Wearable technological product concept design that adjusts the thermal insulation depending on the environmental temperature

Considering the reflection of today's technological developments on user preferences, in addition to the healthy feedback of the technology/technology used in wearable electronic products, the ergonomics it provides and the feeling of comfort it provides have also been an important reason for preference. In order to meet all the criteria such as ease of transportation and use, duration of use, and design of the product, sometimes there are situations such as choosing different products that do the same job. In this context, in addition to the technological benefit provided by a wearable electronic product, its ability to take shape according to the environment and conditions in which it is used will provide more capabilities in a single product. This means offering many advantages such as a wider range of use, less products, less cost, and ease of use to its users. In this study, it is aimed to design an alternative wearable technological product that allows users to be affected by this change at a minimum level when the temperature drops, in areas where daily ambient temperature changes are high or in activities where ambient temperature changes may be high, in order to meet the important requirements that will affect the user preference. By detecting the desired temperature information by means of a sensor, it is aimed to create a concept product that automatically increases the amount of air in the product structure with a microprocessor and thus provides thermal insulation. Key Words: Wearable Technology, Temperature Measurement, Microcontroller Controlled System, Air Layer, Thermal Insulation.