Titlebook: Mechatronic Design in Textile Engineering; Memiş Acar Book 1995 Springer Science+Business Media Dordrecht 1995 Monitoring.Rotor.actor.auto

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Mechatronics Applications in Three-Dimensional Braiding, controlling braid patterns. The ideas presented here grew out of an effort at Clemson University to develop an idealized, three-dimensional braider and which relied heavily on the application of mechatronics. The impetus for the study was the need for complex and variable yam patterns in textile pr

Bph773

Design of An Automatic Weaving Machine For 3-D Net Shapes,State University. The design of an automated machine based on the U.S. patent will be presented. Preforms woven on this prototype machine and the properties of different composites made from carbon fibers for space applications will be discussed. Comparison of the properties of the new materials wit

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Tdd526

Computer-Aided Design and Manufacturing: A Textile-Apparel Perspective,igher product quality and decreasing delivery times. The textile/apparel industry must deploy state-of-the-art manufacturing and information management techniques to operate successfully in such a demanding and highly competitive global market. In this context, the role and scope of mechatronics in

古文字学

Mechatronics in Automated Garment Manufacture,shapes. Each type of operation is studied and various possible solutions described from a mechatronics point of view. Problem case studies are then given showing why particular solutions are favoured in certain circumstances..Such automation has greater potential if a series of automated modules can

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Sensing in Garment Assembly,an ‘open loop’ manner, assuming knowledge and consistency of all relevant fabric properties, are usually doomed to failure because such properties are likely to vary from batch to batch, with time, environmental conditions, and can be dependant on the handling history. Sensory feedback can provide i

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极小

Mechatronically Designed Magnetic Bearings for High-Speed Spindles and Rotors,tions, for textile machinery..This chapter presents the state of the art for the design of an electromagnetic bearing system. It introduces first the main elements and then discusses control and system aspects. The characteristics of such a suspension system are detailed. Several applications will be demonstrated, and future trends are indicated.

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Mechatronics Applications in Three-Dimensional Braiding,nd which relied heavily on the application of mechatronics. The impetus for the study was the need for complex and variable yam patterns in textile preforms used for fiber reinforced composite materials [6,11].

恶意

Advancements in Technology and its Impact on the Future Developments of Mechatronics Concept,action has been realized under various intentions and constraints, demonstrating methods, feasibility and trends: a pingpong playing robot, a cooperating robot with visual and tactile abilities, and a “polite” mobile robot.