The new energy is urgent task for us to do. It is not only for contaminated environment but also for resource protection. The basic principle research must be proceeded to keep up with advanced country. Mathematics and applied project will be erected to model all kinds of practice. Auto and robot is two factors to develop manufacture technology. Between them robot is new industrious project for us to erect urgently. The auto is developed through new energy source like electricity and hydrogen etc clean fuel.

The electric vehicle as its precious control will be applied widely in agriculture manufacture and transportation that is thought. They are applicable and have future focus in electric vehicle by now. The main advantage is it precision and rapidness to compare traditional vehicle. The second is clear and safe to our environment that will protect energy over use. The third is that cost decreasing due to their unified specification. It allows us to produce rapidly and largely in every area.

In this study the market of Japanˎ Korea and China is researched from actual. It is found that the automatic productions are popular in common. The automatic line and seller is developed direction in future. Meantime consumer of daily production is important in the future as well. The turns are Japan to China in this respect according to writer traveling. Korea is key ie. Middle position in these countries. So combining these three countries to common aim will be subject in future.

Evenness is one of the main criteria characterizing quality for any staple spun yarn. Variation in yarn mass have significant influences like the other quality parameters of jute spun yarn for being applied in the diversified items. However, jute flyer spinning frame had been modified in the drafting zone to improve the quality parameters of jute yarn. In this study, mass variation (unevenness) results of jute yarn had been investigated by producing two types of jute yarn counts (i.e., 6.5 and 10 lbs/spy) for both the existing and the modified spinning frame. Hence, the results of jute yarn unevenness values had been compared between the modified and the existing spinning frame. Results revealed that mass variations of jute spun yarn had been decreased for the modified spinning frame for the both counts (i.e., 6.5 lbs/spy and 10 lbs/spy). Finally, it was remarked that the modified spinning frame produced a better quality of jute yarn in terms of mass variation compared to that of the existing spinning frame.

Decolourisation of wastewater, particularly from textile industries is one of the major environmental concerns these days. The limitations of most of these treatment methods are their high operational and maintenance costs cannot effectively be used to treat wide range of such wastewater. This work describes the use of kaolinite clay as an efficient adsorbent material for anionic azo dye methyl orange removal from synthesized wastewater. Batch adsorption experiment of 200 mgL-1 azo dye methyl orange contaminant removal using kaolinite clay at different stirring speed: 100, 200, 300, 400 and 500 rpm at constant pH4 and contact time of (0 ‒ 180) minutes were investigated, thus, adsorption increases with increase in stirring speed with maximum removal of 69.90% and maximum adsorptive capacity of 3.476 mg/g at 500 rpm. The adsorption equilibrium data were well described by Langmuir>Freundlich>Koble-Corrigan whilst adsorption kinetic data by pseudo second-order>pseudo first-order>intraparticle diffusion>Reichenberg equation in the stated order based on high correlation coefficients and relatively small values of error function analyses (χ2, RMSE, NSD and ARE). The adsorption processes were controlled by chemisorption. The potential applicability of Alkaleri kaolinite clay from Northeast-Nigeria could be employed as a low-cost adsorbent alternative to commercial/activated carbon in the removal of azo dye methyl orange from wastewater.

HC which is harmful to body is searched and find the 87mm is bigger than 75mm under certain time as the consuming of 7.6lit/h. With the increasing temperature the inflamer is high, the temperature is big. If 0.14ml/s or above is outlet interface, it is known to be how much it is. The biggest 250Kg of force will happen here when cylinder diameter is 70mm. The force will incline with the increasing temperature and diameter. The volume decreases when engine rotation increase with little 5.8lit/hr. The economic efficiency of the volume is the lowest in the first stage which attains 1/4~1/6 times emission.

The continuous negligence of gendered and personified rights to daily life discloses the limits of the right to the city. Like other developing countries, absence of safety measures averts women from participating in various activities in the cities of Pakistan. Public transport, walking, and accessibility still disproportionally impact females. This research study points out the techniques of considering spaces that ultimately give attention to integrated spatial setting accommodating both genders. The paper also highlights the existing practices adopted by Government of Pakistan and recommends to plan and design safer public places for females with features that improve security of women of all age groups. The findings of the paper shall help the government departments and decision makers in spreading consciousness among the general public on the proposed and implemented action plans to develop a secure, safer and women-friendly city.

TED Talks New Experiencing English (Viewing, Listening &Speaking) is a course which is characterized by popularity, diversity and originality of Ted Talks. How to exert its greatest value of moral education? Teachers should learn to design the course with ideological and political elements. The teaching design can combine PBL (Project-based learning) to realize. PBL model focuses on developing students’ English output ability. These teaching practices are beneficial to improve students’ moral education level and their ability for practical application.

