Analysis of the Significance of Key Points of Patient Interventional Psychological Care and Pain Care

Interventional therapy has become increasingly popular in clinical practice due to advancements in medical technology.However,patients often experience psychological and physiological pressure due to its invasive nature.The management of patient discomfort and tension is crucial to ensure effective treatment.Psychological and pain management are essential components of interventional therapy,as they significantly impact patient recovery and prognosis.This article discussed the importance of interventional psychological and pain care for patients,starting with the development and spread of interventional therapy.The significance of providing high-quality nursing services to patients and improving their quality of life was also discussed.

Key Points of Supervision of Third-Party Payment Business:A Comparative Analysis of China's Mainland and Macao

China's Mainland has witnessed remarkable achievements in payment innovations based on internet and financial technologies in recent years,whereas Macao has made little progress in financial technologies,especially in payment technologies.Based on the concept and types of third-party payment business in China's Mainland and Macao,as well as to investigate the causes for Macao’s lack of innovation in third-party payment,this study compares their differences from two aspects:business licensing authorities and key points of supervision.By comparison,although the classification and methods of third-party payment businesses are different between China's Mainland and Macao,they are all managed and licensed by a unified supervision department.Moreover,the key points of supervision in both places are similar,but unlike China's Mainland,which takes financial risk prevention as the principle and financial technology as the means to encourage innovation,Macao showed obvious deficiencies.In order to further deepen the connection between the financial markets of China's Mainland and Macao as well as boost financial technologies in Macao,this study aims to provide some suggestions and references for the development of cross-border payment systems.

Analysis on the Design of Pet-themed Cafés

In the recent development,the phenomenon of blending different cultures and the collision of various new ideas and objects have emerged in the present society.This has promoted the emergence of new types of buildings to a numerous extent.The petthemed caféis one of the new models of architecture in the recent years.It is not only an important avenue for the people’s entertainment,but also as a venue that fully embodies humanistic ideas and cultural exchanges in the new era.Among them,the pet-themed cat caféhas shown its absolute advantage in China today and in the international culinary market.In this paper,the author takes the“Tmall Salon”cat café,who was responsible for its design,as a case to analyze the design of the petthemed café.The author hopes to provide some help and suggestions for the design and development of petthemed cafés.

Difficulty Analysis of HVAC Construction and Key Analysis of Improved Technology

This paper expounds the concept of HVAC construction,specifically analyzes the current situation of HVAC construction in construction engineering,and focuses on the key and difficult points in HVAC construction.In order to provide an effective reference for improving the quality of HVAC construction in the current construction engineering,some suggestions are put forward for improvement of relevant technologies involved in key and difficult points.

Analysis of Cold Wave Weather Process in Dalian Area on December 29-30,2009

By using the routine weather data and the numerical value forecast products,applying the weather analysis and diagnostic analysis methods,the cold wave weather which happened in the south area of Dalian was analyzed on December 29-30,2009.The results showed that based on the temperature rise in prior period,the strong cold air accumulated in Mongolia and passed Ulan Bator,Erenhot to invade Dalian area.In the cold wave process,the circulation situations in the middle and high latitudes were the 'one ridge and one trough' pattern in Asia.The dynamic mechanisms were the rotary low-pressure trough in high altitude and the strong frontal zone,and the flow field which induced the cold wave to break out was the 'low trough rotation pattern'.After the cold air broke out,Dalian area was controlled by the strong cold advection.The cold high-pressure on the ground entered into the key zone and reached the intensity of cold wave.However,the circulation of cold wave occurrence was southerly,and the shifts of cold air and influence system were quicker.Therefore,the cold wave appeared in Dalian's south areas which included Lvshun,Dalian and Jinzhou.On this basis,the key point of cold wave weather forecast in Dalian area was summarized.

