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关键词： Carbon dioxide  

摘要： Previous examples and trends in the smart home are used daily by adults to ensure that the climate in the country they used in their Daily Life Activities (DLA), as their leisure group. Daily Confirmation Care (DCC), a key prerequisite for accommodation innovation framework. Through the day life fitness screen, temperature, CO2, boiling sensors and receivers are depicted experimentally in this study. The first paragraph of this article describes the identification and laboratories of SHC habitats using CO2 standard estimates. In this article the Smart Home Center (SHC) level is calculated from the dust temperature, in the second part used to predict the presence of a person in a room with a CO2 focus that relies on Levenberg-Marquardt calculation. Also (indoor, outdoor) relatively warm air promises to activate. Expected business and Smart Home (SH) (multi-month) expertise in testing (unstable, unrestricted) in testing, to get the best and sensors pulled out by CO2 to instruct visual information CO 2 sensor removal, cyclic charcoal acid in assessment Is ready in a roundabout way to predict the CO2 of the gas. In generally accepted study, the optimal level to determine neurological tissue, upgrade time, square neural input range is estimated based on the average square root error relative to the Coefficient (C) and the length of deliberate preparation. Immediate load control depends on the use of the new point Fuzzy Logical Control (FLC and). Client verification with direct control is essential for effective execution of our responses. The reach between the upper limit of mechanical innovation and trade exchange between occupant comfort and electricity bills. Entertainment results demonstrate the possibility of the proposed opportunity in the funds of energy investment. © 2021

关键词： Health  

摘要： Taijiquan practice exercises control the functional connectivity of cognitive control networks in the elderly. Cognitive impairment is one of the most common problems affecting older people. In this study, to examine whether Taijiquan practice exercises could regulate the connection between mind control and the dormant function of the cognitive control network in the elderly. Participants in the exercise group practiced Taijiquan and 12 weeks while the control group received basic health education. Taijiquan exercise movement intervention work, frequency and duration included Fuzzy control theory, ranges from 2 business days a week to 5 weeks a year, 5 meetings per week. Results show that synthesis has two outcome areas: (1) mental health and behavior, and (2) physical health and function. This increase is associated with an improvement in low frequency memory function, which is exactly 5 slow in the overall Taijiquan exercise group. Therefore, Taijiquan practice in the adolescent population has been systematically reviewed and evaluated in intervention studies to determine how these measures are applied to fuzzy control theory and the outcome of comprehensive interventions. The results of synthetic data based on the Fuzzy Control Theory Show that Taijiquan practice actively improves physical health and function, and that its effects on mental health and behavior are mostly decisive improvements in research reports. © 2021

关键词： 运动控制系统   自动控制理论   数据存储器   限位开关   步进电机   电机驱动器   急停开关   触摸屏  

摘要： 运动控制系统主要由PLC、触摸屏、电机驱动器、编码器、步进电机、限位开关及急停开关构成。操作人员可通过触摸屏输入相关参数,参数被发送给PLC内部的数据存储器,系统会根据内部梯形图及应用指令控制步进电机进行相应的动作,进而带动相应的电机轴动作。步进电机作为传统的执行元件,成本低,结构简单,应用广泛,可以将电脉冲转换为离散的机械运动,因此可作为较为常用的控制源。

关键词： 机械制造设计   自动化控制理论   设计原则   生产率  

摘要： 工业是一国经济发展的基石,中国工业发展蒸蒸日上。同时,机械制造业在工业中发挥着中流砥柱的作用。在中国国民经济的发展过程中,机械制造业逐渐向与自动化融合的方向发展,成为科技研究的重要内容。与自动化的深度融合,对于自动化控制的理论掌握有利于推动中国工业的综合发展水平,从机械设计制造及其自动化的设计原则、自动化控制理论的内容以及应用,自动化的设计原则的发展趋势等方面展开分析和阐述。

关键词： 输送机   模糊控制理论   智能化控制  

摘要： 以输送机恒速运行下启停次数多、设备磨损大为研究背景,对输送机的控制系统进行了优化设计,基于模糊控制理论计算得到带速的运行加速度、带速运行误差以及输送机的输出电压的模糊值,通过硬件平台以及软件平台的搭建,根据模糊值进行命令的下达,实现了智能化控制的目的。

关键词： PLC技术   电气工程   自动化控制   系统运行  

摘要： 电气工程自动化控制在社会各个层面的应用都非常广泛。PLC技术是电气工程控制的核心技术,基于PLC技术能够使电气工程在运行过程中更加可靠和高效,通过对PLC技术的深入研究和探讨,能够为电气工程控制能力的提升提供有力的支持。

关键词： 模糊控制   粒子群算法   电力推进   控制器  

摘要： 我国的船舶工业在近年来得到飞速发展,船舶的推进方式也随之发生变化,各种新型的推进系统在船舶中得到越来越广泛的应用。为使船舶电力推进系统的作用得以最大限度地发挥,应当采用合理可行的控制策略,对推进系统的运行过程进行有效控制,确保推进系统稳定运行。模糊控制理论及粒子群优化技术的提出,给船舶电力推进系统控制器设计提供了强有力的支撑,通过理论和技术的合理运用,能够开发设计出功能强大的控制器,以此来对推进系统进行控制,能够提高系统的运行稳定性。

关键词： 家居环境   模糊综合评价   监控装置   S3C6410   嵌入式系统  

摘要： 针对家居环境因子多且相互作用关系复杂、难以实现环境质量精准决策的问题,设计了基于模糊控制理论的嵌入式家居环境智能监控装置。为了提高系统实时性,装置采用S3C6410作为核心处理器,移植嵌入式Linux操作系统,在此基础上构建基于模糊控制理论的环境综合评价模型,对采集的6种家居多环境因子信息进行综合评价,为家居环境质量实时控制提供科学依据。实验表明,装置安装维护简单、成本低廉、决策准确率达98.2%,具有推广应用价值。

关键词： 燃料电池汽车   能量管理策略   模糊逻辑控制  

摘要： 首先针对采用燃料电池与蓄电池为能量源的燃料电池汽车,梳理了燃料电池及蓄电池的建模机理;之后基于T-S模糊模型设计了模糊逻辑控制器,并在MATLAB/Simulink软件平台上搭建了该控制器的仿真模型;最后借助ADVISOR仿真软件对所设计的控制器进行了验证。仿真结果表明:所设计的模糊逻辑控制器能合理地进行双能源的功率分配,符合设计预期。

关键词： PLC技术   电气工程   自动化控制   思考  

摘要： PLC技术具有稳定性强、控制性强、灵活性强、功能丰富等方面的特点,在电气工程即自动化控制中得到了广泛的应用,其主要应用在开环控制、模拟量闭环、数字量控制、数据采集监控等方面,对于我国电气工程的发展具有积极的作用.本文主要对PLC技术在电气工程及其自动化控制中的应用进行探讨.