12results about How to "Full and efficient use" patented technology

The invention belongs to the technical field of isotope separation, discloses a device and a method for preparing oxygen 18 and heavy water by using tap water, overcomes the defect of high energy consumption caused by a water rectification method, reduces the production cost, and is suitable for production of nuclear power and civil stable isotope oxygen 18 and heavy water. The device comprises a first large tower, a second large tower, a first tower group, a second tower group, a sixth small tower, a seventh small tower and an eighth small tower which are sequentially connected in series, the first large tower and the second large tower are used for pre-concentrating large-flow tap water entering the towers, and an intermediate material obtained at the bottoms of the towers is conveyed to the first tower group and the second tower group through a pump for moderate concentration; tower bottom concentrate is conveyed to the next-stage rectifying tower to be highly concentrated. According to the method, pre-concentration, primary concentration and concentration enrichment are carried out, intermediate products obtained at the tower bottom converge and enter a next-stage rectifying tower, then high-concentration enrichment is carried out, and finally oxy-18 water and heavy water are obtained.

The present invention discloses a polymer lithium battery circuit for the Internet of Things, the circuit includes a PMOS tube Q1, a PMOS tube Q2 and a boost chip U10, wherein: the source of the PMOS tube Q1 is connected to VBAT, the drain of the PMOS tube Q1 is connected to a communication module; the source of the PMOS tube Q2 is connected to the communication module, and the drain of the PMOS tube Q2 is respectively connected to pin 7 and pin 8 of the boost chip U10; pin 1 and pin 2 of the boost chip U10 are both grounded, and a resistor R6 is provided between pin 4 and pin 5 of the boost chip U10, and one end of the resistor R6 is connected to pin 4 of the boost chip U10. The embodiment of the present invention uses a boost circuit when the voltage is lower than 3.4V, which not only makes efficient use of the battery capacity, but also makes the battery conversion efficiency reach the optimal value, reducing the energy loss in the conversion process; when the voltage is 3.6V, since the body effect diode voltage drop inside the PMOS tube Q1 is greater than 0.6V, the boost circuit can be prevented from backflowing to the battery, reducing one anti-backflow MOS tube, and reducing the cost.

The utility model provides a self-powered intelligent water meter based on electromagnetic power generation. The self-powered intelligent water meter comprises a first built-in cavity, a second built-in cavity, a water inlet and a water outlet, the first built-in cavity and the second built-in cavity are connected through a bolt, the water inlet is communicated with the first built-in cavity, and the water outlet is communicated with the second built-in cavity. According to the utility model, the electric signal generated by the coil is utilized, the self-power supply technology and the self-sensing technology are combined, and multiple functions are realized through the simple structure; a switch control mode is adopted in the power supply management system, so that voltage and current are only used when needed, and no electric energy is consumed in other time; the power management circuit realizes a fully-automatic switching function through battery voltage detection, so that the whole system comprises the wireless transmission module and can be called as a real self-powered system; the energy of the energy source is fully and efficiently utilized, so that no energy loss exists in the energy conversion and distribution process.

The invention discloses a novel direct current-alternating current-direct current three-port circuit and a modulation method, and belongs to the field of power electronic converters, the circuit can flexibly deal with complex multi-port, multi-energy and multi-load requirements, and performs centralized management on multi-port energy flow, so that the energy utilization efficiency is improved, and the energy loss is reduced. The design structure is simple, the use of an alternating current inductor is avoided by utilizing the coupling of the inductor and the transformer, and the transformation of the existing equipment is more convenient. Meanwhile, the circuit has high reliability and stability, mutual interference between converters in a multi-converter system can be effectively avoided, and the overall performance of the system is improved.

The present invention discloses a method for improving the resilience and reinforcement of a distribution network and traffic network coupling system under extreme weather conditions, which belongs to the field of safe operation of distribution networks. The main steps include: generating several fault scenarios according to the uncertainty of distribution network faults through scenario analysis; establishing a traffic network model based on complex network theory and traffic flow theory models; analyzing the power supply capacity of the distribution network under extreme scenarios, taking the minimum system penalty cost as the objective function, coordinating power reinforcement to optimize the strategy, and establishing a distribution network and traffic network coupling system resilience improvement and reinforcement model that comprehensively considers demand response, energy storage equipment and network reconstruction; solving the model to obtain the best distribution network and traffic network coupling system resilience improvement and reinforcement strategy. The method of the present invention can effectively improve the resilience of the distribution network and traffic network coupling system, so that the system can reduce the load loss as much as possible under fault conditions, and ensure its safe operation under extreme weather conditions.

A device and method for coupling liquefied air energy storage and cryogenic air separation, wherein the device comprises an air liquefaction energy storage subsystem, a liquefied air power generation and energy release and cryogenic air separation coupling subsystem; during the period of sufficient renewable energy power generation (photovoltaic, wind power, etc.) or valley power, the air liquefaction energy storage subsystem and the cryogenic air separation subsystem operate independently of each other: after the air is compressed and cooled and liquefied by a compressor, the liquid air is stored in a liquid air storage tank through a gas-liquid separator; the heat generated during the compression process is stored in a heat storage tank, a part of this heat is used as the heat source required for the liquid air energy release stage, and the excess heat is directly or indirectly used for heating or electricity supply to industry and commerce; the present invention reduces the dependence of power-intensive air separation equipment on power grid electricity through large-scale utilization of valley power or intermittent renewable "green electricity", saves production electricity costs, and has good corporate economic benefits and national energy conservation and emission reduction benefits.

