Science Links Japan | Machine Design

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Machine Design

The points of design improvement observed from recent cases. Hints of development told from experiences.
The points of design improvement observed from recent cases. Miniaturization and efficiency improvement by development of a new tooth form screw rotor. Air-cooled water chilling unit.
The points of design improvement observed from recent cases. Improvement in dust collection efficiency in plasma cutting. Plasma cutting machine.
The points of design improvement observed from recent cases. Adoption of an integrated electrohydraulic actuator. Plastic working machine "F.form-3V".
The points of design improvement observed from recent cases. Reduction of the number of parts by adoption of an independent joint structure, miniaturization and weight reduction, and cost reduction. Palletizing robot "MOTOMAN-SP800".
The points of design improvement observed from recent cases. Improvement in a conveyance system. Rolling feeder.
The points of design improvement observed from recent cases. Integration of a hydraulic pressure source and a cylinder. Hydraulic system. Motion pack (MPL) series.
The points of design improvement observed from recent cases. Automated mechanism in which mass-production is possible. Side working equipment for capacitor cases.
The points of design improvement observed from recent cases. Device of a new mechanism. Electronic component manufacturing equipment.
The points of design improvement observed from recent cases. Suppression of vibrations and noise by the adoption of a rotary mechanism. Part feeder.
The points of design improvement observed from recent cases. Speed reducer-less NC circular table. Direct drive type NC circular table.
Psychological pitfall of defective designs and trouble occurrence. Chapter 56. Readiness for countermeasures for accidents. The second. A deadlock is broken by humor.
High-efficiency total heat exchanger using gas selective permeability.
Recommendation of a mechanism simulation at a conceptual design stage. New utilization method of mid range three-dimensional CAD.
Utilization effects of fluid analyses at an upstream stage of designs.
Designing of a machine without causing trouble studied from cases. The 43rd. Approach to engineering designs. The latter volume. 14. Vibration analysis ( continuance ).
How to make of a three-dimensional model which can be simply made by a digitizer.
Basic technology for motors which should be grasped. The first.
Guide book for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 13th. How to learn from cases. Guide book for rationalization and improvement.
Introduction to resin molding dies for merchandise designers. The second. A mechanism of plastics injection molding.
Spring standards by Japan Spring Manufacturers Association and the points in designing, The first. The importance of organization standards increases.
Machine designs in the next generation are investigated. The 11th. Ceramic impact resistance evaluation method for gas turbines.
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Bases of high-precision analyses by FEM and strength of materials which are easy to understand even for beginners. Mechanical groundings and preliminary knowledge of FEM to utilize FEM.
Bases of high-precision analyses by FEM and strength of materials which are easy to understand even for beginners. Aiming at the fusion of CAE and existing technology. A method for utilizing FEM to accelerate product development.
Bases of high-precision analyses by FEM and strength of materials which are easy to understand even for beginners. The fiscal year 2002 edition of a list of main CAE tools.
CAE collaboration using XVL. CAE solution "W2E/XVL" to cope with networks.
Utilization of two-dimensional data using a two-dimensional to three-dimensional conversion tool.
Unitization design by each element and whole optimization. Hub bearing with a wireless sensor for ABS.
Mental pitfalls of defective designs and trouble occurrence. Chapter 57. Mental attitude for countermeasures for accidents. Part 3. Do not be too accustomed, have rebellious and critical spirit, and make an understanding person by comprehensible description.
Spring standards by the Japan Spring Manufacturing Association and the point in designing. The second. Torsion bars (Torsion Bar Springs).
Introduction to resin molding dies for product designers. The third. Conditions to make good injection molding parts.
Guide book to rationalization and improvement of "thing making". Rationalization of production observed in cases. The 14th. Design of countermeasures for vibrations of transmission shafts.
Designs of machines without causing trouble which are studied from cases. The 44th. Approach to engineering designs. The latter volume 15. Practice of a vibration analysis method.
Basic technology of motors which should be grasped. The second. The theory of cogging torque in brushless DC motors.
Machine designs in the next generation are investigated. The 12th. The correlation between removal sectional areas and machining sound pressure in laser grooving.
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Bases of resin parts modeling to facilitate post-processes are grasped. Knacks of modeling which can be utilized in dies. Cooperation between product design and die design should be smoothed in order to facilitate post-processes.
Bases of resin parts modeling to facilitate post-processes are grasped. Knack of modeling which can be utilized in dies. This should certainly be avoided; models which can not be utilized for dies. 1. Draft. A basis of a resinification model is draft.
