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E Rosenblad-Wallin

Publications and source records attributed to E Rosenblad-Wallin.

3 recordsLinked to original sources

An anthropometric study as the basis for sizing anatomically designed mittens.

This study describes a method for sizing mittens based upon an analysis of the user populations and the hand measurements of these users. New anatomically designed military mittens were developed according to the users' requirements and ergonomic and physiological requirements of dexterity and heat balance. A statistical study of anthropometrical hand measures of the intended users lead to the choice of hand length and hand circumference as the basis for a new sizing system. The mittens were tested in two sizes in large wear trials. These two sizes fitted well to the test group - i e, young conscripts. If the whole adult population is considered, probably two more sizes would be needed.

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Environmental mappings as a basis for the formulation of clothing demands.

The basic functional demands on working clothes are protection and comfort. These basic demands are determined by the three variables: (1) level of activity of the worker, (2) environmental pollution and impacts, (3) surrounding climate. The environmental mapping is a systematic method to detect, quantify and analyse the demands on working clothes in different working situations. A pilot study was carried out in Swedish industry to investigate the general conditions regarding working clothes and to find the correspondence between clothing demands and environmental factors. The second study was motivated by clothing problems in the mechanical engineering industry. In both studies the three determining variables for the clothing of each interviewed person were given certain code values according to their measured or graded values. The pilot study confirmed the theoretical model for work classification. The model serves as an instrument for finding relevant clothing demands for clothing development and clothing procurement, and as a source of information for the workers so that they can check the clothing demands for their own working conditions. In the study of the mechanical engineering industry all 310 interviewed workers with 20 different professions could be divided into three groups with different clothing demands. These quantified functional clothing demands were transformed into certain demands in terms of textile material and model design. The development work finally resulted in new clothes, an overall and bib-and-brace trousers in various suitable materials.

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User-oriented product development applied to functional clothing design.

A method for user-oriented product development is presented. After a theoretical introduction the method is applied to the development of functional clothing. The characteristic of the method is its starting-point with the user in the use-situation. Important product demands are derived from use-analyses. Three case-studies are described where this method has been applied. They concern working clothes, clothes for the elderly and military clothing. The quality of this methods as an instrument for product development in the clothing area is evaluated by comparing, on the one hand, this method with those usually used in the clothing industry, and on the other hand the new products with those formerly used. The method for user-oriented product development has proved to be complementary to conventional methods. It should be applied to products whose functional properties are of great importance. The method can be generalised to all users and to products with close connection to human beings.

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