Uncertainty analysis of seawater intrusion forecasting

In order to describe the importance of uncertainty analysis in seawater intrusion forecasting and identify the main factors that might cause great differences in prediction results, we analyzed the influence of sea level rise, tidal effect, the seasonal variance of influx, and the annual variance of the pumping rate, as well as combinations of different parameters. The results show that the most important factors that might cause great differences in seawater intrusion distance are the variance of pumping rate and combinations of different parameters. The influence of sea level rise can be neglected in a short-time simulation （ten years, for instance）. Retardation of seawater intrusion caused by tidal effects is obviously important in aquifers near the coastline, but the influence decreases with distance away from the coastline and depth away from the seabed. The intrusion distance can reach a dynamic equilibrium with the application of the sine function for seasonal effects of influx. As a conclusion, we suggest that uncertainty analysis should be considered in seawater intrusion forecasting, if possible.

Suburban Sightseeing Farm Design from the Perspective of Behaviordriven Design

Suburban sightseeing farm has always been restrained by such problems as focusing on form and visual effect, low design level, poor depth, similarity with others, poor sustainability and so on. This paper proposed major characteristics of sightseeing farm design based on core connotations of behavior-driven design from the perspective of cognitive psychology. Cases were taken to analyze the design techniques of sightseeing farm, and it was concluded that sightseeing farm design based on behavior-driven perspective should orient to performancebased, refi ned, individualized and participatory from the four perspectives of highlighting functions, deepening the details, stressing originality, and optimizing experience, in order to provide new thoughts for solving existing problems of current sightseeing farm design.

How to Interpret a Piano Work--Research Processing and Teaching Guidance of New Works

In the process of piano teaching,it is the basic working ability of piano teachers to independently study and process works and guide students.In the face of a strange work,the piano teacher should first conduct a comprehensive analysis and research of the work,and then can reasonably guide the students.Starting from three aspects of work research,performance design,and key points of attention,this paper expounds the ways and steps of work research and processing in order to help the piano teachers to expand their teaching repertoire.

基于ANSYS的单点式吊挂横梁的优化设计

随着直升机技术的发展,吊挂投放装置在直升机领域的运用越来越广泛,在情况危急时刻,对于吊挂安装速度的要求也越来越高。因此,吊挂投放系统的轻量化就极为重要。通过SolidWorks建立了吊挂模型,并联合ANSYS对其进行了有限元分析。结果表明,该单点式吊挂横梁有很大的优化空间。基于该横梁的参数,使用ANSYS对不同的轮廓进行优化;优化后横梁在满足国军标设计要求的情况下,质量减少了37.9%,达到了单点式吊挂投放系统轻量化的目的。

Arc-length technique for nonlinear finite element analysis

Nonlinear solution of reinforced concrete structures, particularly complete load-deflection response, requires tracing of the equilibrium path and proper treatment of the limit and bifurcation points. In this regard, ordinary solution techniques lead to instability near the limit points and also have problems in case of snap-through and snap-back. Thus they fail to predict the complete load-displacement response. The arc-length method serves the purpose well in principle, received wide acceptance in finite element analysis, and has been used extensively. However modifications to the basic idea are vital to meet the particular needs of the analysis. This paper reviews some of the recent developments of the method in the last two decades, with particular emphasis on nonlinear finite element analysis of reinforced concrete structures.

Design and locomotion analysis of two kinds of rolling expandable mobile linkages with a single degree of freedom

This study presents two kinds of rolling robots that are able to roll by deforming their outer shapes with a single degree of freedom.Each robot is an essential multi-loop planar expandable linkage constructed by a concave outer loop and several inner parallelogram loops.In this study,the mechanical design of the robots is introduced.Dynamic rolling process is further analyzed on the basis of zero moment point method,and a morphing strategy is proposed to guarantee a stable dynamic rolling process.A novel passive rolling locomotion is also developed,which enables the robots to roll and stand on a slope.To verify the design,two prototypes are manufactured,wherein the dynamic and passive rolling locomotion are carried out.