Bases of resin parts modeling to facilitate post-processes are grasped. Knack of modeling which can be utilized in dies. This should certainly be avoided; models which can not be utilized in dies. 2. Fillet. A fillet is attached finally.
Bases of resin parts modeling to facilitate post-processes are grasped. Knacks of modeling which can be utilized in dies. This should certainly be avoided; models which can not be utilized in dies. 3. Undercut. Bases of prohibited tactics for undercut shapes.
Bases of resin parts modeling to facilitate post-processes are grasped. Knacks of modeling which can be utilized in dies. This should certainly be avoided; models which can not be utilized in dies. 4. Curvature change. Tangent continuity and curvature continuity.
Bases of resin parts modeling to facilitate post-processes are grasped. Knacks of modeling which can be utilized in dies. This should certainly be avoided; models which can not be utilized in dies. 5. Parallel modeling of intermediate tolerance models and cavity core.
Bases of resin parts modeling to facilitate post-processes are grasped. Knacks of modeling which can be utilized in dies. It was seen! Continuous operation from product designs to dies at a stretch.
Introduction course. 1. Enlarged and revised edition. Finite element analysis for the first time.
Introduction course. 2. Introduction to a coupled analysis for beginners. Mechanism analysis to vibration analysis.
PowerSOLUTION which was specialized for designs/manufacturing of complicated shapes.
Basic bases of easy to understand three-dimensional CAM.
Fundamental measures for IT in engineering departments. How far is possible in your office?
Digital innovation in developing thing making education.
Digital innovation in developing thing making education. Thing making education in machine and design systems in which creativity is cultivated.
Digital innovation in developing thing making education. Trial of new design education by three-dimensional digital models.
A three-dimensional tool trial space where persons see, touch, and confirm tools was opened in the Tokyo Waterfront Tennouzu aisle. 3D Showrooms.
Cocreate. Strengthening of modeling functions and collaboration functions which support manufacturing processes.
Autodesk Inventor 5 customizing programming introduction. The second. Drives of parts and events are taken using an assembly model.
Knowledge management friendly to designers.
Utilization of two-dimensional data using a two-dimensional to three-dimensional conversion tool.
Three-dimensional tool for piping designs in production machines.
The world of collaboration which is expanded by XVL. The fourth. CAE collaboration using XVL. CAE solution "W2E/XVL" to cope with networks.
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Ultra-thin machining of semiconductor silicon chips which was realized by machine technology.
Intuition of jig designs for fine and micro parts studied from cases. Existence of jigs occupied for thing making in the hollowing age.
Position sensor-less drive technology for PM motors.
Finite element analysis for the first time.
Guide book for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 15th. Evolution of facility machines. Case of a nailheading wire bonder.
Psychological pitfalls of defective designs and trouble occurrence. Chapter 58. Mental attitudes for emergency measures. The 4th.
Designs of machines which do not cause trouble studied from case. The 45th. Approach to engineering designs. The later volume 16. Practice of a vibration analysis method ( continuance ).
The know-how of modeling necessary for machine development. The first. The gist of modeling in order to succeed in designs.
Basic technology for motors which should be grasped by all means. The third. Simple cogging torque calculation of DC motors and brushless motors.
Introduction to resin molding dies for merchandise designers. The fourth. Mechanism and structure of plastics injection molding dies.
Spring standards by the Japan Spring Manufacturing Association and the points in designs. The third. Coned disc springs.
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Method of quality function development (QFD) utilization for development and design departments. QFD for product development.
Method of quality function development (QFD) utilization for development and design departments. Analyses of quality tables by quality function development support software and approach to designs.
Method of quality function development (QFD) utilization for development and design departments. Quality development which developers can utilize.
Method of quality function development (QFD) utilization for development and design departments. Efficient use of QFD in elemental technology development.
Method for manufacturing high-efficiency micro electromagnetic devices.
Guide book to rationalization and improvement of "thing making". Rationalization of production observed in cases. The 16th. Explanation articles. 6. How to learn from cases. Rationalization improvement from the historical viewpoint.
Psychological pitfalls of defective designs and trouble occurrence which experiences in failure teach. Chapter 59. Readiness for emergency measures. The 5th.
Control technology which reproduces movement of skilled workers is pursued! Control system which realizes automatic polishing of adjustable surfaces. Intelligent Thunder Robo.
