Sistem Pemantauan Ban Hasil Inspeksi di Area Karantina OEM Berbasis VB.Net 2013

Karantina Original Equipment Manufacture (OEM) merupakan sebuah bagian yang masih dalam satu lingkup dengan departemen Final Inspection, dimana bagian tersebut bertugas melakukan second inspection terhadap ban yang dikategorikan sebagai ban OE hasil dari pengecekan Dynamic Balance (DB) dan Uniformity (UF). Kesulitan yang dihadapi oleh inspektor di area karantina OEM yakni sulitnya melakukan monitoring tyre secara realtime. Kemudian kesulitan yang juga dihadapi oleh admin di departemen Final Inspection yakni sulitnya memproses data hasil check yang akan di proses menjadi report. Maka pada penelitian ini membuat sebuah sistem monitoring tyre berbasis VB.Net 2013 yang memepermudah inspekor dalam melakukan monitoring tyre dan mempermudah admin dalam memproses report hasil check. Untuk melakukan monitoring tyre inspektor dapat login di aplikasi monitoring tyre. Kemudian admin juga dapat memproses report hasil check hanya dengan 5 langkah yang menghabiskan waktu 5 hingga 7 menit saja. Kata kunci: PHP, Vb.Net, Original Equipment Manufacture

Microstructure and Mechanical Properties of High Strength Low Alloy Steel Q550D

Drilling equipment is the key of oil and gas drilling development. Its manufacturing quality and service performance have important influence on oil and gas drilling development safety. The application of high strength grade steel plays an important role in improving drilling equipment manufacturing level and service performance. In this paper, the chemical composition, microstructure, tensile properties, impact properties and hardness of TMCP Q550D and Q-T Q550D high-strength low-alloy steel were tested and compared, and the application feasibility for drilling equipment manufacture was analyzed comprehensively. The experimental results show that the mechanical properties of Q550D by two different methods were obviously higher than the requirement of national standard. Q550D steel had excellent plasticity and toughness, which meets the requirement of drilling equipment manufacture. The main difference between different steel lied in their chemical composition and micro-structure. Carbon content of TMCP Q550D steel plate was lower than that of QT Q550D, and TMCP Q550 was mainly depend on TMCP technology and micro-alloy elements, whose micro-structure was mainly granular bainite. Q-T Q550D was mainly depend on Q-T technology, and its microstructure was tempered sorbite with obvious banded structure and slightly low toughness.

Logistical considerations for the arms production industry in the Middle Byzantine Empire

Utilizing the information recorded in the mid-tenth century Byzantine document known as De Ceremoniis, this paper will examine labour requirements for armament production in the context of a naval expedition to Crete launched by the Byzantines in AD 949. A series of interviews was conducted with experienced blacksmiths with the intention of exploring time requirements for equipment manufacture. The information provided by the De Ceremoniis, as well as that produced through the interviews, has allowed for the assessment of overall trends in the tenth century arms production industry, including labour investments, thematic and imperial production capabilities, and transportation logistics.

Automatic Vehicle Turn Indicator using Speech Recognition

Voice-controlled innovation is an energizing region of research that is utilized to help people in the mechanical control of manual frameworks. It is a part of human-communication that builds the advances in programmed discourse acknowledgment or ASR with the inventive advances of characteristic language handling or NLP. Wise frameworks, for example, Automatic Vehicle Signaling Systems, can likewise take into consideration adaptability in manual activities. In late investigations, analysts have investigated regular language control of manual tasks. In this paper we will research interfacing voice control activities with Arduino-based equipment stages that are utilized to structure the programmed sign highlights in a vehicle. The control system includes a voice recognition circuit for activating turn signal devices within the vehicle. The voice recognition circuit takes in input from the voice from the Google maps voice assistant. In some formats, a wireless hardware is provided while in other embodiments original equipment manufacture is accommodated

