Survey and Analysis of Postoperative Quality of Life in Gynaecological Oncology Patients

Goal:To investigate the current status of quality of life of postoperative patients with gynaecological tumours,and to analyse the relevant factors affecting the quality of life of postoperative patients with gynaecological tumours.Method:One hundred and fifty-three postoperative gynecological oncology patients who attended the gynaecology and oncology departments of three tertiary hospitals in Henan Province from June 2023 to March 2024 were investigated by convenience sampling method.The patients’postoperative survival quality was investigated through the General Information Survey Scale and Quality of Life Score Scale.Results:The quality of life measurement scale score of postoperative gynaecological oncology patients in this study was(121.27±10.87),in which there was a difference in the quality of life of postoperative gynaecological oncology patients of different age,education level,marital status,and per capita monthly income of the family,p<0.05.Conclude:The quality of life level of postoperative gynaecological oncology patients is generally good,and age,literacy,marital status,and per capita monthly family income are important factors in the postoperative quality of life of gynaecological oncology patients.Healthcare professionals should focus on patients with older age,lower education level,unstable marital status,and poor economic status,and provide personalised targeted interventions to improve their quality of life.

Monitoring and Assessment of Current Situation of Environmental Quality in Yueqing Bay

Based on the monitoring results of environmental quality in Yueqing Bay during 2007-2014,the current situation of environmental quality in the bay was analyzed and assessed. The results show that pH,DO,CODMn,petroleum,and heavy metals( Cu,Pb,Zn,Cd,Hg,As and Cr)in the seawater of Yueqing Bay did not exceed the second class standard of Seawater Quality Standard( GB 3097-1997),but inorganic nitrogen and reactive phosphate in the seawater of Yueqing Bay exceeded the second class standard seriously,and the water quality of the bay was in an eutrophic state; the standard index of evaluation factors of sediment quality was smaller than 1,meeting the demands of sediment quality for environmental protection.

Current Situation of Cultivated Land Quality in Tongnan District of Chongqing City and Suggestions on Countermeasures

In 2015, the area of first and second class land in Tongnan Distdct of Chongqing was 221.646 km2, accounting for 30% of the total cultivated area, and the area of the third, fourth and fifth class land was 517.861 km2, accounting for 70% of the total cultivated area. The quality of cultivated land was at a low level. Comparison with the Second Soil Census in 2015 showed that the soil pH value has been improved; the organic matter content in the tillage layer showed a slight upward trend; the contents of available nitrogen, available phosphorus and available potassium in the topsoil increased. Countermeasures were proposed as follows： vig- orously promote the construction of high-standard farmland; adjust the industrial structure of agriculture and implement farming reform; combine organic and inorgan- ic fertilization to reduce the amount of fertilizers; popularize soil testing and formu- lated fertilization to change farmers＇ traditional fertilization habits; improve pollution control to ensure the sustainable productivity of farmland; strictly promote the quality management of cultivated land and strengthen the construction of quality monitoring system; increase investment and improve the monitoring mechanism; vigorously publicize and enhance the awareness of all citizens in protecting cultivated land; im- prove the law of cultivated land protection and enhance the seriousness of the law on the protection of cultivated land.

An Improvement in Power Quality and By-Product of the Run-Off River Micro Hydro Power Plant

Utilization of Micro Hydro Power Plant at the Gunung Halu case study type run-off the river is a household use only in the afternoon,around 5 pm until bedtime at about 10 pm.Therefore,more than 75%of the energy is lost.This case study lost power which can be used as a by-product,such as for drying coffee beans.In this case study,a design was carried out to obtain by-products and improve power quality in the electrical system.In addition,they complain about the poor quality of power controlled by frequency using Triac-Based Electronic Dummy Load Control.The heat from the dummy load in the case study is used as a by-product.MHP with a minimum power of 20 kW,and the usage time of customer service is about 6 h.The energy for the by-products is about 360 kWh/day,and the power quality improved by using Triac-Based Electronic Load Control and Hysteresis Current Control for the active filter.As a result,the power factor is close to one,the generator current harmonics is less than 2%,and the voltage harmonics is less than 5%.

Current Development Status of Cucumber Industry in Linyi City and Countermeasures for Improving Quality and Benefits

In order to expand and strengthen the cucumber industry in Linyi City of Shandong City and make it more effective in revitalizing the rural economy,the authors surveyed the current situation of the cucumber planting area,production management,fresh-keeping processing and marketing in Linyi City.Based on the survey,it analyzed the current problems in the development of the cucumber industry in Linyi City,including low level of facilities and equipment,the post-picking processing technology,the imperfect quality control system,the low degree of information and the weak degree of organization.Finally,it came up with recommendations including developing increasing modern technological innovation of facility structure and equipment,accelerating research on post-picking commercial processing technology of cucumber,accelerating the construction of product quality traceability system,promoting in-depth integration of informationization and cucumber industry,and improving the degree of organization and industrialization,to improve the quality and benefits of cucumber industry,so as to provide guidance for improving the overall quality,benefit and market competitiveness of cucumber industry in Linyi City.

