bluuebunny/crossref_metadata_2025 huggingface dataset:
NATION STATE AND COSMOPOLITAN IDENTITY IN A POSTMODERN WORLD OF GLOBALIZATION / NACIONALINĖ VALSTYBĖ IR KOSMOPOLITINIS IDENTITETAS POSTMODERNIAJAME GLOBALIZACIJOS PASAULYJE
Authors: Pirc Tadej
Published: January 2014

The article problematizes the pressing dilemma that the postmodern age is posing to the globalized world in which the nation state is on one side losing its strengths and sovereignty, but on the other side is being strengthened by the unexpected effect of globalization. It is the effect of fighting for one's own identity, with which the national identity of citizens is also becoming stronger. But the other side, which the cosmopolitan standpoint also represents, is trying to open the closed communities of the communitarian type to other horizons, with which the citizens would not have to sacrifice their own identities; they would merely have to admit the inevitability of multi-levelness of identity. The article espouses the thesis that the formation of a cosmopolitan identity, which could be encouraged by a globalized cultural environment of a postmodern age, is not merely a possibility, but a reality, which should also be recognized by political structures.

Santrauka

Straipsnyje gvildenama dilema, postmoderniosios epochos iškelta globalizuotam pasauliui, kuriame nacionalinė valstybė, viena vertus, praranda savo tvirtumą ir suverenumą, tačiau, kita vertus, yra stiprinama netikėto globalizacijos poveikio. Tai poveikis kovos už savo paties identitetą, su kuriuo stiprėja ir nacionalinis piliečių identitetas. Tačiau kitas aspektas, kurį taip pat reprezentuoja kosmopolitinis požiūris, siekia atverti komunitarinio tipo uždaras visuomenes kitiems horizontams, kuriems piliečiai neprivalėtų aukoti savo pačių identitetų, o tik turėtų pripažinti, kad identiteto daugialypiškumas yra neišvengiamas. Straipsnyje palaikoma tezė, kad kosmopolitinio identiteto formavimas, kuris gali būti palaikomas postmoderniosios epochos globalizuotos kultūrinės aplinkos, nėra vien tik galimybė, bet ir realybė, kurią turi pripažinti politinės struktūros.
RETURNING TO THINKING THEOLOGICALLY – BREAKING DOWN THE BORDERS BETWEEN EAST AND WEST: AN INTERDISCIPLINARY EXERCISE / GRĮŽIMAS PRIE TEOLOGINIO MĄSTYMO, GRIAUNANT SIENAS TARP RYTŲ IR VAKARŲ: INTERDISCIPLININĖ TRENIRUOTĖ
Authors: Jasper David
Published: January 2014

This essay explores the developments in Christian theology which are taking place in the encounter with the ancient Chinese classic texts. These are being revisited in Chinese universities where scholars from the West and the East are seeking a common religious language through what has been termed a form of “scriptural reasoning”. Links are especially made through the work of radical European thinkers of the present time such as Slavoj Žižek and Gianni Vattimo. Santrauka Šiame straipsnyje tyrinėjama krikščioniškosios teologijos raida sandūroje su senovės kinų klasikų tekstais. Šie tekstai buvo peržiūrėti Kinijos universitetuose, kur mokslininkai iš Vakarų ir Rytų ieškojo bendrosios religijos kalbos, apibūdinančios „biblinį mąstymą“. Sąsajos yra sudarytos ypač per dabartinės Europos radikaliųjų mąstytojų, tokių kaip Slavojus Žižekas ir Gianni Vattimo, darbus.
Direct Production from CAD Models Considering on Integration with CIM Flexible Production System
Authors: Ružarovský Roman
Published: January 2014

Production engineering is currently characterized with continuously changing and expanding, producers have to be flexible in this regard. It means that need to offer production possibilities, which can respond to the quick change. Engineering product development is focused on supporting CAD software; such systems are mainly used for product design. The integration of flexible manufacturing systems and subunits together with product design and of engineering is a possible solution for this issue. Product designers use different types of CAD systems that are incompatible with each other. To enter a new product, it is necessary to transform CAD data and re-enter into the production system used by the manufacturer. The solution is to generate NC data directly from a CAD model and transform the data uploading to control system of flexible manufacturing system. The integration of flexible manufacturing systems and subunits together with product design in CAD and of engineering is a possible solution for this issue. Integration is possible through the implementation of CIM systems. Such an explanation and finding a connection between CAD and production system ICIM 3000 from Festo Co. is engaged in the research project and this contribution.
The Sensory Devices in the Assembly Workspace of an Intelligent Assembly Cell
Authors: Šimúnová Michala , Velíšek Karol
Published: January 2014