Control technology which reproduces movement of skilled workers is pursued! Control system which expresses high-speed and high-precision cam curves. Twin drive system.
Introduction to resin molding dies for products designers. The fifth. Mechanisms and structure of plastics injection molding dies ( continuance ).
Spring standards by the Japan Spring Manufacturing Association and the points in designing. The fourth. Hot formed volute springs.
Machine designs in the next generation are investigated. The 13th. New development of material characterization techniques using magnetism.
The know-how to modeling necessary for machine development. The second. Prediction of vibrations and guidelines for countermeasures.
Basic technology of motors which should be grasped. The fourth. Roping phenomenon of stepping motors.
Designs of machines whithout causing trouble studied from cases. The 46th. Approach to engineering designs. The latter volume. 17. Methods of numerical analyses.
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Book which no beginner should miss! This book thoroughly teaches bases of three-dimensional CAD/CAM/CAE. Volume on three-dimensional CAD. The explanation. Let's securely study the merits of three-dimensional CAD while observing cases.
Book which no beginner should miss! This book thoroughly teaches bases of three-dimensional CAD/CAM/CAE. Volume on three-dimensional CAD. Modeling. Bases of modeling which should be known.
Book which no beginner should miss! This book thoroughly teaches bases of three-dimensional CAD/CAM/CAE. Volume on CAE. Let's use CAE comfortably by grasping this point.
Book which no beginner should miss! This book thoroughly teaches bases of three-dimensional CAD/CAM/CAE. Volume on three-dimensional CAD. Let's know functions of CAM well in order to raise production efficiency.
Let's conduct modeling of parts and an assembly using a clamp and a portable telephone as themes.
Mesh generation technology in the next generation is pursued.
Process to construct "visible PDM".
Productivity improvement of product designs by three-dimensional designs.
Utilization of design data by WorkNC-CAD.
Introduction to Autodesk Inventor 5 customizing programming. The final report. Programming by VB using Apprentice Server.
XVL. The world of collaboration which expands by XVL. The final report. Innovation of designs and manufacturing processes by XVL which began to move.
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Introduction to new mechanism designs for engineers who are one step ahead. New kinematic of mechanism consisting of mmechanical motion, spacial mechanism, and synthesis.
Introduction to new mechanism designs for engineers who are one step ahead. Kinematic analysis and dynamic analysis of link mechanisms.
Introduction to new mechanism designs for engineers who are one step ahead. Bases and application examples of cam mechanisms.
Introduction to new mechanism designs for engineers who are one step ahead. Cam mechanism. Strength and vibration rersistance designs and a method to use cams well.
Introduction to new mechanism designs for engineers who are one step ahead. Gear mechanism. Bases and applications of gear mechanisms.
Introduction to new mechanism designs for engineers who are one step ahead. New gear mechanism ( noncircular gear ).
New development in the rise of independent technology. CVT ( continuously variable transmission ) changes the automobile industry.
Psychological pitfalls for defective designs and trouble occurrence. Chapter 60. Readiness for emergency measures. The 6th.
The know-how of modeling necessary for machine development. The final report. Proposal for new CAE which anticipates the information age.
Introduction to resin molding dies for product designers. The sixth. Flow of die designs.
Basic technology of motors which should be grasped. The fifth. Approach to efficiently use DC motors. A motor and a load are expressed by an equivalent circuit.
Spring Standards by the Japan Spring Manufacturing Association and the points in designing. The fifth. Hot formed rectangular springs (Hot formed rectangular wire helical springs).
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The world of motors in which energy saving and clean up are required more and more.
Guide to utilization of general-purpose sensors for beginners. Points and cautionary notes for selection of general-purpose sensors.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. Microswitch.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 2. Limit switch.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 3. Touch sensor.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors.4. Proximity sensor ( high-frequency type ).
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors.5. Proximity sensor ( capacitance type ).
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 6. Reed switch.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 7. Photoelectronic sensor.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 8. Fiber sensor.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 9. Ultrasonic sensor.
Guide to utilization of general-purpose sensors for beginners. Illustration. Guidance for utilization of general-purpose sensors. 10. Laser sensor.
Niniature zoom lens unit for portable divices.
A thin film tension testing device using an electrostatic chuck.
Productivity improvement of product designs by three-dimensional designs.
Machine designs in the next generation is investigated. The final report. On-machine wear diagnois technique of cutting tools.
Psychological pitfalls of defective designs and trouble occurrence. Chapter 61. Attention to information of other companies.
