9 results about "Reusability" patented technology

The invention relates to the technical field of photocatalytic materials, and relates to a preparation method and an application of bimetallic photocatalytic functional POM/MOFs. Bimetallic photocatalytic functional POM/MOF target materials with a porous structure are prepared through a hydrothermal synthesis technology or a layered diffusion technology with polyoxometalate POM as a functional group, L as a connection ligand and Cu<2+>, Co<2+> or Fe<2+> in a transition metal salt Tm as nodes, and the target materials POM/MOFs are applied in a functional photocatalytic carbon- carbon coupling reaction. The preparation method has the advantages of simple synthetic steps, easy operation, low energy consumption and high yield, and the obtained functional materials have the advantages of stable chemical properties, and easy large-area popularization and application. The MOF photocatalytic materials have a large specific surface area, have a very good conversion rate and reusability under the irritation of a 18W energy saving lamp when the use amount is 6/1000 of the amount of a substrate, and are suitable for the needs of large-scale industrial production.

The preparation of functionalized reduced graphene oxide (RGO) composite materials on various fibrous substrates has been proposed. The functionalized RGO composite fibrous materials absorb various types of oils efficiently within 20 seconds, with great absorption capacity. The maximum absorption capacity values for bicycle chain oil and used motorcycle engine oil are 880.8% and 839.1%, respectively. Simply squeezing the functionalized RGO composite materials allows the removal of the absorbed oil for reuse. The functionalized RGO composite fibrous materials have been used to efficiently separate oil/water mixture through a flowing system. Having the advantages of faster absorption rate, reusability, and low-costs, the functionalized RGO composite fibrous materials holds great potential as a superabsorbent for efficient removal and recovery of oil spills, and for separation of water/oil mixtures.

The invention provides an agent-based modularized logistics system simulation computation method. The method comprises the steps: firstly taking relation characteristics of logistics system components as division interfaces, aggregating corresponding entity types according to homogeneous relations and dividing into three entities, three interactive relations, three organization relations and an external environment influencing the logistics system; further separating the entities to form a plurality of attribute assemblies and action assemblies for modeling, and respectively describing a certain attribute or a certain action rule of each entity, wherein the attribute assemblies at least comprise platform assemblies; by taking the platform assemblies as containers, selecting suitable assemblies to be loaded on the platform assemblies to form entity models, and by combining attribute data and rule parameters and adding entity configuration information and inter-entity mutual relation information, generating an object entity under a simulation scene. The agent-based modularized logistics system simulation computation method provided by the invention has the advantages that the modeling is simpler, the model can be combined and assembled according to requirements, model reusability is great, expandability is good, and maintainability is also great.

The invention relates to an underwater suspension cluster type manifold system with flexible jumper tubes inside. The underwater suspension cluster type manifold system with the flexible jumper tubesinside comprises a cluster type manifold main body, a buoy, a plurality of I-shaped channels, the flexible jumper tubes and a mooring system; the buoy is arranged on the bottom of the cluster type manifold main body; the I-shaped channels are arranged in the buoy; manifold branch tubes on a production hub seat are separately connected with the I-shaped channels; the far ends of the flexible jumpertubes are separately connected with dry type underwater Christmas trees in a plurality of deep water functional cabins fixed on the seabed by first automatic connecting-tripping devices while the near ends of the flexible jumper tubes are separately connected with the manifold branch tubes on the production hub seat; and the far end of the mooring system is fixed on the seabed while the near endof the mooring system is connected with the cluster type manifold main body through a second automatic connecting-tripping device. The problem that a traditional underwater cluster type manifold is unlikely to discard and recycle, and cannot be reused is solved, particularly, a large underwater foundation structure is avoided, costs for mounting of an underwater foundation of a traditional manifold are greatly reduced, the costs are reduced and the efficiency is improved, and a new-generation underwater collecting and delivering original concept of 'easiness in recycling and reusability' is established.

The invention discloses a method for improving the execution efficiency of a development software code of an automobile controller. The method is characterized by sequentially comprising the steps that a written code with high efficiency is adopted to realize a Simulink module with low execution efficiency after point fixation; then, S-function in an industrial standard modeling tool MATLAB is utilized to encapsulate the written code, so that the Simulink module is applied to a model; and last, a TLC file of the module is rewritten to generate a code automatically. In this way, the code automatically generated by the module contains the written code, therefore, the execution efficiency of automatic code generation of the module is improved, and accordingly the execution efficiency of the whole software code is improved. Through the method, the execution efficiency of the whole software code is improved, the model has reusability, limited resources can be better utilized on some platforms with high resource constraints, and therefore the overall performance of the controller can be improved.

The invention discloses an automatic design method for digital chip module link. The automatic design method adopts a module linking automatic design technology which comprises a module interface definition requirement, a module instantiation requirement, a file FileList file format requirement and the like; the invention has the characteristics of directness, flexibility, conciseness and expansibility, module link automation and batch script processing are achieved, module link automation is achieved, the integration efficiency is high, and the error probability is low; module interfaces are unified and standardized, modules can be integrated, and reusability is high; top-level designers and module designers can design in parallel, and the project research and development progress is accelerated.