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You selected inventions in category Telecommunications

  • Textskin keyboardTextskin keyboard
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      This new interface places the entire keyboard at your fingertips with ten buttons wrapped around an Xbox 360 controller or with a board that can be built into gloves, a steering wheel, arms of a chair and more.

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    • Cell Phone with measure functionsCell Phone with measure functions
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        Allows measurement of distances, calculations of areas and heights, and the storing of data resulting from measurements,The operation of this cell model is based on the emission of a laser beam, electromagnetic waves, ultrasound, or any other type of electronic signal, at the time the signal emitted by mobile phone hit the wall, the distance traveled by this sign appear instantly on the phone display in the form of a value and its unit of measure.

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      • Cellular Phone distracted driving contraband in prisons disruption in classroom and courtroomsCellular Phone distracted driving contraband in...
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          Throughout the world, mobile phones have become a ubiquitous part of everyday life. Moving fast forward, technology has travelled from our desktop to our laptop and now to our handheld device. And with every great sensation, human behavior often finds a way to cast shadows of darkness. The cell phone is no exception as many inherent life threatening problems are also gaining light speed momentum. These problems come with a very large cost. The World Health Organization estimates distracted driving alone is costing countries one to three percent of GDP. On the high end, this preventable expense amounts to nearly 450 billion dollars per year for the United States.

          Mobile phone problems are well documented in the following areas:
          Prisons - #1 smuggled contraband. Gang warfare and illegal activities are carried out.
          Highways - #1 cause of distracted driving accidents and leading killer of teen drivers.
          Classrooms - #1 problem in our schools due to class disruption, cheating, and bullying.
          Court rooms - jury tampering, jury box research, jury boredom, jury social media.
          Airplanes - terrorists can detonate a bomb using the cell phone.
          Hospitals - mobile phones are forbidden in ICU's due to equipment malfunction.

          TECHNOLOGY OBSTACLES - A handful of companies have attempted to become solution providers for a few of these problems, most notably problems in our prison systems, behind the wheel, and in our schools. NONE withstanding, each and every one of them face impenetrable obstacles such as: uninstalling the application; turning off the Bluetooth; GPS latency and signal lapses; large number of varied mobile platforms; continuous updating; closed platforms; battery drain; single phone to vehicle pairing; and the inability to affect skype and satellite phones.

          PRIMARY OBSTACLE - The most significant obstacle facing solution providers is the lack of universal standards within the mobile device industry. Currently, there are NONE. Because there are no standards, the ability to universally apply a simple safety feature cannot effectively be carried out across all mobile devices. Absent uniform protocols, no solution will ever be complete. Every major industry worldwide has universal safety standards except the mobile phone industry.

          SOLUTION - TSF has developed and proposes adoption as a universal standard a set of distraction prevention and safety protocols along with matching bluetooth technology to be embedded into the firmware in all mobile phone devices. Such adoption quickly and easily provides a comprehensive remedy for all the problems mentioned above for ALL mobile phone devices. The protocols automatically instruct the mobile device how to behave when in protocol specific environments containing a corresponding active Bluetooth sensor.

          Examples of Sensor Specific Environments - In a prison all phones will shut down; in the driver's seat area of a transit bus, all phones will go to sleep; in the driver's seat of a passenger car, the texting and email functions will be inhibited and only hands-free Bluetooth will function; in a classroom the instructor could use the phone as a teaching tool for part of the class, then flip a switch to put all phones to sleep when giving a quiz, and so on as shown on page 3. Because the protocols will be embedded into the firmware, they cannot be uninstalled nor turned off. The protocols will be hack proof sum check protected and part of the OS.

          COST OF TSF PROTOCOL ADOPTION - ZERO (detail on page 5). TSF proposes a flat monthly protocol fee of $1 per phone. The revenue generated will offset the necessary expense outlay to outfit the prisons, schools, court houses and public transportation vehicles with their respective protocol sensors. The cost to the automobile manufacturers will be less than $10 per vehicle which they can pass on without a problem. We can look at this from more than one angle. First, it can be understood as an insurance reduction far greater than its cost. A l

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        • Mobile IP ProxyMobile IP Proxy
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            MobileIPP, Originally called “Ghost Mobile IP,” is a protocol and software implementation that enhances Proxy Mobile IP to speed up handover by creating “Ghost” entities of the Mobile Node that “Proxy” the mobile terminal and are crucial to allocate resources prior to accessing new cell, or region. MobileIPP can be combined with R6 signal messages from a 4G network infrastructure where tracking updates are being made. MobileIPP can be characterized as a Location-assisted Proxy Mobile IP which allows th emobile terminal to handoff from WiFi to 3G, or WiFi to 4G, or vice versa faster and more reliable than current solutions in the market today.

