| Workhead Mechanisms Part 4 , Automated Assembling |
| The winding former, upon which is mounted the field coil as shown on page 1 of the drawing, is placed in position, on the main body, Positioning is achieved by inserting the two pins protruding from the former into two holes contained in the main body. The former is retained in position by spring-loaded detents acting on the two pins. |
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| Workhead Mechanisms Part 2 , Automated Assembling |
| The function of a workhead mechanism Is to perform repeatedly a given manufacturing task during which parts or fasteners may be fed to the powered head to enable the operation to be carried out. For this purpose, the parts are supplied in a fully orientated manner from ducting, a magazine, or positioned in a work carrier. |
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| Optimal Design of Disc Cam Mechanisms |
| The present approach is based on only kinematic constraints. Two main kinematic constraints taken into account are (i) the maximum value of the pressure angle and (ii) the minimum value of the radius of curvature. |
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| Helicopter Engineering Design Handbook Part One |
| This volume, Preliminary Design, is Part One of a three-part Engineering Design Handbook titled Helicopter Engineering. design, Qualification Assurance, this part is intended to set forth explicit design standards for Army helicopters, to establish qualification requirements, and to provide technical guidance to helicopter designers in both the industry and within the Army. |
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| Mechanical Engineering Handbook |
| Mechanical engineering is a broad and complex field within the world of engineering and has close relations to many other fields. It is an important economic factor for all industrialized countries and the global market allows for wide international competition for products and processes in this field. |
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| Biomedical Engineering Handbook |
| Biomedical Engineering is no longer an emerging discipline; it has become an important vital interdisciplinary field. Biomedical engineers are involved in many medical ventures. They are involved in the design, development and utilization of materials, etc.. |
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| Metallurgy Engineering Fundamentals |
| Metallurgy refers to the science and technology of metals. The subject area can be considered as a combination of chemistry, physics and mechanics with special reference to metals. In later years, metallurgy has expanded into materials science and engineering encompassing metallic, ceramic and polymeric materials. |
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