This project presents the concept of Multi-Function Operating Machine mainly carried out for production based industries. Industries are basically meant for Production of useful goods and services at low production cost, machinery cost and low inventory cost. Today in this world every task have been made quicker and fast due to technology advancement but this advancement also demands huge investments and expenditure, every industry desires to make high productivity rate maintaining the quality and standard of the product at low average cost. We have developed a conceptual model of a machine which would be capable of performing different operation simultaneously, and it should be economically efficient .In this machine we are actually giving drive to the main shaft to which scotch yoke mechanism is directly attached, scotch yoke mechanism is used for sawing operation. On the main shaft we have use bevel gear system for power transmission at two locations. Through bevel gear we will give drive to drilling centre and grinding centre. The model facilitate us to get the operation performed at different working centre simultaneously as it is getting drive from single power source. Objective of this model are conservation of electricity (Power Supply), reduction in cost associated with power usage, increase in productivity, reduced floor space. Single power source. Objective of this model are conservation of electricity (power supply), reduction in cost associated with power usage, increase in productivity, reduced floor space.

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Depending on brain’s current levels of relaxation, focus, and other mental states, brain will produced variable proportions of brain wave types. Each category of EEG (electroencephalography). Generally people’s brain waves will respond to lights and sounds thuding at brain wave frequencies, and it will impact the change in state of brain— this activity called “entrainment.” We can plan our brain to follow any brain wave experience as we like by toggling sequences of pulses into eyes and ears. So here this paper summarizes the Brain Wave Generator which is used to produce various frequencies which are correlated to brain modes like Alfa, Beta, Gamma, Theta, & Delta. In this paper we are going to see the review of the articles related to Brain Wave Generator.

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Modern digital safeguard requires a reasonable and exhaustive comprehension of web application security issues. Anybody can figure out how to sling a couple web hacks, yet web application infiltration testing requires something more profound. Real web application blemishes and their abuse, a field-tried and repeatable procedure to reliably finding these blemishes and pass on them will be talked about in this article. Present day assaults standards will be dissected intentionally to make the most adequate entrance tests.

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Two major challenges for human society today are shortage of fresh water and limited resources of conventional energy. Solar still is one of the methods to convert saline, brackish water into fresh water using the unconventional source of energy i.e. solar energy which is freely and abundantly available in planet earth.[11] The commonly method using in the solar still are active and passive solar still According to the basis of design solar still are classified into single slope solar still and multi slope solar still. In the active type solar still the external sources are used while in case of passive solar still there is no need to use external sources. Most important design parameters influencing the productivity are optimization of glass inclination, intensity of solar radiation, absorber plate area, thickness of glass cover, basin filled with different materials, Nano particles mixed with water in the basin, free surface area of water and depth of water. The main difficulty in conventional still is maintaining minimum depth and large surface area of water. Researchers have put efforts to develop various designs of solar stills to maintain in the minimum depth of water using different types of materials in the stills to increase the productivity. In this review, we are attempting to study of different depth of water using double slope single basin passive solar still filled with aluminum and jute. In the following case it is observed that jute gained maximum productivity and thermal efficiency.

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Two major challenges for human society today are shortage of fresh water and limited resources of conventional energy. Solar still is one of the methods to convert saline, brackish water into fresh water using the unconventional source of energy i.e. solar energy which is freely and abundantly available in planet earth. [11] The commonly method using in the solar still are active and passive solar still According to the basis of design solar still are classified into single slope solar still and multi slope solar still[9]. In the active type solar still the external sources are used while in case of passive solar still there is no need to use external sources. Most important design parameters influencing the productivity are optimization of glass inclination, intensity of solar radiation, absorber plate area, thickness of glass cover, basin filled with different materials, Nano particles mixed with water in the basin, free surface area of water and depth of water. The main difficulty in conventional still is maintaining minimum depth and large surface area of water. Researchers have put efforts to develop various designs of solar stills to maintain in the minimum depth of water using different types of materials in the stills to increase the productivity.[3] In this review, we are attempting to study of different depth of water using double slope single basin passive solar still filled with aluminum and granite. In the following case it is observed that granite gained maximum productivity and thermal efficiency than compare to others.

