自制运动参数量表对针灸康复治疗脑卒中偏瘫患者的评估效果

目的探讨自制运动参数量表对针灸康复治疗脑卒中偏瘫患者的评估效果。方法选取2015年4月—2017年3月丰城市中医院收治的缺血性脑卒中偏瘫患者120例,按照随机数字表法分为对照组和试验组,各60例。对照组采取常规药物治疗,试验组在对照组治疗基础上予以针灸康复治疗,在Fugl-Meyer运动功能评定量表(FMA)、脑卒中患者姿势评定量表(PASS)和Berg平衡量表(BBS)基础上,根据临床经验制定运动参数评定量表对患者的运动功能进行评估,比较两组患者治疗前及治疗后1、3、6个月及1年时的自制运动量表评分。结果治疗前及治疗后1、3个月,两组患者头、上肢、下肢、手、站立、行走、坐位及平衡运动参数量表评分比较,差异无统计学意义(P>0.05);治疗后6个月、1年,试验组患者头、上肢、下肢、手、站立、行走、坐位及平衡运动参数量表评分高于对照组(P<0.05)。结论缺血性脑卒中偏瘫患者采用针灸康复治疗能够加速患者康复,自制运动参数量表评分可客观反映缺血性脑卒中偏瘫患者的运动功能恢复情况。

新中国成立初期湖南参军参干运动

新中国成立初期,为支援抗美援朝战争并推动国防军队的现代化建设,湖南省在中共中央和中南局的领导下,积极开展了参军参干运动。由于湖南曾长期受国民党统治,部分青年学生、工人对参军参干的认识存在误区。为此,湖南全省开展了时事政治教育宣传,经过广泛而深入的动员,青年学生、工人及改造后的土匪踊跃报名参军参干,全省不仅按期完成上级指定的任务,还超额完成了目标。湖南参军参干运动作为新中国成立初期国防建设和抗美援朝运动的重要组成部分,为抗美援朝战争和国防建设提供了兵源和人才保障,同时也为军队的现代化建设储备了大量干部,推动了新中国国防和军队现代化建设的进程,并激发了广大青年的爱国热情。

略论民初女性对性别歧视的觉醒与反思——以女子参政权运动为中心的考察

从性别冲突的角度来看,民初女子参政权运动的失败,女性参政要求被拒,可谓典型的性别歧视案例。民初女性对于性别歧视问题的自觉与反思,表明其女权意识的初步觉醒。这对于促进近代中国女性的思想觉醒,推动近代中国妇女解放运动的进步,均有着积极的历史意义。

参一强激励作用下的Spar平台非线性纵摇运动响应分析

考虑垂荡运动和波浪激励力矩的双重影响,建立Spar平台参一强联合激励下的纵摇运动方程。应用摄动法求得当垂荡频率与纵摇固有频率比接近2:1时纵摇方程的一阶近似解,并分析了方程零解与定常周期解的运动稳定性。以一座试验Spar平台为例,计算了该平台在长周期涌浪下纵摇运动的时域响应。

关于船舶参激横摇运动的试验研究

本文给出了参激横摇运动非线性方程的频域解析解,分析了解的若干特性。相据在规则横浪中的船模试验结果,研究了参激横摇运动的稳定性、时间经历和幅频响应,还讨论了横摇阻尼、初稳心高度和波浪等因素对参激横摇运动的影响。试验结果证实了理论研究的若干结论,并表明参数共振横摇幅值的量级,与主共振横摇值的量级相当,它对船舶稳性的影响不能忽视。

船舶非线性参激横摇运动的分析

应用非线性振动理论中的摄动法，求出了描述参激横摇运动的非线性方程的解，并分析解的稳定性。结果表明。

复方丹参滴丸治疗冠心病的疗效与运动平板实验分析

目的:观察复方丹参滴丸治疗冠心病心绞痛的效果。方法:选择冠心病稳定型心绞痛70例,应用复方丹参滴丸治疗,检测运动平板实验、常规心电图、血脂、血流变。结果:6周后心绞痛总有效率达91.4%,心电图改善总有效率71.14%,运动平板实验治疗前、后比较(P<0.01)。结论:用复方丹参滴丸治疗冠心病稳定型心绞痛疗效确切、安全、速效,无副作用。

Non-cooperative Space Target Estimation Algorithm Without Prior Information Dependence Based on Temporal Line of Sight Constraint