Analyzing the Current Situation of Employment Quality in China

The current situation of employment quality in China allows no optimist during the period of economic transition. The disequilibrium is the most stressing characteristic in China＇s employment quality. The disequilibrium of this kind of level of the employment quality not only reflects among the areas where the economic development levels are different, but also reflects more differences of the employment quality due to the differences of the worker＇s identity in the labor market. At present, the problems of employment quality in China are mainly reflected in the labor contracts, working time, labor remuneration, job stability, safety in production, job hygiene, social security, and the respects of basic human rights and participating in the democratic management by the laborers, etc. During the economic transition period, the work relation fields in China appear some special colonies, such as the farmer＇s colony, the colony of ownership transformed enterprises, the colony of flexible persons who obtain employment themselves, whose employment quality demonstrates the questions of some peculiar ones and need special concern.

全国417家医院肠造口护理管理现况调查

目的:调查我国医院开展肠造口护理管理的现状,为提升肠造口患者护理管理质量提供参考依据。方法:2024年3月,采用目的抽样方法选取全国31个省份的医院为研究对象,使用自行设计的“肠造口患者护理管理现况调查问卷”进行调查并分析调查结果。结果:共有31个省(自治区、直辖市)的417家医院参与调查,其中366家(87.8%)医院制定了肠造口护理管理制度及工作流程,但不能涵盖肠造口护理管理各个环节;参与肠造口患者管理的人员较多,400家(95.9%)医院有伤口造口失禁专科护士参与;315家(75.5%)医院实施术前造口定位,225家(54.0%)医院开展临时性肠造口患者盆底康复训练,380家(91.1%)医院开展延续性护理服务;健康教育内容包括可用医疗资源及性生活指导的医院分别为223家(53.5%)和199家(47.7%)。结论:肠造口护理管理制度及工作流程制定情况尚可,延续期护理服务形式多样化,多学科团队管理模式推广情况欠佳,肠造口患者护理服务落实率有待提高,需要进一步完善管理制度及流程、加强多学科合作、落实护理服务,以提升患者生活质量。

2016—2023年广西优质常规稻育种现状及发展对策

分析了广西2016—2023年审定的135个常规稻品种主要性状和产业发展形势,认为广西优质常规稻品种存在稻瘟病抗性水平低、稻米品质指标协调性差、主效基因缺乏、同质化严重、低镉型品种选育滞后、销售及转让价格低等问题,对配套栽培技术的研究和推广也不足。针对当前广西优质常规稻育种及产业存在的问题提出解决对策,如加强分子育种,提高品种品质和稻瘟病抗性,加快选育镉低积累品种,加大优质稻品种推广力度,研发和推广配套保优高产栽培技术,打造高端品种优势品牌。

国内部分三级公立医院互联网诊疗服务现状调研及分析

为了解目前国内医院互联网诊疗服务的现状,采用问卷调研与现场访谈法,对国内部分具备互联网诊疗服务的三级医疗机构互联网诊疗服务内容建设现状的相关内容进行调研。根据调研结果从互联网医院服务范围、管理制度、保障措施等方面进行分析总结,并提出相关建议。

基于电流重塑的并网逆变器控制策略研究

针对传统光伏并网逆变器通常需要多个传感器采集电压与电流信号作为控制量,而电网中存在的各种谐波信号及传感器产生的误差对逆变器输出电能质量造成影响,导致逆变器输出电流谐波含量较高的问题,此处提出一种基于逆变器逆变侧电流重塑的控制策略,以逆变侧电流为系统控制信号,间接控制并网电流。首先对传统逆变器电压电流控制策略进行分析,得出逆变器控制信号之间的联系,然后利用并网电压对逆变侧电流信号进行重塑,将重塑后的电流作为逆变器控制信号,得到无电流传感器的控制方式,通过减少传感器数量降低逆变器控制信号中的谐波含量,改善输出电流的波形质量,并具有良好的动态性能。最后通过仿真分析和实验验证电流重塑的正确性和所提控制策略的可行性。