The purpose of this article is not only to get new knowledge but also shown on the automation and robotics at Slovak University of Technology - Department of production devices and systems in Trnava. The automation and robotics are oriented to different devices, but I will focus to intelligent assembly cell. In this contribution, the assembly workspace of this cell is solved. I will focus to hardware equipment such are sensory devices and their allocation in this assembly workspace.
Assignment of Labour to a Production Line Depending on Lot Size
Authors: Kurnátová Júlia , Važan Pavel , Križanová Gabriela , Orihelová Katarína
Published: January 2014

The paper describes the results of real simulation project in production line. The aim was to optimize the number of workers according to the different orders during one working week, to minimize time for orders realization with using the alternative technological processes, to minimize the length of order processing at maximum the number of workers on the shift. The simulation optimization was used for solution finding.
Model-Oriented Safety Analysis of Dynamic Technological Systems
Authors: Strbo Milan , Tanuska Pavol , Gese Augustin , Korytar Marek
Published: January 2014

The paper deals with the safety analysis for dynamic technological systems. The analysis is performed in the phase of control system development. The SQMD method has been proposed to use for safety analysis of dynamical systems. We created models for safety-critical states of system using this method. The models are divided to qualitative and quantitative. Qualitative models are created by using of fuzzy logic. There we will use the knowledge and experience of safety analysis of similar systems. Quantitative models are constructed by using of differential and difference equations. Mathematical models are verified by simulation. Hybrid models for individual safety-critical states are constructed by synthesis of qualitative and quantitative models. Finally is performed on-line monitoring and fault detection in real system by using these hybrid models.
Numerical Analysis and Simulation of Drawpiece Forming Process by Finite Element Method
Authors: Kaldunski Pawel , Kukielka Leon
Published: January 2014

This paper shows the application of an incremental modelling and numerical solution of the contact problem between movable elastic or rigid tool and elastic/visco-plastic bodies developed in [ to the numerical simulation of drawpiece forming process for the case of rigid tool (punch and die block) and elastic-plastic body (drawpiece). Also the current state of knowledge of the subject matter of the drawing process, modelling and simulation of this process is discussed. The latest and unconventional methods of drawpiece forming have been presented. The important factors determining the proper formation of drawpiece and the ways of their determination have been described. Three types of material models have been used: elastic-plastic model with the linear hardening, elastic-plastic model with the power-law hardening and Frederic's Barlat model which takes into account the anisotropy in three main directions and three tangents. For an example of selected simulations, dependence of punch force from its displacement for different types of die blocks has been presented.
Incremental Modelling and Numerical Solution of the Contact Problem between Movable Elastic and Elastic/Visco-Plastic Bodies and Application in the Technological Processes
Authors: Kukielka Leon , Kukielka Krzysztof , Kułakowska Agnieszka , Patyk Radoslaw , Patyk Radosław , Bohdal Łukasz
Published: January 2014

Paper presents the modelling of the contact problem in the technological processes. Technological processes were considered as a geometrical and physical boundary and initial value problem, with unknown boundary conditions in the contact zone. An incremental model of the contact problem between movable rigid or elastic body (tool) and elastic/visco-plastic body (object) in updated Lagrange formulation, for spatial states (3D) was considered. The incremental functional of the total energy and variational, non-linear equation of motion and deformation of object on the typical step time were derived. This equation has been discretized by finite element method, and the system of discrete equations of motion of objects was received. For solution of these equations the explicit or implicit methods was used. The applications were developed in the ANSYS/LS-Dyna system, which makes possible a complex time analysis of the states of displacements, strains and stresses, in the workpieces in technological processes. Application of this method was showed for examples the modelling and the analysis of tensile test [1 and technological processes of metal forming [1-.
Design and Manufacturing Optimization of Single-Cylinder Engine Block Prototype Using CATIA Environment
Authors: Haba Sever Alexandru , Oancea Gheorghe
Published: January 2014

This paper presents a complex project, implemented in CATIA V5 environment, used for mechanical design and prototype obtaining of the single-cylinder engine block. The main features which are implemented allow reducing the time for design, using the end user design parameters for the prototype manufacturing, reducing the material consumption, optimization of the numerical control technology for milling process. The paper also presents a software system, developed with Visual Basic in CATIA environment, which can be used to automate the process of 3D model generating, creating the data files for rapid prototyping equipments, designing of CNC machining technology, and automatic generating of the numeric control files for the milling process using multi-axes machining centre. The NC files are verified using simulation capabilities of the virtual environment provided by CATIA V5.
Possibility of the Process Monitoring during Assembly and Disassembly Components
Authors: Holubek Radovan
Published: January 2014

