOT standardization, and representatives from member units of the Union. In response to the advanced technology of Internet of Things, progress of Internet of Things standards, industrial ecology, business model, and opening of IoT architecture Application and other topics, made a wonderful speech and speech. The meeting invited China Institute of Information and Communications, W3C World Wide Web Consortium, Zhongguancun IOT Alliance, China Article Coding Center, Tongji University and other standardization research institutes and research institutes introduced domestic and international Internet of Things standards and Technology to promote the status quo, and prospects for the future development trend of the industry. China Tenth Research Institute of Electrical, Beijing Science and Technology Development Co., Ltd. Wuhuan Port, Huawei Technologies Co., Ltd., Beijing Waters Environmental Protection Equipment Co., Ltd., Beijing with the Road Technology Co., Ltd., New Century Information Technology (Beijing) Co., Ltd. , Jiangsu Zhonghai f Things Technology Co., Ltd., Shenzhen universal Alliance Technology Co., Ltd. and other business representatives introduced the Internet of things in various industries in the application case. Luo Song, counterpart of the China Information and Communication Research Institute / ITU SG20 Research Group, introduced the overall situation of the global Internet of Things development, the progress of some key core links of the Internet of Things, and the IoT Ecology. According to Luosong, the long term trend of development of the Internet of Things shows that, first, the Internet of Things will continue to stimulate the emergence of new economic growth points; secondly, the Internet of Things will spawn a new space for investment in the industry; and third, the Internet of Things will be extremely large The promotion of information consumption. Starting from 2016, the development of the Internet of Things industry has entered a wave of new phase three development led by key industries. Global Internet of Things development policy has gradually shifted from the focus of policy to promote in key industries. From the capital market to see the global Internet of Things spending 230 billion 16 years to 19 years, the growth rate will reach 16.1%. Currently home, wearable, health is the area of ​​greatest concern to the capital. The main path for the development of IoT industry includes mergers and cooperation. The development mode of IoT has completed the transition from the vertically integrated and closed mode to the open mode with horizontal links as the core in 2016. The Internet of Things platform and the Internet of Things operating system will be the entry points for promoting the large-scale development of the Internet of Things industry. China Electronics Technology Group Corporation Institute of Information Technology Ma Chao and I share the open system architecture and the IoT architecture in smart city applications. Ma Chao pointed out that the Internet of Things open architecture is a set of capability-based architecture built on the foundation of a large number of Internet of Things projects by China E-Techco, which solves the problems of what an object is, where it is located, How to use and the four major issues of object safety. Through the object description technology to complete the uniform access of heterogeneous objects, and has been in the ITU standard project; by building a large capacity knowledge base, to everyone in the future as a public infrastructure, ability to support in order to achieve the object discovery, through this architecture , The object can be multi-dimensionally resolved including object capabilities, object names, object positions and the like, and the objects can be uniformly exposed to upper-layer applications. A safety information security and object safety system is proposed by using security technologies including blockchain to ensure object safety. The architecture has now achieved docking with more than 60 enterprises and 200 kinds of smart devices, and is applied to the construction of a new smart city of China E-Tech.
1. Product description:
Stationary fume extractor is large than Portable Fume Extractor and has large air volume to meet central dust and smoke extraction. It usally used with ducts to form an entire dust and smoke extraction system for welding, CNC cutting, grinding, etc.
2. Moland Product Series
Portable fume extractor series: MLWF50, MLWF70, MLWF100, MLWF360, MLWF120, MLWF200, MLWF280-basic, MLWF280S, MLWF290, MLWF300, MLWF300A, MLWF350, MLWF350D, MLWF400, etc.
Stationary fume extractors: MLWF350-dust bucket type, MLWF500-6T, MLWF500-6T dust bucket type, MLWF500-9T, MLWF800, MLWF800-dust bucket type, MLWF1000, MLWF1500, MLWF2000, MLWF3000, MLWF3500, MLWF4000). The electric control cabinet can be seperated from main equipment for convenient operation when the main equipment is placed outdoors.
Grinding dust extractors: MLWF100D, MLWF150D, MLWF200D, MLWF320-DM, MLWF180, MLWF380, MLWF480) and grinding cabinet (MLWF900). The grinding cabinet is usally equipped with telescopic or fixed grinding room, to form a semi-closed space to control dust and smoke spread. It also improves the filtration efficiency with low air volume and energy consumption.
VOCs treatment
3. R&D
In order to provide advanced products, our R&D department develops 3 to 5 new products every year, and irregularly improves the performance, appearance, and installation methods of existing products.
