Patents
Literature
Patsnap Copilot is an intelligent assistant for R&D personnel, combined with Patent DNA, to facilitate innovative research.
Patsnap Copilot

41results about How to "Simple and clear design" patented technology

Electronic industrial wastewater near zero release water treatment process

The invention relates to an electronic industrial wastewater near zero release water treatment process. A basic solution directly enters a water tank to be stored, and a physical and chemical agents is added into the water tank once every month; the basic solution treated in the second step is conveyed into a storage water tank through a pipeline, and the basic solution sequentially enters a PAC adjusting pond and a PAM adjusting pond through a lifting pump; the basic solution treated in the third step enters an MBR through a pipeline, and clear liquid obtained after membrane separation through the MBR enters a filter; filtrate enters a clear water tank through a pipeline, the filtrate is sequentially conveyed into a primary one-segment RO and a nanofiltration system to be filtered by the clear water tank through a pipeline, concentrated liquid separated by the nanofiltration system is recycled to the clear water tank through a pipeline, clear liquid separated by the nanofiltration system enters a secondary RO to be separated through a pipeline, and clear liquid separated through the secondary RO enters denitrification resin to be reused. Effluent reaches or is superior to corresponding water use indexes, and a treatment facility can run stably and reliably for a long time. By the adoption of the reasonable and effective treatment process technology, the economical efficiency, reasonability and effectiveness of overall construction investment are guaranteed, and meanwhile the running and using cost is reduced to the greatest extent.
Owner:广东雅迪环保设备有限公司

Integrated fiber fusion module

The invention relates to an integrated optical fiber melting module which comprises a melting base and a platform cover which are buckled mutually, wherein two fiber winding zones for winding fibers are arranged on the melting base, a welding zone for welding the optical fibers is arranged between the two fiber winding zones, and gaps are reserved among the welding zone and the two fiber winding zones. Upper fiber storing rails and lower fiber storing rails are arranged in the fiber winding zones and partitioned through a plurality of fiber blocking plates. An external optical fiber enters into a welding platform positioned in the middle directly through the upper fiber storing rails and is welded with a distribution tail fiber on the welding platform. The distribution tail fiber passes through coiled paths of the upper fiber storing rails and the lower fiber storing rails and an adapter clamping seat to be connected with users. Different from the conventional design that an optical fiber distribution plate and a welding plate are split, the integrated optical fiber melting module integrates the optical fiber distribution plate and the welding plate, coiled paths of the external optical fiber and the distribution tail fiber are independent to each other and are not overlapped, and therefore, convenience is brought to uses to perform on-site operation.
Owner:SHENZHEN HUACHEN COMM TECH

Deep condensation demisting system using flue gas waste heat

The invention discloses a deep condensation demisting system using flue gas waste heat. The deep condensation demisting system using flue gas waste heat comprises a generation chamber, a desulfurization tower, and an evaporating chamber which are connected successively, and also comprises a condenser and an absorbent; a waste heat refrigeration cycle system is composed of the condenser and the absorbent between the generation chamber and the evaporating chamber; a generation heat exchanger is arranged in the generation chamber, flue gas is driven to pass through the generation heat exchanger,the chamber of the generation chamber is charged with a refrigerant-absorbent solution; an evaporation heat exchanger is arranged in the evaporating chamber, and supersaturated water vapor in flue gasis eliminated and flue gas temperature is reduced in the evaporation heat exchanger. According to the deep condensation demisting system, industrial low quality waste heat is adopted to prepare a cold source, the adaptability is high, the stability is high, influence by the seasons is low, the prepared cold energy can be used for deep condensation of desulphurization wet flue gas, chimney demisting white plume eliminating effects are achieved, and the deep condensation demisting system can be widely used in power station boiler and industrial boiler chimney moisture smoke plume treatment.
Owner:NORTH CHINA UNIV OF WATER RESOURCES & ELECTRIC POWER

Method for designing communication protocol of high-voltage and direct-current (HVDC) thyristor valve base electronic equipment

The invention provides a novel method for designing a communication protocol of high-voltage and direct-current (HVDC) thyristor valve base electric equipment. Based on the controller area network (CAN) protocol, the communication protocol between a pole control system and the valve base electric equipment is set according to different working conditions of a thyristor valve, and information exchange between the valve base electric equipment and the pole control system can be completed by adopting a serial coding mode. The design is simple, clear, reliable and stable, and contains all the basic working conditions of thyristor valve operation. Byadopting the communication protocol, besides the basic communication requirement between the pole control system and the valve base electric equipment can be met, the strong interference resistance of a CAN bus can be introduced to a thyristor valve secondary control system to greatly improve the operation reliability of the system. A multi-master CAN networking communication mode is adopted between the valve base electric equipment and a control protective system, and valve base electronics (VBE) can monitor status changes at any time occurring in the thyristor valve and report the detection information to the control protective system. The networking mode ensures real time performance of monitoring the valve by the VBE.
Owner:CHINA ELECTRIC POWER RES INST +1
Who we serve
  • R&D Engineer
  • R&D Manager
  • IP Professional
Why Eureka
  • Industry Leading Data Capabilities
  • Powerful AI technology
  • Patent DNA Extraction
Social media
Try Eureka
PatSnap group products