Nowadays, big expansion and innovation are emerging in all development area of technologies and technological devices. Probably industrial robots and manipulators belong to development too. Industrial robots and manipulators belong to progressive elements of automation. At present industrial robots and manipulators are used for manipulation with various types of objects. The proper using of gripper that creates important task in manipulation in term of object grasp and choose of right type of gripping jaws it is possible to manipulate with object that are fragile and soft. However at this time is very important check of the all time of the process assembly and disassembly in each time. The current information about automation process assembly or disassembly are evaluation to the control unit system.
Adaptive Control System to Assist the Surface Workpiece Quality when Drilling
Authors: Vrabel' Marek , Maňková Ildikó , Beňo Jozef , Kandráč Ladislav , Stahovec Jozef
Published: January 2014

Article deals with design of adaptive control system for drilling process of aerospace critical components. The system proposed in this paper is directed towards real the time control of surface roughness parameter Ra. Proposed model for monitoring and control consists of surface roughness prediction system and decision making subsystem. The artificial neural network was employed to calculate surface roughness parameter Ra through of process monitoring indices such as torque Mz, force Fz, power P and cutting conditions feed f, cutting speed vc. Test samples were nickel based super alloy Udimet 720 used as a basic constructional material of discs for gas turbine engines.
The Numerical Simulation of Workpiece Clamping
Authors: Oravcová Jarmila
Published: January 2014

The paper deals with the effects of clamping forces on the workpiece during clamping fixture. It describes an experiment using numerical simulation. With numerical experiments we wanted to find out displacement of basic points of the model and changes in the reaction forces in contact points. In the experiment it was considered with initial inaccuracies of contact points. Verification of their effect was made on simulation models of workpieces, which were made in software ANSYS. The creation of the model was used finite element method.
Investigation of the Surface Quality when End–Ball–Milling Form Surfaces with Sequence of the Radii Ratio
Authors: Beňo Jozef , Stahovec Jozef , Vrabel' Marek
Published: January 2014

This paper deals with a methodology of identifying surface quality when endball milling form surfaces which are applied in tool making. This methodology was developed for the 3D milling process and it consists of following parts as design of the samples, surface milling and checking surfaces with different sequence of radii ratio. That sequence was used to model real form surfaces applied in tool making. Based on the defined measurability of the surface roughness, two milling strategies have been applied to produce radii sequence. In order to prevent undesired cusp formation in the 3D milling, the response surface methodology and statistical analysis are used to evaluate surface quality.
The Influence of Technological Loading on Stable Operating State of Asynchronous Motor
Authors: Riečičiarová Eva
Published: January 2014

The contribution deals with experimental determination and mathematical modeling aimed to describe complex machine aggregates working under dynamic conditions.
Measured parameters allowed to deduce the generalized Kloss characteristics for nominal operational speeds of 1,450 min-1, 1 000 min-1 and 720 min-1 under the sinusoidal excitation. The steady-state motion is conveniently reinterpreted as an ellipse centered at the working point. Working point is given as the intersection of moment characteristics of the asynchronous motor with the loading characteristics of DC motor with separate excitation. The results of measurements show, that it is necessary to consider the linear dynamic characteristics especially for dynamic response computations near to the resonance.
Punch-Die Gap Effect on Blanked Edge in Fine Blanking of Low-Carbon, Micro-Alloyed and High-Strength Steels
Authors: Majerníková Janka , Spišák Emil
Published: January 2014

This paper analyzes the effect of the punch-die gap on blanked edge quality in fine blanking. The objective is to determine basic mechanical properties of galvanized multiphase steel sheets with a thickness of 0.75, 0.80 and 0.85 mm by a single-axis tensile test, determine the effect of the punch-die gap on plastic phase depth [hv] expressed as the relation of hv to a0, and, finally, determine the effect of material properties of blanked sheet metal on blanked edge quality expressed as the relation of hv to a0.
The Size of the Friction Coefficient Depending on the Size and Course of Normal Load
Authors: Labašová Eva
Published: January 2014

The coefficient of friction for the bronze material (CuZn25Al6) with inset graphite beds is investigated in the present paper. Friction coefficient was investigated experimentally by the testing machine Tribotestor`89 which uses the principle of the ring on ring method. Tribotestor`89 machine may be classed to the rotary tribometers. The tested sliding pairs were of the same material. The internal bushing performed a rotational movement with constant sliding speed (v = 0.8 m s-1). The external fixed bushing was exposed to the normal load, which was of different sizes and different variations. Process of load was increased from level 50 N to 200 N (400 N, 600 N) during run up 600 s, after the run up the appropriate level of load was held.The forth test had a rectangular shape of loading with direct current component 400 N and the amplitude 200 N period 600 s, the whole test took 1800 s. The obtained results reveal that friction coefficient decreases with the increase of normal load. Further, that the coefficient of friction was found smaller at constant load, as compared to rectangular shape of loading.
A Detection of Deformation Mechanisms Using Infrared Thermography and Acoustic Emission
Authors: Dekýš Vladimir , Kopas Peter , Sapieta Milan , Stevka Ondrej
Published: January 2014