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In this paper the most significant aspect of the proposed method is that, the developed multiplier architecture is based on vertical and crosswise structure of Ancient Indian Vedic Mathematics. As per this proposed architecture, for two 32-bit numbers; the multiplier and multiplicand, each are grouped as 16-bit numbers so that it decomposes into 16×16 multiplication modules. It is also illustrated that the further hierarchical decomposition of 8×8 modules into 4×4 modules and then 2×2 modules will have a significant Verilog HDL(hardware description language) coding of for 32x32 bits multiplication and it was observed that the parameters like Hardware Complexity, power and Delay are improved over other Reversible multipliers. The design is simulated, synthesized and power estimation was done using 14.3 version Xilinx tools.

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We are planning to design a wireless environment monitoring system using renewable and cost-efficient soil energy. The D-size (55.8 cm3) soil energy cell with carbon and zinc electrodes can produce electricity depending on the water contents and microbial reactions in the soil. The RC circuit model of a soil cell is to be proposed for understanding the electrical characteristics of the cell. The wireless sensing system, including temperature and air moisture sensors, a custom low-power capacitive sensor readout silicon chip, a microcontroller, and a ZigBee transmitter, is to be demonstrated for long-term environmental monitoring solely by the fabricated D-size soil cell. The capacitive sensor readout chip is to be fabricated in a 0.18-μm CMOS process. The total power consumption of the wireless temperature and air moisture monitoring system in the sleep mode and the active wireless data communication operations, should be within the acceptable values. The new technology can enable remote field environment monitoring with less labour-intensive work and battery replacement.

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Drugs are one of the most dangerous addictions in the world. Studies on drugs have been stated to aware public about health Hazards but, Individuals who use Drugs are susceptible to a wide variety of side effects from drug abuse in the short term and the long term. Drugs can cause heart failure, liver failure, suicidal thoughts, depression and other problems. In addition, the Drugs addict is always at a great risk for accidental overdose due to the unpredictability of the dosage strength that they are ingesting.

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This paper presents a comparative study of Burr type distribution with three parameters using order statistics. We propose a control mechanism based on the cumulative quantity between observations of time domain failure data using the mean value function of two Burr type versions i.e., Burr type III and Burr type XII which are based on NHPP.

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Content based image retrieval is a technique used for getting similar type of images to an input image given by a user. Content based image retrieval is used in several areas like medical, biodiversity information system, digital libraries, intellectual properties, crime prevention, security check, remote sensing, engineering and architectural design, publishing and fashion etc. The CBIR manages to provide these applications by using visual features extraction for color, shape and texture features of the images. To provide good quality of results, appropriate features comparison and matching techniques are required. CBIR is the technique of providing similar and accurate results for a query image given by the user. CBIR assumes that all the resulted images on the output screen will be the same as the query image at any instant of time but sometimes it gives false resulted images. So, we can say that the performance of an image retrieval system also depends on the image extraction techniques and the type of images. Most of the existing techniques only consider either the individual features or combined form of features. In this paper, the image retrieval technique uses the best feature extraction technique for the individual feature first and then combined them in a hybrid form and this technique improves the overall precision value of the existing technique by 4%.

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The behaviour of GFRG and regular RC of G+5 multi stories building under earth quake is complex and it varies of wind loads are assumed to act simultaneously with earth quake loads. In this paper a comparison of GFRG building with regular RC building of G+5 multi story building is studied for earth quake and wind load using ETABS. The Glass fibre reinforced gypsum (GFRG) walls are gypsum panels with hallow cores or cavities which can filled with concrete .GFRG walls are used in residential, commercial and industrial buildings. GRFG panels are a composite material consisting of gypsum plaster and glass fibres. The gypsum is industrial by product waste the product is not only eco-friendly, but also resistant to water and fire. GFRG panels can be used as various structural elements such as walls and slabs. GFRG walls find more and more applications and interests in the building industry in Australia as well as in other countries including china and India. GFRG panels are presently manufactured to a thickness of 124mm, a length of 12m and a height of 3m. IIT Madras has been involved, since 2003 with the development of building system especially earthquake resistant design for use in India. Our India is still developing country fighting with huge shortage of houses for every year. In India fertilizer industries are facing problem in disposal of industrial waste gypsum (2000 tons per day). To meet this challenge, India requires innovative, energy efficient, strong and durable in fast method of construction at economical cost. The main aim of this paper is to find out the different responses like Story drift, Story Displacements, Story Shear, Base shear and Modal periods and frequencies of both the GFRG and regular RC buildings in the entire four zones ZONE I, ZONE II, ZONE III, ZONE IV and ZONE V.