跨座式单轨在旅游轨道交通中的适用性分析

随着社会经济的发展、生活水平的提高和生活观念的改变,人民对旅游的向往促进了我国旅游业蓬勃发展。为满足游客对旅游品质提出的更高要求,旅游与轨道相结合的出行方式应运而生。目前旅游轨道交通属于新兴且相对热门的事物,但并无相应的分类、设计、施工、验收标准,急需明确适合不同旅游资源的轨道交通制式,供建设单位选择和参考。通过对旅游景区分类、旅游景区对轨道交通需求、适合旅游的轨道交通制式分析,并重点对跨座式单轨系统在旅游轨道交通的适应性进行研究,得出跨座式单轨拥有的与环境融合的车辆外观、适合旅游客流特征的运输能力、灵活的车辆编组、轻盈的轨道梁桥结构形式、超强的地形适应能力、优异的环保性能,再加上满足投资人要求的工程建设成本,使其成为非常适合旅游轨道交通的一种系统制式。最后通过分析跨座式单轨作为旅游轨道交通与城市轨道交通的不同,提出跨座式单轨作为旅游轨道交通今后应在新型车辆研制、与旅游单轨运营需求匹配的设备配置、系统集成、旅游轨道交通技术标准制定等方面开展研究,为今后旅游跨座式单轨交通的推广和落地提供参考。

近月空间广域观测星座设计与效能分析

为满足近月空间广域观测及地月转移目标跟踪观测需求,设计一种运行于地月平动点L1/L2点轨道及DRO轨道的三星广域观测星座。首先分析了近月空间目标特性与重点区域范围,并根据观测需求和维持代价优选系统轨道。接着根据观测对象特性完成对近月空间环扫覆盖探测与地月转移目标跟踪观测的工作模式设计。最后根据视星等公式对不同相位角和观测距离的目标亮度进行仿真分析得出载荷探测能力需求,并推导得出载荷探测视场需求。通过效能仿真分析,该星座对近月空间覆盖率周期为8天,可在1.5个周期内实现对近月空间的100%覆盖,单周期观测近月目标不少于14次、观测弧长不少于3.5 min,对典型地月转移目标观测弧段时长可占转移周期80%以上。满足近月空间广域观测和对近月目标及地月转移目标编目定轨需求。

海上风电大直径单桩基础设计要点及实例分析

针对目前海上风电机组大型化、离岸距离和水深不断增加、单桩基础结构桩径壁厚不断增长的现状,单桩基础结构设计输入条件更为严苛,控制标准基本处于极限,大直径单桩基础设计要点和优化控制技术成为降本的关键因素。本文依托海南省某海域海上风电场的大直径单桩基础设计实践,基于目前业内最常用的迭代优化设计方法,从海上风电大直径单桩基础的设计流程、要点和工程实例3个方面展开研究和分析。研究证明,在风机整机频率、设计环境数据以及桩土本构模型等方面都存在降载降本空间,可为后续同类项目提供有益参考。

运动副间隙对MCCB操作机构动力学特性的影响研究

针对MCCB操作机构的7个铰链点间隙对机构动力学特性的影响,基于正交试验设计法建立了18组仿真实验,通过极差分析得出了各间隙点对操作机构各指标的影响大小,采用带权重的分目标乘除法相结合的方式建立综合评价函数,对动触杆在位移、速度、加速度和下连杆的应力分析方面做了无间隙和有间隙的仿真对比分析。结果表明:仿真时忽略其运动副间隙的影响,所得各指标仿真值最大偏差达49.45%,平均偏差至少5%以上;对MCCB操作机构综合影响最大的间隙点为推拉杆与上连杆的连接轴间隙,理想铰链下的动力学仿真,位移变化、应力的分布及基本变化可供参考,而速度特性、加速度特性、最大应力值以及最大应力出现时刻则会偏离实际。

Interval design point method for calculating the reliability of structural systems

The evaluation of reliability for structural system is important in engineering practices.In this paper,by combining the design point method,JC method,interval analysis theory,and increment load method,we propose a new interval design point method for the reliability of structural systems in which the distribution parameters of random variables are described as interval variables.The proposed method may provide exact probabilistic interval reliability of structures whose random variables can have either a normal or abnormal distribution form.At last,we show the feasibility of the proposed approach through a typical example.