Change the deformation mechanism in metallic materials may be detectable using infrared thermography and acoustic emission. For samples of mild steel is the creation of Lüder’s bands presented in the infrared spectrum. Follow-number increase of these bands is also presented. In the system of acoustic emission is for this deformation mechanism described signal, which allows detection of the deformation process of these technologies.
Temperature Measurement and Finite Element Modeling Methodology for Laser Cutting of Stainless Steel Plate
Authors: Babalová Eva
Published: January 2014

The article is focused to the temperature measurement and methodology of computer modeling of laser cutting process on stainless steel plate. Microstructure of stainless steel and dimension of the kerf width was obtained. The temperature was measured with two K-type thermocouples by digital convertor NIUSB9211. Obtained temperature dependences were used for simulation 2D and 3D models creation by ANSYS software. The results of the model application with SHELL and SOLID elements are shown. Numerical simulation showed effect of nitrogen gas on heat dissipation and is also one of the reason why isn't total energy received in the material. Author considered 3D model with impinging jet flow whose proposal is in the article as the model closest to reality.
On the Integration of Production and Maintenance Planning at the Tactical Level: Proposal of a Contribution Procedure
Authors: Cazañas Ronald Díaz , Delgado Sobrino Daynier Rolando
Published: January 2014

This paper deals with the problematic of the ProductionMaintenance integration and what it represents to the correct functioning of the companies. As a consequence of this, it is introduced a general contribution procedure for the integration of production and maintenance planning at the tactical level. With it, elements of the Value Analysis, the Reliability Centered Maintenance and the Fuzzy Control Theory are integrated in the context of an existing method for selecting maintenance strategies. The key outputs of the proposal consist on defining (1) the roles played by the fixed assets that do really add value to the production system, (2) the best maintenance strategy for each asset and, (3) the modifications that, if necessary, are to be made in the tactical plan of production due to potential capacity problems in the maintenance subsystem.
Application of Fractal Geometry for Laser Engraving of Artificial Leather Surface
Authors: Pata Vladimír , Sýkorová Libuše , Knedlova Jana , Malachová Martina
Published: January 2014

The article deals with application of fractal geometry on a surface of polymeric material (artificial leather) obtained by laser micromachining. There was done an experimental manufacturing of the chosen entities at the change of a technological parameters and laser beam mode. The aim was to consider possible changes of the given surfaces resulting from different laser beam mode (pulse vs. continuous).
Some Characteristic Parameters of the Run-In Phase in Rotational Turning and their Determination
Authors: Sztankovics István , Kundrák János
Published: January 2014

In rotational turning the kinematic relations between the tool and the workpiece are different from traditional turning. The cutting edge is more complex (can be typified by helical geometry) and the feed motion is the result of the tool rotation. Therefore, the characteristic parameters of the procedure must be determined by methods different from traditional turning. In this article we determine some characteristic parameters of the cutting run-in phase (which ends if the chip cross-sectional area becomes constant): the axial length, the needed rotation of the tool and the duration.
Numerical Study of the Influence of Surface Regular Asperities Prepared in Previous Treatment by Embossing Process on the Object Surface Layer State after Burnishing
Authors: Patyk Radoslaw , Kukielka Leon , Kukielka Krzysztof , Kułakowska Agnieszka , Malag Leszek , Bohdal Łukasz
Published: January 2014

Generally advantages of superficial plastic processes are well-known (smooth, strain hardening of surface, the low unite price and large repeatability of product quality), but industrial application it procures many difficulties. The lack of suitable methods of preparation surface, unequivocally guidelines concerning on preparations of surface under processing and data about choice of technological parameters are the basic problems. In aim of enlargement the product's quality not only enlargement of burnished product accuracy, but also enlargement of surface preparation accuracy about regular geometrical structure after previous treatment are needed. The paper concerns on the suitable semi-finished product surface preparation under finishing burnishing rolling. New method of surface preparations under burnishing rolling consisted in embossing of surface regular asperities. The physical, mathematical and computer model of the process was elaborated with the assumption geometrical and physical nonlinearities. The application in ANSYS/LS-DYNA program enabling the investigation of influence: friction conditions in tool-workpiece contact zone, the value and type of material hardening on the displacement, strain and stress state in object was elaborated. The results of computer simulations can be used to forecasting quality of the parts optimization.
Computer Aided Manufacturing of Models for Moulding out of Synthetic Materials for Producing Sand Casting Moulds
Authors: Paulic Matej , Irgolic Tomaz , Balic Joze
Published: January 2014