Young consulting engineers talk greatly about whereabouts of future technology. The first. Viewpoints of young consulting engineers.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 17th. Way of learning from cases. Learning from a basic concept of tribology.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 17th. Design examples of sliding bearings and analysis of lubricating behavior. (2).
Method of Torsion Moment Measurement for Helical Torsion Springs.
Introduction to resin molding dies for goods designers. The seventh. Flow of die making.
Basic technology of motors which should be grasped. The sixth. Parameter measurement of DC motors and calculation of the maximum efficiency conditions.
Design of machines which do not cause trouble, studied from cases. The 47th. Approach to engineering design. The latter volume 18. Method of numerical analyses ( continuation ).
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Psychological pitfalls of defective designs and trouble occurrence which experiences in failure teach. Chapter 62. Designers of trade fair exhibit enterprises should attend exhibits and should directly listen to voices in the place.
Studied from cases. Hints for selection and conversion of parts materials. Attention must also be paid to workability and assembly when selecting and converting materials.
Studied from cases. Hints for selection and conversion of parts materials.The points of selection and conversion of resin materials in machine designs.
Studied from cases. Hints for selection and conversion of parts material. Case 1. Selection of a shape memory alloy for a back cover opening and closing locking mechanism of a single lens reflex camera. Pursuit of miniaturization and weight reduction.
Studied from cases. Hints for selection and conversion of parts materials. Case 2. Conversion of a material of a pressurizing roller of digital copying machines from silicone rubber to expanded silicone. Pursuit of weight reduction.
Studied from cases. Hints for selection and conversion of parts material. Case 3. Conversion of a motor material of a compressor of an air conditioner from a ferrite magnet to a rare-earth magnet. Pursuit of miniaturization.
Studied from cases. Hints for selection and conversion of parts materials. Case 4. Conversion of a material of an oil pan of an engine from an aluminum base alloy to magnesium base alloy. Pursuit of weight reduction.
Studied from cases. Hints for selection and conversion of parts materials. Case 5. Conversion of an optical element for optical pickups from glass to resin. Pursuit of cost reduction.
Studied from cases. Hints for selection and conversion of parts materials. Case 6. Selection of an aluminum base alloy for a mirror frame of a digital still camera. Pursuit of heat-resistance.
Studied from cases. Hints for selection and conversion of parts materials. Case 7. Selection of various metals for materials of a structure of a digital still camera. Pursuit of radiation properties.
Studied from cases. Hints for selection and conversion of parts materials. Case 8. Selection of a magnesium base alloy and elastomer for frames of portable telephones. Pursuit of impact resistance, shock absorption, and waterproof.
Standards for impact resistance tests of products pose problems!
Two-dimensional deployment mechanism of an antenna panel.
Nano manipulator developed by applying ultra-precise technology of semiconductor manufacturing technology.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases, The 18th. Case 23. Design examples of sliding bearings and analysis of lubricating behavior. 3.
Spring standard by the Japan Spring Industry Association and the points in designing. The seventh. Heat-resistance testing method of compression coil springs.
Introduction to resin molding dies for goods designers. The eighth. Important positions and mechanisms constituting resin molding dies.
Designing of machines without causing trouble studied from cases. The 48th. Approach to engineering designs. The latter volume. 19. Summary of the whole.
Basic technology of motors which should be grasped. The seventh. The basic principle of energy saving drive of DC motors and selection of speed reduction ratio.
Young consulting engineers greatly talk about whereabouts of the future technology. The second. The future of the consulting engineer system and training engineers.
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A crib to obtain results by digitization of thing making. PART1. Approach to design reformation to maximize the introduction effects of digital tools. 1. Recommendation of the front loading design.
A crib to obtain results by digitization of thing making. PART1. Approach to design reformation to maximize the introduction effects of digital tools. 2. Let's utilize DPD ( design philosophy development ).
A crib to obtain results by digitization of thing making. PART1. Approach to design reformation to maximize the introduction effects of digital tools. 3. The points of knowledge management.
A crib to obtaining results by digitization of thing making. PART2. Industry map which began to move. 1. Dassault group which succeded in route extension and got the superiorly in competition.
A crib to obtain results by digitization of thing making. PART2. Industry map which began to move. 2. Conversion to an attack by improving open PLM environments.
A crib to obtain results by digitization of thing making. PART2. Industry map which began to move. 3. A means of survival is opened by an original route.
