When we touch a tap to open water flow, we certainly leave some bacteria and dirt on it, which we take back after having washed our hands when we attempt to close it. The Water Symphony concept comprises an electronic device for the mixer tap, with which you can adjust all the needed functions such as water temperature or pressure precisely and quickly without touching it. There is an OLED display on the top of the tap, showing water temperature, its pressure and the spent amount in liters for one time. Moreover, the tap includes a microphone and sensors that can sense an object’s proximity.
The water pressure and temperature control unit is fitted under the sink which is consists of two parts. One is the microprocessor that processes the incoming signals of the peripheral sensors and the microphone, in order to control the water pressure and temperature adjustment. Another component is the water pressure and temperature adjustment device. All the processes are carried out through electric network feed and the water is heated through the heating elements. Adjusting the water pressure is executed through opening and closing a valve and water heating requires a particular amount of time excluding the odd energy consumption and heat loss for a constant heating.
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The recent car business is focusing more on style and speed, whereas, a car that can go 120 mph is being used in an area where it is mostly running at a moderate speed of around 60-70 mph and is waiting in traffic. In this situation, ATNMBL, a brilliantly designed concept car, can be an alternative that has been designed aiming to redefine the term ‘performance’.
This concept has been driven from the need for zero-pollution, efficient and affordable cars for the future community and enjoying the freedom of a ride. The ATNMBL is designed as a self-driving car with artificial intelligence which arrive to you with just a phone call. The standing-height entrance has an electric sliding glass door and upon entering, you will be asked for your desired destination. The comprehensive and innovative voice recognition system of this vehicle along with a touch screen remote and slide up display, it can offer a wide range of tour planning, detailed performance setting and enjoyable ride sharing.
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The Vers concept car is designed to provide users the maximum opportunity to be dynamic. The design allows the driver to raise the vehicles position just like a pedestrian for riding in urban areas, making it possible to park in any direction and easy to handle in the busy traffic. On the other hand, when Vers is riding in speedways, the driver is able to reduce the height of the car to get better aerodynamics of the vehicle and lessening the center of mass.
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CarGo is a unique concept vehicle with variable wheelbase, track and load carrying designs aiming to overcome the increasing urban traffic congestion problem which affects numerous delivery companies everyday. Primarily, the battery powered CarGo is designed in a compact mode for inner city deliveries which allows the driver to adapt the vehicle quickly to suit both busy traffic conditions and load volume/type. This one seater concept car has three standard configurations, compact mode for busy city use, constricted mode with banking corner action and pick-up mode for carrying larger volume supplies in more efficient way.
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Nowadays, touchscreens are drastically being used by mobile phone manufacturers but among many others, missing of tactility problem is taking place most often. Ku Phone is a revolutionary touchscreen phone concept that can overcome this problematic approach by passing a temperate electric current for different material sizes both linear and three-dimensional ones. This handset is designed to form switches, buttons, wipers, etc over the surface of the mobile for any particular application. Moreover, this phone can demonstrate finger force to a given area and a moderate resistant or a feedback can be produced accordingly. For example, button pressing or wiper movement at the phone can completely imitate the analogous components of traditional systems.
This phone includes a giant, bright, flexible and energy-saving OLED screen which is the only way of interacting and can independently produce required buttons and wipers for operating a program. Aside from that, the ergonomic shape of that phone allows to place the phone comfortably over a palm. There is a foldable stand at the back surface of the phone that can be used to place it as a lucrative alarm clock or can be used as an elegant lamp using the brightness of the OLED screen.
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