36 results about "State policy" patented technology

Methods and apparatus for implementing active interconnect link power management using an adaptive low-power link-state entry policy. The power state of an interconnect link or fabric is changed in response to applicable conditions determined by low-power link-state entry policy logic in view of runtime traffic on the interconnect link or fabric. The low-power link-state policy logic may be configured to include consideration of operating system input and Quality of Service (QoS) requirements for applications and devices employing the link or fabric, and device latency tolerance requirements.

A system and method for allowing content providers to manage aspects of a distributor's digital workflow is disclosed. The system is effective to receive priority flags and associate the flags with items submitted by the content provider making the priority designation. Those items flagged for priority can be queued for priority processing. The total number of priority flags or requests can be limited by the rate at which items can be processed. The limited nature of the priority requests can make the priority flags valuable. The system and method can leverage that value to encourage desired conduct by awarding priority flags to content providers that comply with a stated policy.

The invention relates to an elastic fiber fabric, in particular to an elastic fiber fabric and a preparation method thereof. Warps and wefts are respectively 150D or75D PTS elastic yarns. The elastic fiber fabric is prepared through the steps of winding, twisting, sectional warping, healding, weaving, blank inspection, unrolling and flattening, pre-shrinking treatment, presetting, dyeing, reduction clearing and finishing. The elastic fiber fabric and a preparation method thereof have the advantages as follows: the structure is simple, the chemical fiber differentiation is promoted, the added value is increased, the preparation steps are scientific and reasonable and conform to the basic state policy of energy conservation and emission reduction, and the fabric feels like nylon, has a bright and pure color, is far lower than spandex in price and is a preferred garment material.

The invention provides a processing method of high-concentration industrial phenolic wastewater. According to the processing method of the high-concentration industrial phenolic wastewater, an efficient extracting agent and the phenolic wastewater are fed into an extracting tower to be mixed at a certain ratio, and then the high-purity phenolic wastewater is extracted and pre-processed at a certain temperature through a reverse liquid-liquid contact. The wastewater processed by the processing method provided by the invention can meet the requirement of various water quality indexes of biochemical treatment; the problem due to process current high-concentration phenolic amino wastewater produced via chemical enterprise is solved; the crude phenol and stronger ammonia water which are in a certain economic value can be recovered; and the optimal win-win combination of environment-friendly performance and economic benefit is achieved. The processing method provided by the invention is simple in technical process, continuous, and low in energy consumption; the extracting agent can be recycled; the scale production can be completely achieved; the basic state policy of integral sustainable development on resource, energy and environment is really demonstrated; and good circulation of three benefits is achieved, which means the harmony and unity on society, economy and environment.

The invention discloses an intelligent body autonomous obstacle avoidance method based on the guidance of a state strategy knowledge base, which endows the intelligent body with obstacle recognition and obstacle avoidance capabilities. The method includes five steps. Step 1 senses the obstacle avoidance environment, and judges whether obstacle avoidance measures need to be taken for the obstacle. If obstacle avoidance is required, the state of the obstacle avoidance environment is constructed; Knowledge base matching, if the matching is unsuccessful, go to step 3, if the matching is successful, then apply the knowledge base to output decision-making; step 3 based on the fuzzy neural network online output strategy for the new state, and add the state-strategy to the knowledge base; step 5 judge intelligence Whether the body reaches the target point, if not, repeat step 1, otherwise, end. The present invention is characterized in that the off-line state strategy knowledge base and the online fuzzy neural network are used to solve the obstacle avoidance problem, the knowledge base can realize incremental development during the obstacle avoidance process, and is suitable for quickly solving various obstacle avoidance problems.

The invention relates to the field of microorganisms, in particular to an extreme halophilic bacterium, a compound halophilic bacterium agent and application thereof. The extreme halophilic bacteria obtained through screening are respectively salt monad CGMCC NO.3081, pseudomonad CGMCC NO.3082 and bacillus CGMCC NO.3083. The invention also provides the compound halophilic bacterium agent containing the extreme halophilic bacterium. The invention obtains three extreme halophilic bacterium strains with the salt tolerance of 15-25 percent through separation, a compound extreme halophilic bacterium agent formed by compounding the three extreme halophilic bacterium strains can effectively process high salt cyanuric chloride production waste water, and compared with other processing technologies, the method better conforms to the state policies of circular economy and energy saving and emission reduction, can save a large number of running cost and realize the resource processing of waste water.

The invention discloses a walling, which comprises hollow inner walling and a vacuum package layer, wherein, the vacuum package layer is positioned on the surface of the hollow inner walling. By utilization of the principle that vacuum is heat insulated and soundproof, the walling has good heat insulation and sound insulation effects. The walling has a simple structure and does not need to adopt an insulating layer which is made of special heat-insulating materials; and due to removal of the heat-insulating materials, the walling can reduce the production cost and meet the demand of the priorbasic state policy of building energy conservation, and is favorable for all-round promotion and application. The invention also discloses a walling construction method, wherein, the vacuum package layer is embedded into the surface of the hollow inner walling. The walling construction method has the construction difficulty which is far smaller than that of the prior insulated walling, can effectively save the building cost, and brings more economic benefit for users.

The present invention proposes a method for project approval evaluation of scientific and technological projects based on big data, including the following steps: obtaining project application data; processing the latest development direction and hot spots of project-related technologies and comparing them with the project application data to obtain the first result; The policy support direction and the local government's industrial development direction information are processed and compared with the project application data to obtain the second result; the field industry inspection feedback and suggestions of the competent department and the comprehensive strength information are processed to output the third result; the similar technology projects approved by the competent department over the years, The fourth result is obtained by comparing the construction status and results of the approved projects over the years with the project application data; the evaluation and recommendation report of the project approval application is obtained based on the first result, the second result, the third result, the fourth result and their weights. The implementation of the big data-based method for evaluating scientific and technological projects of the present invention has the following beneficial effects: the quality and level of scientific and technological project evaluation are higher, and the evaluation results are more objective and comprehensive.