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In India various tremendous environmental problem are rising in construction industry due to leading urbanization. Increase in demand of houses which lead to consumes more energy, resources and raw materials which are responsible for the rise in carbon content in air and which are harmful to environment and human health. Nowadays we are facing various environmental impacts due to which we need to build with more sustainable materials which will lead to reduction of impacts on environment. In cities like Pune we are already noticing the change in weather patterns, hotter summers, shorter winters, insufficient monsoons. So taking the preservation of the city’s ecology and finite energy resources seriously is now more than important. Developers need to find better, more sustainable methods of designing their buildings in order to reduce their negative environmental impact. Therefore it is need of an hour to use more sustainable materials and locally available materials which are eco-friendly and a lead for better tomorrow. Considering to all this impacts this paper consist a five green construction materials with their advantages, disadvantages, durability and economical aspects in construction industry which can be an effective alternate material for conventional materials. The perceived long-term potential of solar energy, combined with the capital intensity and cyclical nature of the industry, led to large electronics, oil and engineering companies buying entrepreneurial firms in successive generations. These firms became important drivers of innovation and scale, but they also found solar to be an industry in which achieving a viable business model proved a chimera, whilst waves of creative destruction became the norm.

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The lathe bed characteristics are directly effect on the machining accuracy and are also affected by the thermal, static and dynamic behavior of lathe spindles. This paper presents a review of the static and dynamic behavior of machine tool spindle systems. A comprehensive review has been presented in this work explaining the effects of various operating parameters on the lathe spindle. Also Specific application is illustrated through the study of an actual lathe spindle. In analyzing the spindle behavior, the influences of bearing stiffness, bearing position, damping and the presence of the work piece are discussed through the various research published in reputed journals.

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The project consists of a Power meter reader system with GSM (SMS Sender Device) interface. The energy department needs to send its employees every month in order to take energy meter readings. This is an expensive as well as a time consuming system. Our project determines a more efficient way to get energy meter readings. Both Electricity Company as well as user get their energy meter readings via sms every month. User may also control the system using sms. The energy meter is interfaced to a microcontroller of 8051 family. The energy meter readings are also read by the micontroller and displayed on an LCD Screen, this data is also sent via sms through a GSM modem interfaced to the microcontroller. The GSM modem also has sms receiving capability. On receiving particular user request it sends required signal to the microcontroller in order to do counting for required operation. It can switch loads On/Off as desired.

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Cinnamon has been used for centuries for ethnomedicinal purposes. It is a traditional spice widely used as a part of daily diet in majority of the tropical countries. This plant belonging to the lauraceae family, is one of the richest source of phenolic compounds such as cinnamaldehyde, cinnamic acid, ethyl cinnamate, catechin, epicatechin, β-caryophyllene, coumarin, eugenol, procyanidins and linalool etc. It endows great potential in the fields of culinary, pharmacy, and preservation by virtue of its aromatic, antioxidative and antimicrobial properties. The objective of this article is to entail mechanisms involved in the actions of cinnamon as a whole and its active components, in combating different health disorders. Web sites of Google Scholar, Pubmed and Medline were searched for articles written in English and published the in peer-reviewed journals from 2003-2016 and sixty one research articles were extracted. This review might act as a baseline information reservoir for further exploration on cinnamon and its components to be used in modulating metabolic pathways involved in physiological malfunctions and health disorders in preclinical and clinical scenario with a societal impact.