Physical properties of fabric basically depend on fabric cover and porosity. Other fabric parameters that influence the air transmittance of a fabric are type of stitches used, type of yarn, linear density, twist factor in the yarn, stitch density, thickness, tightness factor and fractional cover of fabric and moisture content which has a circuitous effect on those parameters. Many researchers had already derived so many relationships among those parameters and the fabrics properties. But, air transmittance rate may influence other comfort properties of the fabric. Our investigation shows the relationship of different parameters which can alter the transmittance of air through the plain knitted fabric. Here, a little change in the structure can alter the air transmittance which has been represented graphically.

The force in engine is studied and find that the relationship of it and temperature with two methods of cooling and heating temperature. The force will decline when the temperature inclines in one cycle of engine cylinder movement. On the other hand force will incline when the temperature inclines with cooling temperature. When cylinder length inclines the force will decline.

Poor academic performance of most public primary schools in Suna East Sub-County is a serious challenge in Migori County. Out of five zones in the sub-county, there was low learning outcome in the assessment score with a mean standard score of 250 out of 500 marks for the last five years. The objective of this study was to investigate the influence of teacher professional knowledge and application on academic performance. The study used a survey design and both qualitative and quantitative methods of data collection and analysis. This study was based on two theories; the goal setting theory by Edward Locke and Expectant theory by Vroom. The study had a population of 65 head teachers, 65 deputy head teachers and 500 assistant teachers in public primary schools in Suna-East Sub-County Migori County. Krejcie and Morgan table was used to obtain a sample size of 56 Head teachers, 56 deputy heads, and 217 assistant teachers. The study also used both questionnaires and interview schedules to collect data. Validity of the research instruments was determined through open discussion with the supervisors of Kisii University. Reliability of the research instruments was established through test re- test method using questionnaires and interview schedules results. The data collected was analyzed using statistical package of social sciences (SPSS) version 21 to generate descriptive statistics in a correct and informative way. This study would be significant in the field of education in enhancing quality education by the educators. The finding revealed that most of the teachers 163(83.9%) indicated that they think that professional knowledge is essential in enhancing teaching outcomes, only 33(16.1%) who did not consent. Professional knowledge is viewed as key in evaluating teachers teaching outcomes. It includes all professional record kept by the teachers to enhance learning and academic outcome. The study recommended maintenance of professional records at all times. It concluded that a teacher should ensure there is effective syllabus coverage by attending all lessons as per the school timetable. The researcher paid keen attention to research ethical issues and got the informed consent of the respondents and guarded against plagiarism and ensured confidentiality.

In line with the recent developments and innovations, standardization is a topic that is mainly focused on to ensure an easy flow of operations and reduction in complexity in many different fields. Given the diverse applications of which standardization can be applied to, this paper will focus specifically on the standardization of commissioning tests for protection relays as well as the process and the impact of the implementation of standardization in this particular field. Background : This paper’s focus and origin is from the United Arab Emirates specifically in the electricity sector in Dubai’s Water and Electricity Authority (DEWA); Transmission Power Division, Transmission Protection Department (TPD). Direct emphasis is on the commissioning section where various commissioning tests are carried out for many different protection relays in many different applications in Transmission Substations of Voltage Levels 400/132kV and 132/11kV. As of date, Transmission Power substations counts 330 numbers while more are yet to undergo or complete the engineering phase only to enter the commissioning phase and be tested and commissioned. Commissioning tests have been made easier and more efficient by introducing standardization in 2010, where procedures of various commissioning tests involving protection relays have been standardized and applied whenever a new substation comes to light.

With regards to the assembly line of cost control of Dechang (HK) company, the motor housing’s cost control of process will be necessarily respected. Because the supply quantity is big in a machine the price of motor housing is small, so that the cost control of automatic production line is significant with modeling. It is found that the control of equipment includes in shaft and crank linkage for benefit which also needs to be controlled in detail. For the sake of benefits can we fundamentally resolve the main problem of high cost process.

The stall phenomenon which happens in loaded motor is unqualification in application. Meanwhile it may measure the maximum property of motor in manufacture. So the phenomenon of multiple circuit is analyzed to find a simulation of electrical state to predict the maximum currency and torque which is a necessary method to be proceeded up to now before design. We find that the simulation fits well to the reference. The conditions of multiple circuit with t=6s, U=12V result in the biggest stall force according to rotation to change time and voltage. Then it is t=8s, U=10V; t=10s, U=8V and t=12s, U=6V in turns. As for torque it is t=6s, U=12V; t=8s, U=10V; t=6s, U=12V and t=12s, U=6V in truns. When the voltage decreases resistance declines the rotation will decline in the end.

At 500r/m the volume arrive 1.8E-4 liters which is the biggest one immediately after ignition. Pressure has a small summit when rotation is 2000r/m. The highest pressure attains 4800Pa. When the torque is maximum 400Nm the volume arrives maximum 5E-3liters. Here the correspond rotation this moment is 30r/m.