Paper is presenting computer aided machining of models for moulding out of synthetic materials. Goal of the project was to produce a manikin (dummy) from aluminium alloy for testing protective clothes for intervention services. Usage of state-of-the-art software for CAD modeling and CAM machining has been applied. At planning of the machining strategies, the software package UGS NX 7 has been used. Machining of certain models has been done on CNC machining centre Heller BEA 1. Due to dimensional restrictions on the machine workspace we had to part up the models on smaller segments. The model pieces have been made out of synthetic material Sikablock® M700. Producing of the models was pretentious and extensive. In project were successfully captured demands for aluminium casting, with these basics we produced objects and produced final casts.
Relative Term of Capacity Computations and Manufacturing System Design
Authors: Hrušková Erika
Published: January 2014

Machinery production main aim is to produce the asked products according to parameters and properties defined by costumers. For production of these components is needed the specific machinery consisted the machines, tools and fixtures. Mutual influence of these articles makes possible the production of asked components. That is a reason, why is necessary to specify particular machines that participate in production of these components. The determination of current machines number is very difficult and time consuming. For design is needed to weigh all factors joined to manufacturing process. It means inside and outside company factors influenced to manufacturing process. Lots of these factors influence extensively, concrete the speed, quality and elaborateness of particular products. According to that is necessary to use the accurate methods and the computations for machines determination in machinery.
Design of Experiments and Definition of Criteria for the Evaluation and Analysis of the Process of Machining in a Robotic System
Authors: Kusa Martina , Pechacek Frantisek
Published: January 2014

Machining of different materials brings increasing of productivity, economical effectivity and quality of work piece. Constant development of Robotics and information systems brings new views of using robots in a process of production. Instead of using robots for a purpose of manipulation with work pieces, it is possible to use a robot directly for machining. Robotics machining technology has its advantage in application, which represents an adequate alternative in machining of metals on tradition of machine systems. The aim of the suggested plan of the experiment is to identify the optimal approach and combinations of each parameter during milling.
New Teaching of Quality
Authors: Pelantova Vera
Published: January 2014

Present society is established as an informational. A man meets a lot of sources of information every day. Their understanding and further application in practice is important for the life of an individual human. The organisation uses the knowledge of employees for its production subsequently. The level of efficient and successful knowledge management depends on internal organisational culture. In order to prepare future employees for such a working environment, they must acquire a lot of tacit and explicit knowledge before. An educational environment at school is a basic point of creation of the knowledge of future employee, heavily influenced by teachers, teaching aids, tools and content of teaching.
The article deals with a professional education of students. This is a combination of teaching at the school with requirements of a business practice. Some facts about building-up an optimal knowledge about the field of quality are shown in this article on the example of lecturing courses about the quality. They are defined a teaching content, a form, a person of teacher, a mode of feedback from teaching and a continuity of the business practice to production systems of enterprises. The aim of the article is to contribute to building-up a learning organisation by applying of the process approach in the teaching.
Research on Polymeric Biomedical Materials
Authors: Hao Yan Xia
Published: January 2014

The article are outlined the medicinal use of polymer materials and characteristics and described its preparation method and application for controlled drug release from polymer, polymer drugs, pharmaceutical formulations and packaging polymer materials three aspects. Meanwhile elaborates a novel well dispersed MWCNTs PMAA/MWCNTs nanohybrid hydrogels. The introduction of MWCNTs significantly improved pH-responsive hydrogels and mechanical strength, and which depending on the composition ratio of MWCNTs, particle size and concentration of crosslinker. Study found that hybrid hydrogel swelling rate significantly faster than the pure PMAA hydrogel swelling behavior and this is explained. Compressive stress - strain was found, MWCNTs load transfer heterozygous for improving mechanical properties of the hydrogel network compression plays an important role. MTT cell compatibility evaluation proves that this astute hydrogel biomedical research in particular has potential application value.
CAN-Bus Intelligent Network Communication Equipment Based on PLC
Authors: Liu Ya Ni
Published: January 2014

The development trend of PLC is that the functions are more, the integration level is greater and the network function is greater. Nowadays, the manufacturers of PLC develop there own network. PLC technique has two development trends. On one hand, PLC network system is not a self-contained closed system any longer and develops towards open system. Various PLC not only has distinctive PLC network systems and completes device control task, but also network with the superior computer management system to realize information exchange, which makes it become one part of information management system. On the other hand, the field-bus technique is widely applied. PLC is connected with the intelligent equipments installed on site such as intelligent instrument, sensor, intelligent solenoid valve, intelligent drive actuator by a transmission media ( such as twisted pair, coaxial cable and cable), and they transmit information mutually according to the same communication protocol, which can form a field industrial control network. Compared with single PLC remote network, the network not only has the advantages of flexible configurations, easy expansion, low cost and higher cost performance, but also has opening significance.
Programmable Logic Controller TWDLCAE40DRF
Design of Motion Controller Based on Touch Screen
Authors: Rao Shun
Published: January 2014