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The Quality Grained Two-Component Access Manage for Web-Primarily Based Cloud Computing Services is proposed to over come the problem of authentication. Specifically, in our proposed system access control system, an attribute-based access control mechanism is implemented with the necessity of both a user secret key and a lightweight security device. As a user cannot access the system if they do not hold both, the mechanism can enhance the security of the system, especially in those scenarios where many users share the same computer for web-based cloud services. In addition, attribute-based control in the system also enables the cloud server to restrict the access to those users with the same set of attributes while preserving user privacy, i.e., the cloud server only knows that the user fulfills the required predicate, but has no idea on the exact identity of the user. Finally, we also carry out a simulation to demonstrate the practicability of our proposed system.

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This research examines the conceptual model of logistics service quality in DTDC Courier Company in India and Its effect on Customer Satisfaction. The main Objective of research is to provide improvement recommendation to the company for which exploratory study and survey research where conducted. DTDC Courier is the third party logistics service Provider and its main aim is customer satisfaction by providing product at right time. Timeliness should be less which is the time between customer place order and order receipt. In logistics service quality there are seven dimensions, Information quality, Order Procedure, timeliness, order condition, order accuracy, order discrepancy handling, and personal contact quality. In DTDC Courier company transportation there is prepared questionnaires on which survey is conducted. There are several factors which affect the transportation are environmental, human errors, unloading and loading errors, others. According to questionnaire survey human error is mostly occurring.

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Dairy industries have indicated huge development in size and number in many nations of the world. It is also one of the most polluting industries. In this study, dairy wastewater is collected from Belagavi Milk Union Limited (BMUL) located at Belagavi district. The industries effluents of dairy wastewater which is characterized by high pH, Chemical Oxygen Demand , Biological Oxygen Demand , nutrients and organic and in organics contents. Such wastewater, if discharged without proper treatment, severely pollutes receiving water bodies. To treat this dairy wastewater, the Hybrid Down flow Aerobic Trickling Filter Bed (DATFB) reactor is developed. In this experiment study, multi filter media namely Plastic scrubber, Sponge and Polypropylene pall rings used. The reactor has sufficient space to grow microorganisms and bacteria’s. This pilot scale setup was operated for varying Hydraulic Retention Time (HRT) for 6 hours, 12 hours, 18 hours and 24 hour with different flow rate 0.02 L/min, 0.003 L/min, 0.005 L/min and 0.009 L/min. The results obtained from the experimental study showed removal efficiency for BOD as 92.4 %, COD as 87.4 % and Total Solids as 79 % for optimum HRT 18 hours. From the above results it is concluded that the Hybrid DATFB reactor gives more efficiency and good results. The filter media which is used in this reactor gives more than 90% efficiency in these results.

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A TIG-MIG arc welding is a type of hybrid arc welding process meant for high speeds. The studies were carried on a mild steel plate with the help of conventional MIG welding process and a hybrid TIG-MIG welding process and the comparisons were done on the basis of weld appearance, welding appearance and mechanical properties. This hybrid welding process has got the properties of both TIG and MIG welding when studied separately. The speed achieved by this process is high as compared to conventional arc welding discussed above. This method proves beneficial for mass production welding joints. The mechanical properties of the conventional and the hybrid type welding processes were approximately same. The current and voltage of the MAG welding were stabilized by the TIG associated with it. The distance between the wire-electrode is also a very important factor to be considered for good and strong welding.

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Heat transfer by extracting heat from one fluid and heating other fluid is used for most of heat exchangers This study is based on usage of joule heating to transfer heat to other fluid. The helical coil is maintained at potential difference and other fluid flows across these coils. The effect on heat transfer rate, fluid outlet temperature is studied using CFD. The analysis software used is ANSYS CFX. Further changes are made with material of heating coil to analyze the effect on heat transfer characteristics.