A crib to obtain results by digitization of thing making. PART3. A method to smoothly promote industrial three-dimensional designs.
A crib to obtain results by digitization of thing making. PART4. Use the feature efficiently! A knack of modeling in which a design process is emphasized.
Basic knowledge of resin flow analysis.
The Importance of product definition (Product Definition) and trends of PLM(Product Lifecycle Management).
Next generation? Strange generation? TpCAD which is completely different.
A method to utilize a coupled analysis of a structure analysis and a mechanism analysis in designs well.
"Moving manual" which utilized three-dimensional data. Business reform by easy driver.
Recommendation of SolidWorks customizing.
CAD to cope with collaboration for process innovation. Development thought and features of Caelum XXen.
Practice of a product development process "digital thing making" which utilized three-dimensional data.
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Aiming at competitiveness upgrading. A collection of design cases to reduce the number of parts. The gist of designs to reduce the the number of parts.
Development and control of a hybrid ( pnewmatic and electric drive ) motor.
Wheel type mobile robot which travels across a level difference.
Next generation? Different generation? A completely different tpCAD.
Psychological pitfalls of defective designs and trouble occurrance which experiences in failure teach. Chapter 63. Self-discipline necessary for designers who became managers.
Basic knowledge of resin flow analysis.
Introduction to resin molding dies for product designers. The ninth. In order to design injection moldings. 1.
Designs of machines without causing trouble, studied from cases. The 49th. Approach to engineering designs. The latter volume 20. Summary of the whole II.
Grooved and Coiled Spring pins.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 19th. Way of learning from cases (explanations article 8). Future subjects of tribology.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 19th. Case 24. Design examples of a sliding bearing and analysis of lubricating behavior. 4.
Basic technology of motors which should be grasped. The eighth. Effective utilization of cogging of slot motors and incidental problems.
Young consulting engineers greatly talk about future technology. The third. Globalization and internationalization of engineers.
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The points of conveyance device designs which support efficient production. The points of conveyance device designs which realize high precision and speedup.
The points of conveyance device designs which support efficient production. Case 1. Conveyance devices for cathode-ray tubes (CRT) for televisions.
The points of conveyance device designs which support efficient production. Case 2. FPD glass substrates conveyance system.
The points of conveyance device designs which support efficient production. Case 3. Part feeders for metal part automated assembly equipment.
The points of conveyance device designs which support efficient production.Construction of a flexible conveyance line by modularization of a conveyor line.
A nanostage (PLANESERV) with high-precision and small friction.
Let's output a three-dimensional shape by a three-dimensional printer.
Articulated robot arm using an offset joint.
Young consulting engineers greatly talk about technology in the future. The fourth. Are you true engineers ? The necessity of engineers' ethics.
Psychological pitfalls of defective designs and trouble occurrence. Chapter 64. Abuse of bureaucrat management.
Investigation of bearing technology which demonstrates characteristic functions. Hybrid ceramic ball bearings which support ultrahigh speed rotation in ultimate environments.
Investigation of bearing technology which demonstrates characteristic functions. Oil-free sliding bearings operating at high-speed, low friction and less vibrations even in aqueous environments.
Introduction to resin molding dies for product designers. The 10th. In order to design injection moldings. 2.
Designs of machines without causing trouble studied from cases. The final report. Approach to engineering designs. The latter volume. 21. Future problems and prospects.
Basic technology of motors which should be grasped. The ninth. Classification of motors observed as a system including protein motors.
The spring standards by the Japan Spring Manufacturing Association and the point in designing. The ninth. Push-on Spring Nuts.
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 20th. Case 25. Technology development to cope with enlargement, higher precision and speedup in the precision machining field.
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Basic knowledge of welfare equipment and nursing equipment designs. General remarks. Let's understand users well first in designing welfare equipment and nursing equipment.
Basic knowledge of welfare equipment and nursing equipment design. Explanation 1. Fitting in welfare equipment design studied in modular-type wheelchais.
Basic knowledge of welfare equipment and nursing equipment design. Explanation 2. Meaning of designality in welfare equipment designs.
Basic knowledge of welfare equipment and nursing equipment design. Explanation 3. A participation case from a different industry. 1. The points of success are that user needs are accurately reflected to functional designs.
Basic knowledge of welfare equipment and nursing equipment designs. Explanation 4. Participation case from different industries. 2. User needs and safety should sufficiently be considered in the first design.