Motion controller plays a dominant role in motion control system. With the progress and improvement of motion control technology, the research and application of open, high-performance, low-cost and universal embedded motion controller becomes the necessity of the market. The major objective of the paper is to establish the basic software and hardware platform of a high-performance, low-cost and universal embedded motion controller and study the application. And the paper proposes the idea of developing a low-cost and economic touchscreen motion controller, which provides valuable reference for the relevant research and development in China.
Research of Pipe Made of Cu-Zn-Si Shape Memory Alloy to Internally Sprayed Pipe Connection in Connected Technology
Authors: An Shao Yun
Published: January 2014

The copper-based shape memory alloy pipe joint was applied in the field of oil pipelines jointing as well as installing. It has many advantages than anything. In the paper, the basic principle and connection influence factors of copper-based shape memory alloy pipe joint were described. Experimental results shows the copper-based shape memory alloy pipe joints can be used in oilfield oil pipeline connection and it can solve the inner pipe joint corrosion damage problem by welding.
PID Control of Four-Rotor Aircraft Based on Quaternion
Authors: Dongye Zhong Hao
Published: January 2014

This document explains and demonstrates how to prepare your camera-ready manuscript for Trans Tech Publications. The best is to read these instructions and follow the outline of this text. The text area for your manuscript must be 17 cm wide and 25 cm high (6.7 and 9.8 inches, resp.). Do not place any text outside this area. Use good quality, white paper of approximately 21 x 29 cm or 8 x 11 inches (please do not change the document setting from A4 to letter). Your manuscript will be reduced by approximately 20% by the publisher [. Keep this in mind when designing your figures and tables etc.
Industrial Design Instruction Based on Simulation Technology
Authors: Wang Chong Dong
Published: January 2014

With industrial design is highly valued by the Chinese government, more and more colleges and universities have offered industrial design. However, the construction of the lab of industrial design is a complex construction project which need to a lot of time, money and manpower to participate. Many schools are difficult to achieve this, so they usually focus on teaching theory and pay inadequate attention to practice. This teaching model is not conducive to the personnel training of industrial design. If we apply the simulation technology to the teaching of industrial design, we can build a simulation laboratory of industrial design, and combine the computer information technology with the related courses of industrial design, pay more attention to the training of students ability of thought and practice.
An Intelligent Transportation Systems Model Based on Multi-Agent Technology
Authors: Chen Jing Ya
Published: January 2014

Intelligent transportation system based on multi-agent, become a important method, also is to solve the complex traffic problems. In the geography of the property of the agent in the heterogeneous environment cause implementation difficulties such as interoperability requirements, make the agent of unity between software platforms as a potential infrastructure. This paper puts forward a model and the more intelligent transportation system based on SOA. The model includes four major parts: infrastructure, services, agency, and coordination agent. Elements The model of the agent into different levels and groups, including organization agent, regional control agent, agent, road section road intersection vehicle control agent, the acting to complete different function and goal. Based on the SOA multi-agent technology, can realize the cross-platform loosely coupled, and interoperability and heritage reuse in distributed and heterogeneous network traffic system.
Design of Workspace of Human Fingers and Computer Keyboard Operation
Authors: Shun Rao
Published: January 2014

There are more and more complex tools and machinery that need be operated by human fingers in our modem industrial environment. Such as computer keyboards, screwdriver, handle wrench, button and switch. All of those should be designed to work effectively and safely with the operators for whom they were designed. At first, ergonomic consideration in design is reachable; this means the operators fingertip must be able to reach the operating component. This is generally no question because human arm has much more degrees of freedom required to position his arms, hands and fingers in the three-dimension space. However, some times we need the finger operate with a fixed wrist. For example in the case in the typing, the reachable workspace of the finger must take into account in such situation.Finger contacting is the most familiar operation mode of the man-machine system, and the index finger takes on the primary operation tasks. From viewpoint of ergonomic engineering, the operation component should be placed within the workspace of the fingertip to reduced or eliminate the movement of palm and arm should to the greatest extent during finger manipulation. Therefore the research of the workspace of ginger is significant to the ergonomic design of the operation device. In this paper, the reachable workspace and workspace under direction restrain of contacting for the index finger are determined using serial mechanism model and the Penalty Function Method based on geometric measurement of human body. The optimal operating position and orientation of human finger is analyzed.
Design of Digital Control DC Voltage Source Based on AT89C52 MCU
Authors: Wang Wei
Published: January 2014

the system to DC voltage source as the core, AT89C52 MCU as the main controller, the output voltage to set the DC power supply through the keyboard, with a step function voltage to reality, the actual output value. This design is divided into four modules: SCM control and display module, digital to analog (D/A) conversion module, a constant voltage source module, output module. MCU control module as the core, the input signal is converted to digital quantity output; constant current source module voltage D/A conversion to analog conversion into constant pressure through a constant voltage circuit. The system has good reliability, high precision.
Mobile Robot Design Based on Ant Colony Algorithm
Authors: Cai Li , Wu Hong Xia , Zhang Rong
Published: January 2014