Under single-satellite observation,the parameter estimation of the boost phase of high-precision space noncooperative targets requires prior information.To improve the accuracy without prior information,we propose a parameter estimation model of the boost phase based on trajectory plane parametric cutting.The use of the plane passing through the geo-center and the cutting sequence line of sight(LOS)generates the trajectory-cutting plane.With the coefficient of the trajectory cutting plane directly used as the parameter to be estimated,a motion parameter estimation model in space non-cooperative targets is established,and the Gauss-Newton iteration method is used to solve the flight parameters.The experimental results show that the estimation algorithm proposed in this paper weakly relies on prior information and has higher estimation accuracy,providing a practical new idea and method for the parameter estimation of space non-cooperative targets under single-satellite warning.

Nonparametric Estimation of the Trend Function for Stochastic Processes Driven by Fractional Brownian Motion of the Second Kind

The present paper deals with the problem of nonparametric kernel density estimation of the trend function for stochastic processes driven by fractional Brownian motion of the second kind.The consistency,the rate of convergence,and the asymptotic normality of the kernel-type estimator are discussed.Besides,we prove that the rate of convergence of the kernel-type estimator depends on the smoothness of the trend of the nonperturbed system.

Successful application of optimized aperture based CRS stack in the Shengli exploration area

The common reflection surface （CRS） stack is based on the local dip of the reflector and the reflection response within the first Fresnel zone. During the CRS stack all the information given by a multi-coverage reflection dataset can be successfully utilized. By now, it is known as the best zero-offset （ZO） imaging method. In this paper high quality CRS kinematic parameter sections are obtained by a modified CRS optimization strategy. Then stack apertures are calculated using the parameter sections which finally results in the realization of the CRS stack based on optimized aperture. Thus the advantages of CRS parameters are fully developed. Application to model and real seismic data reveals that, compared with the image section by a conventional CRS stack, the image section by CRS stack based on an optimized aperture improves both the signal-to-noise ratio and the continuity of reflection events.

Rigorous back analysis of shear strength parameters of landslide slip

A rigorous back analysis of shear strength parameters of landslide slip was presented. Kinematical element method was adopted to determine factor of safety and critical failure surface, which overcomes the disadvantage of limit equilibrium method. The theoretical relationship between the combination of shear strength parameters and stability state was studied. The results show that the location of critical slip surface, F/tan f and F/c depend only on the value of c/tan f. The failure surface moves towards the inside of slope as c/tan f increases. According to the information involving factor of safety and critical failure surface in a specific cross-section, strength parameters can be back calculated based on the above findings. Three examples were given for demonstrating the validity of the present method. The shear strength parameters obtained by back analysis are almost consistent with their correct solutions or test results.

新课程标准下的思索——《体育与健康》

作为学校教育教学的重要组成部分的体育教学应该而且能够为造就现代社会所需的一代新人发挥其重要作用。新的课程标准提出新的体育课程理念:全面提高学生在运动参与、运动技能、身体健康、心理健康、社会适应五方面的综合素质,正确把握体育与健康教学的特点,积极倡导与实践"教师主导,学生主体"思想理念,培养学生自主、合作、探究的学习习惯。

Effects of Spark Ignition Engine Operating Parameters on Its Cyclic Variation ——Modeling and Simulation

An engine cyclic variation model has been built by using the residual gas temperature for the n th cycle as the input of the model, through constant pressure intake process, adiabatic compression process, constant volume combustion process, adiabatic expansion process, adiabatic blow down process and constant pressure exhaust process to approximate the thermodynamic processes in the cylinder, finally the residual gas temperature for the ( n+1) th cycle can be estimated. Because of the adding of engine operating parameters such as engine speed, spark advance, equivalence ratio, intake air pressure, intake air temperature to the model, effects of these parameters on cyclic variation can be estimated quantitatively. Since residual gas temperature fluctuation between cycles reflects the circumstances of engine cyclic variation, parameters to which residual gas temperature is sensitive are most likely used as the means to control cyclic variation. Model simulation shows that for the nearly stiochiometric mixture, cyclic variation is not obvious or even quite stable, but for the lean mixture, under the circumstances of partial load and larger spark advances, engine cyclic variations occur chaotically or with bifurcation.