Basic knowledge of welfare equipment and nursing equipment designs. Explanation 5. The points of welfare and nursing equipment designs are studied from failure cases.
A high-power bicycle with a drive mechanism of high energy conversion efficiency.
Roll loads of a roller leveler which flattens plates. The first volume. A way of interpretation of observed results.
Technology which automobiles should pursue further are weight reduction and 42V.
Control of waving by the optimum crowning in guides.
A method for utilizing a coupled analysis of a structure analysis and a mechanism analysis in designs well.
Guidance for rationalization and improvement of " thing making". Rationalization of production observed in cases. The 21st. Explanation article 9. How to learn from cases. Approach to risk analysis. 1.
Plain washers for high tension
Young consulting engineers talk greatly about the future technology. The 5th. Ideal images of plants and automation equipment.
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Machine design keywords which should particularly be grasped. Explanation. 1. inear motor.
Machine design keywords which should particularly be grasped. Explanation. 2. Machine safety.
Machine design keywords which should particularly be grasped. Explanation. 3. Shape memory material.
Machine design keywords which should particularly be grasped. Explanation. 4. Biped walking robot.
Machine design keywords which should particularly be grasped. Explanation. 5. Designs adaptable for environments.
Machine design keywords which should particularly be grasped. Explanation. 6. Fuel cell.
Machine design keywords which should particularly be grasped. Explanation. 7. Internationalization of the consulting engineer system.
Machine design keywords which should particularly be grasped. Explanation. 8. Collaboration design.
Main article. 1. Method to design strong and quiet geasrs.
Main article. 2. Selection technique of mixed plastics.
Main article. 3. Roll loads of roller levelers to flatten plates. The latter volume. Practical values based on measured results.
Epoch-making development technique "DN method" of new product ( design navigation method ). The first. Effect and calculation method of DN method.
Geometrical tolerance system as a design tool. The first. Geometrical tolerance.
Guidance for rationalization and production of "thing making". Rationalization of production observed in cases. The 22nd. Way of learning from cases. 10. Approach to risk analysis science. (2).
Spring standards by the Japan Spring Manufacturing Association and the points in designing. The 11th. Waved washers.
Young consulting engineers greatly talk about technology in the future. The sixth. Knowledge of future mechanical engineers who examine from conveyor type sushi.
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Main mechanical manufacturing industries. Trends of utilization of design and manufacturing solutions. Three-dimensional CAD is established to a certain ratio and the will to investment is also firm tone.
Challenges to the world market by efficiency improvement of design by three-dimensional CAD and domestic production technology. Sigma.
Practical course on modeling. Three rules to efficiently use three-dimensional CAD.
Next generation CAE application development platform "AI*Workbench".
Speed up of product development utilizing three-dimensional CAD.
Development process innovation of an automatic ticket vending machine which led by three-dimensional CAD.
Basis of three-dimensional data exchange.
Basis of of three-dimensional viewer.
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Practice. A construction method of a part automatic supply system. Chapter 1. Line construction training system for automation technology training. Automated system related seminars in Advanced Polytecnique Center.
Practice. Parts automatic supply system construction method. Chapter 2. Basic technology to draft a line construction plan.
Practice. A construction method of a part automatic supply system. Chapter 3. Automatic supply and part handling for assembly line construction.
Practice. A construction method of a part automatic supply system. Chapter 4. An approach to a work holder for automated assembly line construction.
Practice. A construction method of a part automatic supply system. Chapter 5. Ttransfer system and specific examples in line construction.
Practice. A construction method of a part automatic supply system. Chapter 6. Troubleshooting and optimum adjustment of automated systems.
Practice. A construction method of a part automatic supply system. Chapter 7. Examination and conclusion of "ideas" in line construction drafting.
Introduction to resin molding dies for product designers. The 13th. Simple shape in which a die is easy to make.
An epoch-making development method " DN method" for new products. ( Design Navigation Method ). The second. Optimum value determination method of design variables.
Geometric tolerance system as a tool for designs. The second. The relationship between dimensional tolerance and geometric tolerance.
Introduction to safety design of machines. Danger conditions and safety measures. Final report. Machine design and safety technology.
Guidance for rationalization and improvemen of " thing making". Rationalization of production observed in cases. The 23rd. Explanations article. 11. A way of learning from case. Approach to risk analysis science. (3).
Guidance for rationalization and improvement of "thing making". Rationalization of production observed in cases. The 23rd. Case 28. Machine design in order not to fail in practical applications of venture technology.