天海翼av在线播放-精品在线观看av-特黄视频-日本免费黄色-欧美精品久久久久久久-超碰97在线播放-变态另类ts人妖一区二区-精品久久免费-99热综合-久艹视频在线-欧亚毛片-欧美裸体网站-日本在线不卡一区-噼里啪啦高清-sm羞耻姿势图片-一区二区三区在线免费观看视频-成年网站视频-国产sm在线观看-成人免费黄色小视频-欧美人与禽zoz0善交-欧美激情视频二区-开心六月婷婷-欧美夫妻性生活片-国产三区在线视频-国产二级一片内射视频播放-熟女高潮一区二区三区视频-japanesemon偷伦

We have independently developed our own efficient core technology of solid waste crushing; We imported core pretreatment technology through deep cooperation with a Japanese company-Helios, which has more than 70 years of history in this field; We employed R&D team from Japan, developed series of competitive crushing equipment, tailored to our local solid waste and policy. Products Series: our crushers are characterized of efficient, stable, energy-saving and rich-varied for your options, integrated with patented technologies, e.g. intelligent pressing, small-gap shearing, densely-packed blades and shafts, gap fast-adjusting, etc. Working principle: by cutting and shredding, combined to other processing, particles are crushed into smaller grains, realizing reduction, hazard-free and recycling disposal. Features: self-developed hard-coating cutter with a long useful life up to 2 years, easy and cost-competitive maintenance.

Working principle: separating particles of useful, wasted, hazardous, hazardous-free,, etc. based on different properties- magnetic and nonmagnetic, big and small, light and heavy, etc. Our separating and screening systems are inclusive of roller screen, dish screen, astrolabe screen, tension screen, vibration screen, bounce screen, wind separator, magnetic separator, vortex separator, and so on, which are developed based on physical properties of solid waste - size, shape, weight, density, optical, magnetic, etc.

Function: conveying and feeding solid waste from one machine to another and temporarily storing. Common conveying, feeding and storage equipment are inclusive of belt conveyor, plate chain conveyor, chain belt, rotary conveyor, screw conveyor, used for particles conveying from one machine to another. We customize adaptive conveying and feeding system based on weight, diameters, strength of wear, etc., to meet different needs.

AI identification and separating technology is based on high-end sensor technique, ultra-high speed real-time AI acceleration technique, cloud data learning technique, high precision real-time robot control technique, to realize accurate identification and dynamic ultra-high-speed grabbing of solid waste. It is an innovation of current technology and powerful technology for future waste separating and recycling. 13 collection and enhancement techniques, 15 recognition and analysis algorithms, 7 AI analysis algorithms, which can be combined freely according to sizes and shapes of the waste, realizing self-adaptive accurate identification and dynamic ultra-high-speed grabbing.

Our mature integrated design process of production line can perfectly realize the proper connection, consistent parameters and smooth data flow between single machines, optimize separating effect and processing capacity. Our self-developed intelligent operation management system can realize management of single machine interfaces, ensure production lines stable running and handle abnormalities. Visible Integrating process and structure assure operators easy acceptance of the operation and get started quickly.

Our intelligent operation management system, based on Internet + Internet of Things and central integrated controlling technology, can realize comprehensive management of people, machines and things on visualization, digitization, informatization and intelligentializatio. Comprehensive command and scheduling can be realized through real-time monitoring, GPS positioning, real-time data transmission, alarm system and other online data statistics methods. Intelligent summary and report of waste classification information can be realized through big data statistics and vertical comparison. Data collected provides effective support for smart city management and help waste classification management. 5G interfaces have been reserved for the need in future.