《立定跳远》教学设计

通过新颖有趣的的教学方式,激发学生的运动兴趣,用丰富的教学内容吸引学生,以饱满的热情投入到本课的学习当中。

Chaotic Roll Motions of Ships in Regular Longitudinal Waves

Parametric resonance can lead to dangerously large rolling motions, endangering the ship, cargo and crew. The QR-faetorization method for calculating （LCEs） Lyapunov Characteristic Exponents was introduced; parametric resonance stability of ships in longitudinal waves was then analyzed using LCEs. Then the safe and unsafe regions of target ships were then identified. The results showed that this method can be used to analyze ship stability and to accurately identify safe and unsafe operating conditions for a ship in longitudinal waves.

Method to determine installing angle of conical point attack pick

In order to obtain the determining method of the installing angle and decrease the performance indices (cutting force and wearing rate) of the pick, the relationships among the installing angles (impact angle, inclination angle and the skew angle) were studied, and the static model of installing angles of the pick was built. The relationships among the impact angle, the tip angle of pick and the kinematics parameters of the pick were built, too. Moreover, the mechanic models of the maximum clearance angle and the wearing angle of the pick were set up. To research the relationships of the installing angles and the change law of the wearing angle along with the kinematics parameters, the simulation was done. In order to verify the correctness of the models, the cutting experiments were done by employing two picks with different pick tip angles. The results indicate that, the cutting force is the smallest when the direction of the resultant force of pick follows its axis, and the relationship derived among the installing angles should be satisfied. In addition, to decrease the cutting force and the wearing of the pick, the tip angle of pick should not be larger than the half of the difference between the minimum wearing angle and the impact angle of the pick, and the clearance angle must not be less than zero.

3D Motion Parameters Determination Based on Binocular Sequence Images

Exactly capturing three dimensional (3D) motion i nf ormation of an object is an essential and important task in computer vision, and is also one of the most difficult problems. In this paper, a binocular vision s ystem and a method for determining 3D motion parameters of an object from binocu lar sequence images are introduced. The main steps include camera calibration, t he matching of motion and stereo images, 3D feature point correspondences and re solving the motion parameters. Finally, the experimental results of acquiring th e motion parameters of the objects with uniform velocity and acceleration in the straight line based on the real binocular sequence images by the mentioned meth od are presented.

Energy saving analysis of segment positioning in shield tunneling machine considering assembling path optimization

A motion parameter optimization method based on the objective of minimizing the total energy consumption in segment positioning was proposed for segment erector of shield tunneling machine. The segment positioning process was decomposed into rotation, lifting and sliding actions in deriving the energy calculation model of segment erection. The work of gravity was taken into account in the mathematical modeling of energy consumed by each actuator. In order to investigate the relationship between the work done by the actuator and the path moved along by the segment, the upward and downward directions as well as the operating quadrant of the segment erector were defined. Piecewise nonlinear function of energy was presented, of which the result is determined by closely coupled components as working parameters and some intermediate variables. Finally, the effectiveness of the optimization method was proved by conducting a case study with a segment erector for the tunnel with a diameter of 3 m and drawing comparisons between different assembling paths. The results show that the energy required by assembling a ring of segments along the optimized moving path can be reduced up to 5%. The method proposed in this work definitely provides an effective energy saving solution for shield tunneling machine.

Influence of gas pressure state on the motion parameters of coal-gas flow in the outburst hole

Carried on the one-dimensional analysis to the motion state of coal-gas flow in the outburst hole, and deduced the relational expression between the motion parameters （containing of velocity, flow rate and density etc.） of bursting coal-gas flow and gas pressure in the hole, then pointed out the critical state change of coal-gas flow under different pressure conditions which had the very tremendous influence on both stability and destructiveness of the entire coal and gas outburst system. The mathematical processing and results of one-dimensional flow under the perfect condition are simple and explicit in this paper, which has the certain practical significance.

Measurement of 3-D motion parameters of jacket launch based on stereo image sequences

To make sure that the process of jacket launch occurs in a seml-controlled manner, this paper deals with measurement of kinematic parameters of jacket launch using stereo vision and motion analysis. The system captured stereo image sequences by two separate CCD cameras, and then rebuilt 3D coordinates of the feature points to analyze the jacket launch motion. The possibility of combining stereo vision and motion analysis for measurement was examined. Resuhs by experiments using scale model of jacket confirm the theoretical data.