This paper proposes a mobile robot design based on ant colony algorithm, aiming at how to achieve the optimization of path planning. Obstacle detecting and avoidance method for mobile robot are implemented with the photoelectric sensors. Then the ant colony algorithm for path planning is introduced and the simulation results in the software show that the method of introducing ant colony algorithm into mobile robot is convenient, feasible. By this means, the optimum problem is well resolved in real-time way during the running of mobile robot.
Impact of New Composite Material Technology on the Performance of the Tennis Rackets
Authors: Jiang Guang Yi
Published: January 2014

With the continues improving of people's living standards, more and more people work out in all kinds of sports fields beyond the busy work. On the other hand, the development of the modern competitive sports also requires that the sports experts should not only strive for the scientific training, but should also pay much attention on the improvement and development of the sports equipment at the same time, which makes the sports equipment market have achieved unprecedented prosperity. This paper introduces the application of the fiber reinforced composite materials in the field of sports equipment, which is described mainly from the advantages of the fiber reinforced composite materials used in sports equipment areas, and from the aspects of the principles of material selection, the product varieties, the application examples and the status.
A New Rust Conversion Coating and its Working Mechanism in Rust Remove and Painting
Authors: Hu Hai Yan , Fan Xi Qiu , Ji Qing Shan
Published: January 2014

In this study we prepared a new rust conversion coating and examined its corresponding characteristics through a series of experiments. And at the end of the paper, we summarized the working mechanism of it. All the results may help to promote the development of rust conversion coatings and anti-corrosion science.
Material Research of Stone Sculpture in Installation
Authors: Li Feng
Published: January 2014

As a unique artistic form of both young and old, urban sculpture art plays a finishing touch to the urban image of the new era, gradually becoming the point to enhance the overall image of modern city. For public art sculpture gradually integrates into modern life, the attention of it is also increasing. A city needs good sculpture to heighten the atmosphere and shows cultural deposits, in the meantime, excellent urban sculpture will also greatly enhance the influence of cultural landscape and public art, effectively creating urban culture brand image and enhancing the city's comprehensive charm.
Synthesize Phosphomolybdic Acid-Doped Polyaniline Microspheres for Catalytic Applications
Authors: Tao Jin Zhang
Published: January 2014

Polyaniline (PANI) composite have generated great interest in the catalyst field due to the coordinate properties of their component. Herein, PANI-PMo12 composite microspheres were successfully fabricated via a facial oxypolymerization with hydrogen peroxide as oxidant and phosphomolybdic acid (PMo12) as dopant. The PANI-PMo12 microspheres were characterized by SEM, XRD, FTIR and XPS. The concentration of PMo12 had a major effect on the diameter of microsphere. The solvent ethanol also played a critical role in the formation of microspheres. The formation mechanism of the PANI-PMo12 microspheres was proposed. Further, the composite microspheres could be directly used as catalyst and displayed a high conversion and selectivity in the epoxidation of cis-cyclooctene with aqueous H2O2 as an oxidant.
Water-Filter Ratio on Heat Resistance of Condensate Polishing Filter Material in Water
Authors: Yu Yuan Chun , Zhou Bai Qing , Chen Chen
Published: January 2014

In air-cooled condenser, high temperature condensing water in summer which approaching and exceed 60°C, which may result in filter materials degradation and release impurities. This paper discusses an influencing factor, water-filter ratio (soaking solution and filter quality ratio), on leachable dissolution rate and filter material degradation rate in high temperature water. The UV absorption at 254nm (A254) and the exchange capacity ware measured after heat test as composite indicators. In addition, the trends of A254 variation with heating time were measured in different water-filter ratio. The stability is probably due to the effect of water-filter ratio. This has been further borne out that, water-filter ratio increases, leachable concentration decreases exponentially and tends to a fixed value.
Study on the Collaboration between Advanced Manufacturing Technology and Production Process
Authors: Huang Xiao Min
Published: January 2014

The advanced manufacturing technology of mechanical products features interaction, and high simulation, etc. In this paper, a digital geometry model for the processing is established with the aid of computer technology, so that the needs of machinery manufacturing production and precision machining can be fulfilled, and also the simulation, validation, comparison, and optimization of many plans can be implemented for ultimately finding out an optimal processing method and realizing the benefit of low cost and high quality. From two different levels of activity and parts, the configuration principle of mechanical products advanced manufacturing technology is defined. Therefore, the advanced manufacturing technology for customizing different products can be derived, and also the reuse of different types of parts is realized. Finally, this is verified with an example.
Study on Fabric Recreation and Clothing Design Based on Active Materials
Authors: Mu Wa Li
Published: January 2014