建筑管道排烟系统设计要点探究

通过对建筑管道排烟系统设计的要点进行探究,包括建筑特点和使用需求分析、系统设计和计算方法应用、施工过程中的注意事项、设备安装和连接方式、烟气产生量和速度的计算、风机选型和功率计算、定期检查和清洁、故障排除和维修方法、系统更新和升级的考虑等内容。通过案例分析,将理论知识与实际工程相结合,深入探讨了建筑管道排烟系统设计的关键要点。

地铁车站建筑设计思路及要点分析

地铁系统是一种集成了多种专业和工种的复杂体系,地铁建筑专业是落实各专业需求的牵头专业,地铁建筑设计决定了整个地铁服务的质量和乘客的舒适度。论文结合南京地铁建筑工程实例及笔者多年从业经验,针对地铁车站的站位、公共区、设备区、消防、装修、防洪涝、地铁与地块合建、既有站改造、商业、“四小件”等方面进行设计思路分析。

Bioaugmentation of a novel bacterial consortium in cotton-planted soil for lambda-cyhalothrin degradation

Extensive use of lambda-cyhalothrin(LC)for agricultural and domestic pest control leads to the accumulation of its residues in soil and water,which poses a serious threat to the environment.Remediation of LC at the point source is the most effective way to avoid its spread and harmful effects.Therefore,this study was planned to investigate the potential of indigenously isolated bacteria for the remediation of LC in cotton-vegetated soils.Three potent LC-degrading bacteria,Brucella intermedia Halol,Alcaligenes faecalis CH1S,and Aquamicrobium terrae CH1T,were isolated from a pyrethroid-contaminated soil.A consortium CHST comprising these three strains was found to exhibit a higher potential for LC degradation as compared to the individual strains.The degradation of LC by CHST was optimized for four varying factors,i.e.,pH,inoculum density(ID),carbon source(CS),and initial pesticide(i.e.,LC)concentration(PC),by applying Taguchi design of experiment.The contributions of these factors to the biodegradation of LC were found to be in the order of pH>CS>PC>ID.The enhanced degradation of LC(84%)was attained at pH 7.0 in minimum salt medium containing 10 mg L^(-1)LC and 3%inoculum.The consortium CHST was also augmented in sterilized and unsterilized soil microcosms at three PCs,i.e.,2,5,and 10 mg kg^(-1).After 21 d of incubation,complete LC degradation was achieved at 2 mg kg^(-1)PC in sterilized as well as unsterilized soil,whereas at higher PCs,the extent of degradation was comparatively less.At PC of 5 mg kg^(-1),88%and 96%LC degradation were observed in sterilized and unsterilized soils,respectively,compared to 79%and90%degradation at 10 mg kg^(-1),respectively.During biodegradation,the major metabolite of LC,i.e.,3-phenoxybenzoic acid,was produced and further degraded.In a cotton-planted soil spiked with 10 mg kg^(-1)LC,the consortium degraded 91.8%LC,as well as improving the agronomic parameters of the cotton plants.In a nutshell,the consortium CHST was found to be a promising candidate for the remediation of LC contamination at the point source.

基于AI技术的文创首饰设计要点及策略分析

近年来,AI技术发展态势迅猛,已展现出良好发展迭代速度,多维影响我国社会与经济,在此趋势下,首饰设计从业者应积极运用AI智能技术,推动首饰多元发展。本文基于AI技术应用视角,在“文化强国”的时代背景下分析文创首饰设计要点,结合我国文创首饰设计现状,创新AI文创首饰设计策略。首饰设计从业者应把握AI智能发展态势,优化AI文创首饰设计模式,科学挑选文创首饰材料,以此提升AI文创首饰设计质量,提升对消费群体的吸引力。