The Innovative Heated Thermos
Solution For The 21st Century.
Our vision was to invent a totally new thermos from the 21st century, that would be new inventive in ways that will totally rethink and extend the way we use the modern day version of the thermos flask. To achieve this we needed to think outside the box and stretch the limitations of both creativity, design and technology. We wanted to keep all the good versatile efficient properties of a thermos flask having all the usual features of the normal generic thermos while we reinvented the thermos from the inside out. We are proud to introduce the worlds first smart heated IoT connected thermo insulated flask the new "GISSMOS". The Gissmos fits the demands the 21st century modern day society the typical user would want and come to expect from a product that is an everyday application usable anywhere under any weather condition. As we reinvented the generic thermos we also wanted to keep it as light weight and simple as possible for anyone to use at the same time as close to the functions that of a normal thermos flask. We designed the Gissmos to be versatile made of durable all weather materiel, and full of 21st century features useful for the modern everyday to day user. Having a robust outer shell with both ends covered in shock absorbing padding. We then had to think of the many ways a consumers our customers expect to use our new invented thermos was quite a challenge. We needed to make sure the Gissmos is weather resistant to the elements, and shock resistant for rough handling or if dropped in rugged terrain such a thermos flask may be expected to be exposed too during its life cycle. More importantly we also needed to make the product safe, and safe to use for anyone from all walks of life and, needed to integrate features to make sure we address all aspects of intended and unintended use.
The Gissmos has a fold-able handle that folds over and covers the instrument panel and charging sockets so that when not in use it can easily be transported and to save space when stored away, also this allows for easily and safely poring any hot content from the interior It has and exterior wall, the exterior size is roughly around 1 cubic litre with an interior volume of around 500 ml. All though the final finished product may differ slightly from the design shown, it will not deviate from the main structured features described and illustrated. That said it might have a bigger control panel/ screen, and size etc but mostly keep in the parameters shown on the images. The Gissmos Thermos has a top cover which can be used as a cup and an internal lid with a situated valve for release of pressure and vapour/ steam. The bottom end and top cover has a silicone rubber compound for protecting and shock absorbing.
We wanted to make The Gissmos as similar to shape and function as the normal generic thermos we all are so familiar with, while at the same time making it as different and modern as modern day technology would allow us to unfold our technological know how in developing and incorporating new innovative ideas. We then kept the normal top screw on/off cover lid useful as a cup and an inner screw on/ off lid with valve and pouring means and lip for the inner content to easily pour content from. Content can be heated while confined inside the thermos. The thermal block walls keeps the content efficiently hot for an extended time. This keeps the content confined from any outdoor elements. The Gissmos features a retractable handle which is tucked into the thermos wall which shields the power inn/ outlet and control panel from the element and any damage if dropped. Although the extent of this is not decided The Gissmos may also come with and app connected to the thermos to enable the content to heat simply by via the IoT feature being connect to the Internet of Things which gives you real time temperature, power level and other status information direct to your handheld device. You can then programme for when to start/ stop and other such useful commands. The Gissmos can also be used as a charging point by charging devices such as a smart watch, smart phone and other such small handheld devices.