机械加工质量预测研究现状与发展趋势

机械加工质量预测是智能制造的重要组成内容,也是实现质量闭环控制的前提条件,对推动智能制造系统真正落地应用具有极其重要的作用.在对机械加工质量预测的历史进行简要回顾时发现,学者多将研究重点放在机床某一关键部件对加工质量影响的机理研究,却鲜见部件耦合影响的关联性研究.基于上述难题,本文首先剖析影响机械加工质量的7类要素,包括刀具几何参数、切削参数、切削液类型、热误差与热变形、数控机床零部件性能退化、切削颤振以及系统特性;随后,根据各要素数据种类和测量方式的不同,将机械加工质量监测与预测方法划分为4大类,包括机器视觉测量、功率测量、振动测量以及其他测量方法,并对各方法的技术特点、局限性和发展动态进行了阐述;最后,考虑各机械加工质量监测与预测方法的不足,指出材料切削机制研究、数据质量评估方法、面向工业现场数据库构建的标准以及质量预测信息的智能表征与可视化等方面可能是未来的发展趋势.

产教融合视角下高职学生核心素养培养探析

新时代高等职业教育高质量发展背景下,产教融合与核心素养的紧密结合已成为推动职业教育改革的关键,充分体现了高职教育的职业性与实践性导向。当前,基于产教融合的高职学生核心素养培养面临着诸多问题,包括培养目标设置错位、课程体系不完善、培养过程过于重技能轻素养、企业参与度不深等。为提升人才培养质量,立足于产教融合理论与实践,提出校企协同发展、完善核心素养体系、嵌入核心素养指标、发挥双元主体育人等对策,旨在促进高职教育的内涵式发展。

高校安保人员的素质能力现状及提升路径

高校安保人员作为维护校园安全稳定的重要力量,其素质水平直接关系到学校的安全管理工作效能。安保人员的工作职能包括执勤站岗、排查隐患、应急处突、特护安保、咨询指导和沟通交流等。当前高校安保人员存在专业知识缺乏、服务意识不强、沟通能力不足等问题,应该从思想政治教育、技能培训、管理机制、考核评价制度和心理健康等途径以着力提升其素质能力。

金刚石微粉电镀镍品质影响因素研究

金刚石微粉在镀液中易漂浮导致电镀镍困难,为获得金刚石微粉电镀镍工艺,本文研究了镀瓶转速和电镀电流对金刚石微粉电镀镍品质的影响。通过对金刚石微粉颗粒在不同镀瓶转速时运动状态进行理论分析,得到了镀瓶转速调节方法,并通过实验确定了不同电镀电流时镀瓶转速的调节范围。采用单因素实验,研究了电镀电流对镀层增重率、形貌和密度的影响。结果表明:镀瓶转速在1~7 r/min范围内,从小到大逐步提高,同时电镀电流不超过3.0 A条件下,能够实现金刚石微粉电镀镍。电镀电流在0.5 A时镀层失重,出现明显退镀现象,在1.0 A时镀层有少部分漏镀现象,在1.5~2.5 A时镀层包裹完整,基本无漏镀;电镀电流在1.0~2.5 A范围时,随着电镀电流增大,镀层增重率逐渐增大,镀层密度逐渐减小。采用低转速低电流、逐步提高镀瓶转速的方法对金刚石微粉进行电镀镍,镀瓶转速在1~7 r/min,电镀电流在1.5~2.5 A时金刚石微粉电镀镍品质较好。

某三级公立医院耳鼻喉科病案首页填写质量分析

目的:探讨某三级公立医院耳鼻喉科病案首页填写质量现况及其影响因素。方法:选取2018年1月至2022年12月某院耳鼻喉科1000份病案资料,评估病案质量,以病案质量是否合格分组,其中856份合格病历,纳入对照组;144份不合格病历,纳入观察组。比较两组临床资料,如性别、年龄、学历、职称、患者住院时间,采用Logistic回归分析病案质量影响因素。结果:本研究1000份病案资料,优级病案为856份,良57份,中42份,低31份,劣14份,缺陷率为14.4%(144/1000)。观察组年龄>50岁、副主任医师比例低于对照组,患者住院时间比例>10 d高于对照组(P<0.05)。年龄、职称、患者住院时间是病案质量的影响因素(P<0.05)。结论:医院病案填写质量仍有待提高,受年龄、职称、患者住院时间等影响。