CO2 emissions from facility services

Purpose The purpose of this paper is identification of a methodology to determine CO2 emissions through facility services on an approximate and sufficiently accurate basis. This methodology is to be used by German practitioners for request for proposals (RFPs) and offers of facility services. Design/methodology/approach In accordance with ISO 14067, a matrix of CO2-relevant modules for the representation of CO2 emissions from facility services is developed. Key figures for energy consumption, transport and equipment manufacture and use are used in a case study. Findings For a transparent CO2 assessment of facility services, the following modules are required: work clothing, devices, vehicles (service personnel), supplies, transportation of personnel and overhead (vehicles and office space). In the case study, facility services account for about 30 per cent of the CO2 emissions originating from the use of the building. Research limitations/implications The methodology developed is also applicable to other services. Prior to that, however, the investigation of additional facility services (catering or security) and an extension to other types of facilities is required (office building, hospital, etc.). Practical implications The developed methodology allows transparent competition for low-carbon services concepts, for example, in RFP procedures for facility services. Social implications CO2-optimised facility services increase the demand for low-emission operating equipment and resources. They therefore have an indirect influence on the development of a low-carbon economy. Originality/value To date, there has not been a methodology that supports a transparent and practical summary of the service-related CO2 emissions associated with the resources used in facility services.

PEMBUATAN BIOGAS DARI LIMBAH TERNAK SAPI PERAH DAN PUPUK ORGANIK AMPAS BIOGAS KERING

Kemiri is a village in Malang located on the border of the District Malang with Pasuruan region. Most of the people are farmers lading and maintain dairy cows as their daily work. Impurities cause waste that pollute the environment in the form of odor and contaminate soil and water. Cow dung Colly contains toxins and bacteria that endanger human health and the environment. The results of the survey team IbM and analysis of problem situations faced by Partner IbM, very urgent and need help are as follows: (1) Waste cow manure Partners cause environmental pollution, (2) Lack of energy for cooking are still using firewood and LPG subsidy (3 Kg) that it is still heavy, (3) Not understanding Biogas manufacturing technology and lack of capital. (4) Expensive and scarce chemical fertilizer in the field, (5) the limitations of materials and equipment manufacture organic fertilizer. On the basis of the measures to solve the problem is (1) Holding Extension of cleanliness, making biogas and organic fertilizer packaging of the pulp biogas (bioslurry), (2) Preparation of tank biogas (digester) type Fixed Dome made of brick or concrete, and their installations and equipment up to the utilization / operations, (3) dry Organic Fertilizer Production packaging 25 Kg of bioslurry. Thus, the target output or outcome in Service program is the biogas as a source of energy / fuel for IBM partners fund and organic fertilizer packaging 25 Kg as a substitute for chemical fertilizers and unnatural.

Design Parameters Prediction of New Type Gas Turbine Based on a Hybrid GRA-SVM Prediction Model

Since the late 1930s, gas turbine has begun to develop rapidly. To improve the economic and safety of gas turbine, new types were generated frequently by Original Equipment Manufacture (OEM). In this paper, a hybrid GRA-SVM prediction model is established to predict the main design parameters of new type gas turbines, based on the combination of Grey Relational Analysis (GRA) and Support Vector Machine (SVM). The parameters are classified into two types, system performance parameters reflecting market demands and technology development, and component performance parameters reflecting technology development and coupling connections. The regularity based on GRA determines the prediction order, then new type gas turbine parameters can be predicted with known system parameters. The model is verified by the application to SGT600. In this way, the evolution rule can be obtained with the development of gas turbine technology, and the improvement potential of several components can be predicted which will provide supports for overall performance design.

Industrialization and Sport

This chapter considers three main aspects of sport and industrialization. First, it challenges the conventional wisdom that the British Industrial Revolution was the catalyst for the development of modern sport in Britain and that subsequently Britain’s industrialization led to the cultural export of sport to the rest of the world. In doing so it critiques Guttmann’s theory of modernization in sport; unravels the various influences of industrialization, urbanization, and commercialization; and notes several different models of sport development that emerged around the world. Second, it examines the economic history of sport becoming an industry itself, looking at equipment manufacture, gate-money spectator sport, the role of the professional player, and the various objectives of the entrepreneurs involved. Finally, it considers sport in the industrial workplace, particularly the motives of employers who provided sports facilities for their workers. It emphasizes that sport was often offered to both male and female employees.

Research and Construction of Clean Production Comprehensive Evaluation System to Printing Equipment

<p>With the increasingly serious environmental problems, how to achieve the sustainable development of environment and economic has become a widespread concern at home and abroad. Through the research and analysis of clean production and clean production evaluation index system of domestic and foreign, and according to statistical theory, the reasonable and effective sampling method was determined. By researching the printing equipment manufacture and equipment applied enterprise of domestic, the data contained printing equipment energy use, emissions and product characteristic was obtained. By using the method of expert advice and factor analysis, clean production evaluation indicators and index system was determined.</p>