The use of fabric recreation in fashion design, has grown to an unprecedented new stage today, expand a wider space for clothing design and production development, opportunities and challenges make a lot of good designers to be flexible and use all kinds of ways to display their talent, better play their imagination and creativity to open up new ideas for clothing design. In this paper, clothing materials and fabric recreation, a detailed analysis of their relationship, and make recommendations accordingly to the fabric recreation in fashion design.
Machinery Manufacturing Based on Computer Control
Authors: Tang Ying , Tao Ying
Published: January 2014

This paper analyzes the development trend of modern intelligent machinery manufacturing. Meanwhile, this paper also makes elaborate statement of computer control technology in machinery manufacturing and its specific application.
Study on Information Retrieval Sorting Algorithm in Network-Based Manufacturing Environment
Authors: Yang Ji Ying , Zhang Bei , Mao Yu
Published: January 2014

The core problem of information retrieval is concentrated in the document for the user to retrieve the most relevant sub-set of documents, relying on sorting algorithms on the search results according to relevance sort, sorted the results as the user asked the query response information retrieval performance is determined by many factors, such as to query expressions quality index stemmer nonsense word disabled, query expansion technology, but fundamentally it is determined by the sort function sort function in some Standards document query indicates the degree of matching with the user, and accordingly to make a document with respect to the user's judgment, then the document in accordance with the degree of correlation with respect to the user in descending order, and returns the ordered list of documents as a result of the retrieval the pros and cons of the sorting algorithm directly affect the efficiency of the retrieval.
Study of Electronic Information Engineering Development in Network-Based Manufacturing Environment
Authors: Zhang Ming Sheng
Published: January 2014

This research takes the construction of characteristics specialty of electronic information and technology at Oxbridge College, KUST as the subject to study how to program specialty distinct from that of other Universities. Based on the necessity of the characteristics specialty, this paper defines what is called characteristics specialty, sets forth the target, the approach, the plan and procedures about how to cultivate the characteristics and presents some issues to be studied.
Study on Risk of Logistics and Transport in Digital Manufacturing Environment
Authors: Li Jin Hu , Han Bin Bin , Chang Zhen Yun
Published: January 2014

For logistics and transport in digital manufacturing environment security status quo, study and proposed transportation security risk evaluation index system; using whitening weight function design specific transportation security risk assessment model; verified by an example, that the evaluation method is more scientific and accurate comprehensive evaluation transportation security situation, with the characteristics of the feasibility and operability.
Study on Virtual Manufacturing Enterprise Intelligence Operation Mechanism
Authors: Chen Shu Zhen
Published: January 2014

With the economic globalization, the local production cannot meet the growing fast and changing customer needs worldwide resources to optimize the configuration is the effective use of global resources, the ideal solution. Virtual enterprise is that with the rapid development of information technology in the new situation of global economic competition, and gradually developed a new management thinking and corporate organizational model. It is built on multiple independent entity enterprise based on the relative stability of the Union, and the pursuit of the market's rapid response capability.
Research on Cloud Computing and Network Security in Digital Manufacturing Platform
Authors: Chang Zhen Yun , Zhao Yu Ling , Qian Dong Mei , Wang Ning
Published: January 2014

As a new technology, cloud computing brings a change to business models and ways of working and provides convenience to the way that people work, study and life. User data of cloud computing are stored in the "cloud". The loss of data and the disclosure of privacy will give users a significant loss, so that people are increasingly concerned about its security. The industry of cloud computing has a huge market growth prospects, but compared to other security products, cloud computing access risks exist in the data integrity, data recovery, and privacy, and risks of safety assessment in electronic services, business compatibility and third-party audit regulations.
Study on Sports Games Based on Smart Materials
Authors: Li Juan
Published: January 2014

Health has been an important topic on which the human being is very concerned. If the human civilization intends to pass on from generation to generation, the life must continue. As the juveniles and children are the successors of the future of mankind, therefore, their health has been paid more and more attention. As a survey showed, in recent years, China's juvenile physical health problems became more and more serious. With the decline of physical fitness, the psychological health is also severely affected. These problems would affect our future development. Education in form of sports games is an effective method for the juveniles, which can not only develop a fit body and a healthy mind of them, but also explore their intelligence and change their mentality. This article through the researches on sports games based on smart materials identifies the influence of sports games on the juvenile's physical and psychological health, intelligence and personality and so on, in hopes of playing an active role in guiding the juveniles health development.
Management Information System of Open Laboratory Based on ASP and SQL Server in Manufacturing Engineering
Authors: Zhao Ai Mei
Published: January 2014

ASP is located in a server-side scripting running environment, through this kind of environment, the user will be able to create and run dynamic interactive Web server application, such as interactive dynamic Web page, Web information processing, Web database access and so on. Analysis of the ASP technology and access the characteristics of WEB database, this paper introduces the working principle of ASP and ASP built-in objects and components, and emphasizes to discuss the ASP database access components ADO, based on this, gives the realization with ASP WEB database access to the application example in manufacturing engineering.