环境温度对地铁刚性接触网弹性与弓网受流质量影响研究

近年来全国地铁大面积发生弓网异常磨耗事件,特别是冬季异常磨耗已然成为常态,2022年全国有30余条地铁线路出现此现象,经济损失达数亿元。为了研究环境温度对弓网关系的影响,文章首先建立了某地铁线路刚性接触网有限元模型,计算得到环境温度-20~20℃下接触网刚度曲线,并分析了环境温度对接触网刚度影响规律;然后,构建地铁变刚度弓网耦合动力学模型,依据EN 50119等标准验证了其准确性,并计算了环境温度(-20~20℃)、列车运行速度(40~90 km/h)、受电弓静抬升力(70~160 N)、定位线夹卡滞工况下的弓网接触力,着重分析了环境温度对弓网接触力、弓网受流质量的影响规律。结果表明:环境温度与弓网接触力、受流质量具有强正相关性,当环境温度低于0℃时,弓网受流指标将严重恶化;线夹卡滞会对弓网接触力、受流质量带来恶劣影响,而且行车速度越高影响越大。

河南省知识产权公共服务平台现状调查与高质量发展研究

【目的】研究河南省知识产权公共服务平台建设现状和发展对策,为高质量现代化知识产权强省建设提供有力支撑。【方法】通过网站调研了解河南省知识产权公共服务平台的现状和问题,提出促进其高质量发展的具体措施。【结果】河南省在郑州、洛阳、新乡、安阳、漯河、驻马店、焦作等7个地区建有知识产权公共服务平台,但存在地区分布不均、平台质量参差不齐、平台入口设置和友情链接不规范等问题。【结论】为实现河南省知识产权公共服务平台的高质量发展,全省各地应从做好知识产权公共服务平台的系统规划、多元主体协同保障知识产权公共服务平台的质量、线上线下结合共促知识产权公共服务平台的宣传与推广等方面着手。

中国木地板产业发展现状及对策建议

2019年我国木地板产量达到阶段性历史峰值,木地板产业进入高质量发展阶段。当前产业发展形势严峻:企业效益普遍下滑;国内市场存在“逆向选择”现象;国际市场频繁遭遇贸易壁垒;科技创新增效显示度不高;制造和服务模式面临挑战。本文在对上述发展现状和问题深入分析后,借鉴产业数字化、融合式发展等传统产业转型升级路径理论,提出木地板产业高质量发展的对策建议:一是锚定国内大循环,实施需求驱动木地板产业与服务业深度融合。建议首要任务是致力于满足客户的需求,从产品导向向满足用户体验转变,实施需求驱动,将“能够让消费者在使用产品或享受服务中得到满足”作为衡量企业转型升级成功的标准。二是提升自主创新能力,实施创新驱动木地板产业与研发端深度融合。建议加强跨企业技术流动,大企业发挥主导和引领作用,中小企业向“专精特新”方向发展,协同促进生产力跃迁,逐步构筑新竞争优势,赢得发展的主动权。三是发扬工匠精神,努力提高产品质量和服务质量。建议从产品设计、工艺、原材料、销售服务、铺装服务、品牌创建等全过程下苦功,致力于提升用户体验。四是有组织地开展科学普及,努力消除与消费者间的信息不对称。建议组织开展地板相关知识的科普工作,努力消除信息不对称,避免逆向选择,引导消费者正确认知、科学消费、绿色消费。

附加虚拟阻抗的LCL型并网逆变器电流扰动观测控制方法

针对LCL型并网逆变器输出电流质量容易受电网电压背景谐波及在弱电网条件下电网阻抗的影响,提出一种附加虚拟阻抗的LCL型并网逆变器电流扰动观测控制方法。首先,在常规双闭环控制的基础上引入扰动观测器,将电网电压背景谐波视为系统外部扰动,利用扰动观测器实时估算出扰动量并前馈补偿动态消除扰动对系统的影响;其次通过阻抗分析法来分析弱电网系统中电网阻抗引起稳定性下降的问题,在电流扰动观测控制方法的基础上再加入虚拟阻抗进行优化设计,使得并网阻抗在阻抗交截频率较大范围内变化时的相角裕度仍然大于系统所约束的稳定裕度。仿真对比结果表明,所提方法在保持良好的电流质量的同时提高了系统对电网阻抗的鲁棒性。

基于静止无功发生器的双流制牵引供电系统控制策略

基于静止无功发生器的双流制牵引供电系统可用于交直流供电系统并存的供电区段,也能为多制式机车提供出厂试验,减少供电设备,提高效率,并解决以负序为主的电能质量问题。提出双流制供电系统的结构,根据负荷的运行工况分别研究2种运行方式的基本原理,构建负序补偿数学模型并推导静止无功发生器容量的计算式。基于瞬时无功理论,研究该方案中静止无功发生器的控制策略。搭建仿真模型,仿真结果表明在不同的负荷运行工况下,双流制供电系统既能为交流负荷和直流负荷提供运行功率,也能对公共连接点处的负序进行治理,验证了补偿方案的正确性与可行性。