The invention provides a configuration method and device for RVQoE measurement and a storage medium, and the method comprises the steps: an access network element generates RVQoE configuration according to a quality of experience QoE measurement index which needs to be collected by the access network element; and sending the RVQoE configuration to the terminal.

The present invention discloses a water circulation foam cleaning device, which includes a shell, a cleaning roller brush and a composite fan. A recovery pool area and a cleaning area are arranged inside the shell, and an air inlet hole connected to the recovery pool area is opened; the cleaning area is connected to the air inlet hole through the foam outlet hole, and is connected to the recovery pool area through the water inlet hole; the cleaning roller brush is rotatably installed in the cleaning area, and when rotating, water is rolled into the water inlet hole to flow into the recovery pool area. The composite fan is rotatably installed in the recovery pool area; when the composite fan rotates, the water and foaming agent in the recovery pool area are stirred and mixed to generate foam; the foam flows to the cleaning roller brush through the foam outlet hole to clean the equipment. In the present invention, the water used for flushing can be rolled back to the recovery pool area by the rotation of the cleaning roller brush so as to serve as a water supply source for the foaming agent, so as to achieve the effect of fully and efficiently utilizing water resources.

The utility model relates to the technical field of green building design, in particular to an environment-friendly green building structure which comprises a bottom plate, a plurality of stand columns are installed at the two ends of the bottom plate, a water storage tank is installed at the bottom of the bottom plate, and one end of a water conveying hose is installed on one side of the water storage tank. A filtering device arranged on the bottom plate is installed at the other end of the water conveying hose, a room body is installed at the top of the bottom plate, a water storage roof is installed at the top of the room body, an arc-shaped water guide cover is installed on the water storage roof, a plurality of fixing bases are installed on the upper surface of the water storage roof, and solar panels are installed at the tops of the fixing bases. According to the improved building structure, a device with multiple rainwater filtering functions and a storage device are integrated, efficient rainwater resource collection and utilization are achieved, meanwhile, the heat preservation effect is greatly improved through optimization design of the structure, and the building structure has the advantages of being firm, durable and excellent in waterproof, noise reduction and anti-seismic performance.

The present application discloses a memory access method, a memory address allocation method and a device, and belongs to the field of information technology. The method comprises: a computer device obtains a memory access request, the memory access request comprises target memory address information, the target memory address information comprises an address bit and a length bit, wherein the address bit is used to carry the target address of the memory to be accessed, and the length bit is used to carry the length of the memory allowed to be accessed starting from the set address; the computer device accesses the memory based on the memory access request. The present application sets the address bit and the length bit in the target memory address information, so that the computer device can access the memory according to the target address of the memory and the length of the memory, enriches the function of the memory address information, and realizes the full and efficient use of the memory address information.

The invention discloses a dual-mode covering furrowing seeder which comprises a vehicle body, a primary film covering unit, a seeding unit and a secondary film covering unit, the vehicle body is used for mounting and fixing the primary film covering unit, the seeding unit and the secondary film covering unit, the primary film covering unit is used for land furrowing, shaping, primary film covering and soil feeding, the seeding unit is used for seed throwing and seeding, and the secondary film covering unit is used for seeding seeds. The secondary film mulching unit is used for film mulching, soil feeding and hole pricking, when the film mulching machine advances in the land, after the primary film mulching unit ditches and shapes the land, a first layer of film is laid, the first layer of film is covered with soil, the sowing unit sows seeds, and the number of the put seeds is controlled; the secondary film covering unit is used for laying a second layer of film, covering soil and pricking holes at the same time, so that growth conditions are provided for the seeds after the soil is broken, the effective accumulated temperature is increased while the sowing time of the seeds is advanced, more favorable conditions are created for crop growth, and the yield of the crops is increased.

The invention discloses a cluster-based scheduling method and system. The method comprises the following steps: S1, analyzing batch service requests from the same address and the total data writing amount of the batch service requests; s2, judging whether the cluster of the area to which the batch service requests belong meets a write-in condition, if so, selecting the cluster of the area to which the batch service requests belong as a write-in cluster of the batch service requests, and if not, executing the step S3; and S3, sorting according to the candidate clusters accessed by the batch of service requests, and taking the candidate cluster which is optimally sorted and meets the write-in condition as a write-in cluster. When the dynamic change of the service request is not matched with the capacity of the local cluster, the address of the service request, the current to-be-recycled space of each cluster, the residual available space, the load and the recycling speed are comprehensively considered, and the service request is sent to the optimal cluster, so that the resources of each cluster are efficiently and fully utilized; and cluster resources can be adjusted in time under the continuous condition of not interrupting the service.