9results about How to "Save processing power" patented technology

The invention relates to a phase shift mask substrate and a dynamic magnetron sputtering preparation method thereof, a MoSi-based gradient film layer is continuously and dynamically deposited on the substrate, and the method comprises the following steps: carrying out first-stage deposition on the substrate by adopting a molybdenum-silicon alloy target so as to form a transition layer; carrying out second-stage deposition on the transition layer to form a main body functional layer through deposition; and third-stage deposition is carried out on the main body functional layer to form a surface modification layer through deposition, and the MoSi-based gradient film layer is obtained. The invention provides a one-step sputtering deposition method capable of dynamically and accurately regulating and controlling, so that the inherent contradiction between the performance and the stress of a single-layer uniform film is fundamentally solved, and the complexity and the uncertainty of a traditional multi-step process are avoided.

A method for facilitating playing a legacy game is described. The method includes receiving user input during the playing of the legacy game, determining whether one or more code blocks for servicing the user input are cached, and accessing one or more instructions of legacy game code upon determining that the one or more code blocks are not cached. The method also includes compiling the one or more code blocks from the one or more instructions of the legacy game code, caching the one or more code blocks, and executing the one or more code blocks to display a virtual environment.

The present application relates to the technical field of smart lighting systems, and in particular to a distributed smart lighting management method, a cloud management platform, and a storage medium, which include: obtaining a target lighting area, and selecting a number of reference lighting areas in the target lighting area; using each reference lighting area as a first distribution node, and using each lighting lamp in the reference lighting area as a second distribution node; obtaining a lighting control mode, and selecting a first sub-control template or a second sub-control template based on the lighting control mode; generating a control instruction based on the lighting control mode, and obtaining a first independent control group or a second independent control group through the control instruction; sending the control instruction to each first distribution node, and each first distribution node screening the control instruction to intercept the matching control fragment and send it to the second distribution node; the first distribution node or the second distribution node generates status feedback information after responding to the control instruction. The present application is used to improve the management and control effect of distributed lighting.

This invention discloses a wastewater classification and separation system based on industrial wastewater recycling. The invention relates to the field of industrial wastewater treatment and resource recycling technology. The system includes a wastewater acquisition and pretreatment module, a multi-parameter real-time water quality detection module, a comprehensive pollution classification and determination module, a separation and control module, a classification storage and buffer module, a classification treatment module, a recycling intelligent scheduling module, and a data acquisition and intelligent management module. This invention utilizes a collaborative working mechanism of multi-parameter real-time water quality detection and comprehensive pollution classification and determination. It employs a piecewise linear dimensionless scoring function to uniformly map five water quality indicators to a scoring range of 0–10 and then performs a weighted summation. This achieves multi-dimensional, accurate, and real-time determination of the pollution level of industrial wastewater, overcoming the shortcomings of existing technologies where single-indicator judgments are inaccurate and multi-indicator dimension inconsistencies prevent comprehensive evaluation. The targetedness and effectiveness of wastewater classification and treatment are significantly improved.

The invention discloses a low-energy-consumption electroplating treatment method which comprises the following steps: step 1) pretreatment: a flexible metal substrate sequentially passes through a first pretreatment solution and a second pretreatment solution, and is subjected to oil removal, rust removal and acid etching; (2) first grid layer treatment is conducted, specifically, the prepared grid layer liquid is sprayed to the surface of the flexible metal base material to form a first grid layer; (3) spraying is conducted, specifically, the flexible metal base material is placed in an automatic spraying machine, the face to be plated is bent outwards to be subjected to spraying, and a first metal plating layer is formed; (4) second grid layer treatment is conducted, specifically, prepared grid layer liquid is sprayed to the surface of the first metal coating to form a second grid layer; and (5) water electroplating is conducted, specifically, water electroplating is conducted on the flexible metal base material subjected to spray plating, the face to be plated is bent outwards to be subjected to water electroplating, and a second metal plating is formed outside the first metal plating. On the basis of optimization, low sheet resistance and high binding force of a product can be guaranteed, and machining energy consumption is reduced.

This invention discloses a laboratory apparatus for verifying the effect of pH on wastewater denitrification processes, relating to the technical field of wastewater treatment experimental equipment. It includes a wastewater denitrification reactor, a pH adjustment mechanism, and an inlet / outlet mechanism. The pH adjustment mechanism includes a pH sensor and a metering pump. The pH sensor detects the pH value of the nitrogen-containing experimental wastewater within the reactor body of the wastewater denitrification reactor, and the metering pump pumps a pH adjuster into the reactor body to maintain the pH value of the nitrogen-containing experimental wastewater. This invention primarily addresses the problem of providing laboratory equipment for verifying the effect of pH on wastewater denitrification processes. It can deeply reveal how pH affects the activity, enzyme function, and gene expression of microorganisms in traditional nitrification-denitrification processes, short-cut nitrification-denitrification processes, and anaerobic ammonia oxidation processes in wastewater denitrification.

The invention relates to the technical field of organic chemical synthesis, in particular to a preparation method of paliperidone. According to the invention, the paliperidone crude product is synthesized by adopting a one-pot method, and reaction parameters in synthesis of the first intermediate, the second intermediate and the paliperidone crude product and purification of the paliperidone crude product are optimized, so that the reaction time is shortened, the reaction process is simplified, the purity and yield of the paliperidone are improved, and the method is suitable for industrial production.

The utility model is suitable for rubber vulcanization forming machine technical field provides a kind of vulcanization machine heating energy-saving device, including middle seat, the middle seat is equipped with slide rail, including access template, the access template is installed on the slide rail, the access template upper side is equipped with lower energy-saving heat insulation plate and lower energy-saving electric heating plate, the lower energy-saving electric heating plate two sides are equipped with side energy-saving heat insulation plate respectively, the lower energy-saving electric heating plate front end is equipped with front energy-saving heat insulation plate, the lower energy-saving electric heating plate inside is equipped with electric heating pipe, the rear end of access template is equipped with heating line pipe, the middle seat is equipped with lower tie plate and wear plate.

The invention relates to the field of spheroidal graphite alloy material heat treatment, and particularly discloses a spheroidal graphite alloy composite roller heat treatment device and a preparation method thereof.The spheroidal graphite alloy composite roller heat treatment device comprises an annealing furnace used for forming a sealed annealing cavity; the steel net rack is arranged in the annealing chamber and forms a plurality of accommodating chambers for placing spheroidal graphite alloy composite rollers to be subjected to annealing heat treatment; the elastic displacement assembly is used for bearing the steel net rack at a first supporting position when the annealing chamber is in the stop state and bearing the steel net rack at a second supporting position when the annealing chamber is in the annealing state; and when the position where the elastic displacement assembly bears the steel net rack is changed into a second position from a first position, the steel net rack is inclined, so that the spheroidal graphite alloy composite roller to be subjected to annealing heat treatment rolls in the containing cavity. The spheroidal graphite alloy composite roller has the effects that the spheroidal graphite alloy composite roller is heated uniformly, and the annealing heat treatment effect is better.