4. Certification
All our products are approved by CE, ISO9001, ISO14001, utility model patent, design patent, Program copyright, etc.
5. Exhibition
Moland participates at least 5 industry exhibitions each year.
6. Central Fume Extraction System
1) Cantilever type fume extraction system
Cantilever dust removal can be used for manual welding conditions where the work stations are evenly distributed and the span is small. The smoke and dust generated by each welding station can be effectively absorbed at the dust generation point, and will not pollute other parts of the workshop. The skeleton of the suction arm is similar to a human arm and can hover in a space within a certain length. The outer layer of the suction arm is a temperature-resistant hose, which not only prevents the hose from being burned by sparks, but also ensures the flexibility of the movement of the suction arm. A unique rotating structure is designed on the position of the Suction Hood to ensure that the suction hood can be aligned with the welding position in any orientation, so that the suction arm can effectively capture the smoke and dust generated during the welding process. The advantage of the suction arm capture is that it can be close to the place where the smoke is generated, and the collection effect is better.
2) Hood suction type fume extraction system
Cantilever dust removal can be used for manual welding conditions where the work stations are evenly distributed and the span is small. The smoke and dust generated by each welding station can be effectively absorbed at the dust generation point, and will not pollute other parts of the workshop. The skeleton of the suction arm is similar to a human arm and can hover in a space within a certain length. The outer layer of the suction arm is a temperature-resistant hose, which not only prevents the hose from being burned by sparks, but also ensures the flexibility of the movement of the suction arm. A unique rotating structure is designed on the position of the suction hood to ensure that the suction hood can be aligned with the welding position in any orientation, so that the suction arm can effectively capture the smoke and dust generated during the welding process. The advantage of the suction arm capture is that it can be close to the place where the smoke is generated, and the collection effect is better.
3) Room tupe fume extraction system
Room-type dust removal is suitable for the purification of fumes and smoke generated during the production of automated equipment, such as welding robots, welding machines, grinding, grinding and polishing of metal and plastic parts, drilling, thermal processing, cutting and crushing, stone processing, powder packaging, solid particles and various dusts and fumes produced by mixing and processing.
For working conditions such as robot automatic welding, circular seam and longitudinal seam welding, the smoke and dust purifier is installed with the robot workstation, so that the workstation has its own dust removal function. The fume and smoke are effectively collected through equipment components such as pipes and dust hoods. The room-type design prevents the volatilization and diffusion of smoke to keep the air in the workshop clean.
The working conditions with moderate welding workpieces and large amounts of dust and smoke are suitable for room-type treatment solutions. The room type centralized dust dedusting solution is divided into side suction and top suction method dust collecting ways. The appropriate solution can be designed according to the site conditions and treatment goals.
4) Blow suction type fume extraction system
Blow-suction type dust removal solution is a ventilation air flow composed of blown air and inhaled air flow. Therefore, it is a dust removal method that can effectively control the spread of pollution sources. This dust removal method is installing exhaust inlets on two-span center column or single-span side column (wall) and air outlets on the opposite wall column to form a circulating air flow to drive the smoke and dust into the purification machine, consequently performing overall dust removal and purification in the workshop. This system occupies a small area and has obvious purification effect, which is suitable for the purification of smoke and smoke in more complex production workshops.
7. Company information
Jinan Moland Environmental Tech Co., Ltd., is located in No. 11889 Jingshi West Road, Changqing District, Jinan City, Shandong, China, established in 2016. It`s an environmental protection technology enterprise specializing in research, development, manufacture and sale of efficient smoke purification systems.
The company is committed to reducing the environmental impact of production process, protecting workers from harmful gases and dust, and creating a cleaner working environment. At present, the company′s products have been successfully applied in automobile, railway, construction machinery, marine engineering, aviation and other mechanical processing industries, as well as new materials, grain, wood, recycled resources processing and other industries. The company has passed the ISO 9001 quality management system certification, obtained the certification of China Environmental Protection Products issued by China Environmental Protection Industry Association, and CE certification of EU. It also has a number of invention patents, utility model patents and appearance patents. Through continuous R&D and innovation, many products of the company have reached the international leading level.
Moland′s environmental services cover the whole process from project design, product manufacturing to installation, commissioning and after-sales service. We will provide you with the most professional governance program and the best quality service.
Stationary Fume Extractor,Dust Collector,Smoke Absorber,Industrial Dust Collector Jinan Moland Environmental Tech Co.,Ltd , https://www.sdmoland.com