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The current demanding area i.e. Cloud computing is going to make use of the ideas of organizing process and specific load stabilizing to relocating the corresponding tasks to utilized in lesser manner of VMs for performing the operation of sharing of system resources in effective manner. Load balancing is a computer networking method to distribute workload across multiple computers or network links, central processing units, disk drives, or other resources, to achieve optimal resource utilization, maximize throughput, minimize response time, and avoid overload. The specified organizing process of the non-intended operations in the mentioned cloud computing working environment is consider to be an irretrievable control and therefore it has generally to be allocated to the great amount to the suitable specified VMs generally at the beginning placement itself in system. In practical study, generally the appeared tasks composed of many number of dependent parameters operations and hence the work load is going to exhibit the non-dependent operations in specific multiple specified (VM)virtual machine done basically in the same mentioned VM’s’ having multiplicity core values. Hence, the mentioned tasks approaching at the time of the running time of the specific server in changing randomly interludes under numerous specific load operating states. Next the engaging diversified working components are basically controlled by assigning the disaster recovery (dr). The (dr) is the process, policies and procedures that are related to preparing for recovery or continuation of technology infrastructure. disaster recovery is a subset of business continuity, disaster recovery focuses on the technology systems that support business functions, hence the dependency parameter of number of operations within the system. Here performance of the suggested technique is examined by making comparison with the current techniques.

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In this paper Wireless sensor networks system Incorporates A gateway that provides wireless connectivity back to the wired world and distributed node. The Energy Conservation has at all times been the first matter for wireless sensor networks since in various location battery recharging or replenishment is not possible. Many solutions have been providing for energy preservation. Clustering protocols have been successful for resolving this issue to a range but not perfect. In our planned procedure we use the capacity of the sensor nodes to controller their transmission power range. By utilizing this ability we are able to reduce their intra group energy. Though this is limited energy saving but this leads us to minimization of total network energy consumption. The other thing that can be considered is about the task of a cluster head in bunching procedures where cluster-head is responsibility the task as provider and receiver concurrently. Providing these tasks to a single node is not capable. So we are presenting the view of a different node named s-node where the s-node is at work as a receiver for a cluster and transfer the collected files to the sink. We must replicated the planned system with LEACH and LEACH-C protocol and model outcomes display that projected system stays improved now positions of net lifetime than together procedures.

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The aim of the project is to design and construction of Intelligent Braking System (IBS) a module used for vehicles in the hill stations. Auto breaking system is used when vehicle is moving upward direction. The project was divided into two phases. The First phase is to demonstrate the application of MEMS. The second phase of the project attempts controlling motors. MEMS sensor is interfaced to micro controller using I2c protocol, microcontroller receives the data from the MEM sensor and process it according to the data from the sensor appliances are operated. Application are like refrigerators, microwave ovens, Theaters hospitals etc. I2C protocol is used for interfacing MEMS sensors with micro controller, Micro controller main functionality is to receive signals for sensors and process information by taking desired decision. Applications which use this technology are refrigerators, operation theaters and microwaves. MEMS-based sensors are a class of devices that builds very small electrical and mechanical components on a single chip.

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Object-oriented design phase has become a principal issue in software organizations and many design fault issue of object-oriented programs have been proposed for quality prediction, but there is no well-accepted statement on how significant those criteria are. Reducing the defects of the software is the software development goal, particularly applicable for high assurance software systems. The object oriented technology insertion into the software industry has created new challenges which use software metrics as a tool for controlling Object oriented design fault is found to be the dominant method for quality prediction of object oriented programs. It would be valuable to know how object-oriented design issue and fault actions are related when fault severity is taken into account. The result of our work is based on the naïve bayes and random forest to improve the accuracy of the fault action.

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The main objective of this project is to maintain the room the temperature, and to provide the security from the intruder, and to remove the darkness in the room by remote light on/off control. The room temperature is monitored by temperature sensor and it is given to ADC then the ADC output is given to the microcontroller. Then the microcontroller will take the necessary action by giving control to the fan or to the heater. IR Sensor and detector is used to provide security from the intruder and it is converted into voltage and given to the micro-controller. The photo detector is used to light on/off control and converted into voltage and given to the microcontroller.

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