Nowadays, everything is done online. Many traditional services are made online to ease customers. This conceptual paper propose on a web-based online system that offers customers to customize and design their own apparels, shoes and bags and provide designers a platform to advertise their designs. While there are many websites that provide customize apparel design for normal size people, there are only few websites (especially in local) for big size and tall people. Few short interviews have been conducted to collect information about plus size and tall people; and their buying behavior. The key objectives of this customize apparel design online systems are to ease customers to choice, buy and design their own items such as pants, shirts, blouse and shoes in one stop center. The system is also specialize in customize plus size and tall people because according to the interviews most of them had difficulty when finding apparels and shoes. By using the system, each of the customers can have their own unique design based on their preferences. This system also provides a platform for designers to upload and share their design for free. For this conceptual paper, literature reviews and three integrated suite of tools are being used to helps understand the context and to helps create value for the business and the customer segments. The three integrated suite of tools are the nine blocks of business model canvas (BMC), the value proposition design (VPD) and the environment map (EM).

Barbara Wards words at the Stockholm Conference on ‘Only One Earth’, (1972), “We have forgotten how to be good guests, how to walk lightly on the earth as its other creatures do”, are the harsh reality of the present scenario of our planet earth. We Homo sapiens are known as the highly intelligent species on earth. But in contrast like another species we do not act conscientiously with our environment. In recent years our prime priority is become to quench the thirst of personal greediness and selfishness. During this process, we do not hesitate to destroy the earth’s environment. It is true that we are transforming our self into the most selfish species without any pause.

Thus this unfriendly and selfish behavior of human lead to the various major current problems of the earth like global warming, deforestation, ozone layer depletion, unavailability of fresh water, pollution, desertification, rising sea-level, extinction of several species and plants and climate change. All these problems gradually developed on the earth’s surface in the result of human interference in the natural environment. All these environmental problems rooted into the human behavior. Therefore for the sake of quality of earth’s environment, we need to urgently change human behavior towards environment. Precisely present state of environment is the vital call for environment friendly behaviour.

In the context of cry for environment friendly behavior, accountability towards the environment becomes prominent stone in the achievement of environment friendly behavior from whole humanity towards their environment. As eminent scientist Albert Einstein has rightly said, “It is the supreme art of the teacher to awaken joy in creative expression and knowledge.” This same supreme art of the teacher is required in inculcating the accountability towards environment. Similarly in the words of Mary Hatwood Futrell, President of Education International: “When the uncapped potential of a student meets the liberating art of a teacher, a miracle unfolds.” Thus, every teacher in every class-room, every day is performing a miracle which helps in shaping millions of learners to become worthy citizens of the world.

Electric induction motors have been used since the second industrial revolution in the nineteenth century to the present time in the model “automatic industrial production.” This demand for more modern and efficient engines makes searching for predictive maintenance more important in industrial settings. Failures in motors are due to a wide range of possible defects such as unbalanced rotor misalignment between devices, deformations on an equipment frame, lubrication failures, bearing failures, short-circuit between turns, phase imbalance, and broken-bar rotor fault. This paper proposes an automatic detection of broken-bar and bearing faults in induction motors. The study was conducted using motor current signature analysis based on the fast Fourier transform, and failure detection was processed by an artificial neural network (ANN) method embedded into an FPGA processor.

Antifertility effect of alcoholic extract of P.nigram fruit on male and female wistar rat model were investigated. The alcoholic fruit extracts of P.nigram were administered orally to different groups of animals and further their effect on histology of ovary and testes were observed. In this research work different group of animals were administered with low (0.6ml/animal/day) and high dose (1.2ml/animal/day).After the completion of the experiment histomorphology of ovary shown decrease in follicular growth observed  at low and high dose respectively compared to control ones. Testes histology revealed that the seminiferous tubular thickness at high dose decreases in diameter supporting the antifertility effect of extract.Antifertility effect of alcoholic extract of P.nigram fruit on male and female wistar rat model were investigated. The alcoholic fruit extracts of P.nigram were administered orally to different groups of animals and further their effect on histology of ovary and testes were observed. In this research work different group of animals were administered with low (0.6ml/animal/day) and high dose (1.2ml/animal/day).After the completion of the experiment histomorphology of ovary shown decrease in follicular growth observed  at low and high dose respectively compared to control ones. Testes histology revealed that the seminiferous tubular thickness at high dose decreases in diameter supporting the antifertility effect of extract.

Knee joint experienced several magnitude of loadings in relation to usual daily life activities. Those activities vary from simple walking to climbing and ascending stairs. This paper presents result of study on the effect of loads onto Knee Replacement during six daily life activities for overweight subject group. The knee replacement has been modeled and simulated using ANSYS finite element software. The result shows that one legged activity cause minimum effect of forces and the moments on the knee joint replacement. Maximum forces and moment on the knee were caused by the stair ascending activity. Stand-up /sit-down and knee bend activities gives rather similar response magnitudes while level walking has an average values