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          • Mobile Network EmulatorMobile Network Emulator
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              MobileCAD is a system designed to emulate mobility. As a mobile phone travels at different speeds and trajectories through a geographical area, a device suffers of signal changes, network delays, attenuation, and fading. Device manufactures need to ensure all interacting parts of a mobile device from its core Operation System (OS) to the RF antenna can function together with mobility protocols (e.g. Mobile IP), applications, and sophisticated features. This process is difficult to conduct using traditional methods such as “Drive Testing.”

              Our platform provides a simulated drive testing scenario with emulated packet delays, bandwidth characteristics, fading effects, noise, and error rates (BER). A virtual drive testing environment is then useful for testing, certification, and mobile platform development.

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            • Method and apparatus for the customer-oriented use of identification systemsMethod and apparatus for the customer-oriented...
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                In order to further improve the known customer identification systems, so that the respective customer transactions may be processed even faster and with greater precision than was possible to-date, particularly in the customer-oriented service sector, the invention proposes that the customer account or the customer file stored in a computer installed for use by the customer advisor/customer counselor/sales personnel, in addition to the visual representation of the name and/or photos of the customer.

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              • DC circuits FilterDC circuits Filter
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                  DC current Filter (DCF) designed for all circuits of devices if in it there is AC to DC conversion or/and filtration-smoothing or need a lightning/surge defence like an Energy Saving Lamps (ESL), TV, Video, Computer, Charger, Electronical Transformers, Welding Equipment, space-air-marine-submarine vehicles onboard systems, cars trucks, trams, trolleybuses, underground trains, similar
                  Results of measuring in self-made model:
                  1 If zero of measurements – diode rectifier exit – smoothing is 75-80 dB, radiofrequency noise reduction is 70-75 dB, efficiency 98-99%. Like best microchip based filters. But if current of the load less 25-50% of normal – decrease of only smoothing – will be pulsations in exit. If load more then 150-200%-more% of normal – overheat (and burn – depends on the wire insulation) of the DCF.
                  2 DCF can correct Power Coefficient (PCC function) in range +/- 60 degree with out additional device. If the load less then 10000 Watt – it should be corrected but not must be because it is very expensive and the economy of 11% of primary energy (110/220 Volts 50/60 Hertz or another) – possible these lost and additional influence to power greed due to very expensive PCC units. Cheapest in the World solution.
                  3 Temperature range of DCF is in limits of Kuri temperature of ferromagnetic core of the DCF. And ionizing radiation resistance/strong ness like at a the used wire insulation – the World best lifetime and reliability.
                  4 Economy size and weight 25-50% of similar efficiency LC filter, whorster then best microchip based impulse kind filters in 10-20%. Slightly simpler and faster production of any device due to DCF more simple common design of the side of board/it’s wiring.
                  5 In circuit 12Volt 6 Amperes the DCF defence load against 4 mikroFarade 330-340 Volt capacitor any polarity discharges every 0.5 seconds or rarely. Against any surge like a lightning over voltage in now days designs it is impossible with out very expensive ultra fast diode and varistors and high voltage capacitor jointed and displaced especially.
                  6 DCF can be produced at any industrial designed for a transformers/a bobbins/a magnetic relay producing robotized line as an element or unit or small board or similar. DCF looks like a transformer but must be connected only DC-pulsing input – wire 1+ and 2- and exit wire 3+ and 4-, wire 5 is control – for decrease smoothing if necessary to be avoided limitation (8-9 times of normal) of start current shock – there is the limitation if no any current in wire 5 (polarity is +) to wire 2. I don’t know where is necessary the limitation avoiding. The limitation is useless if there is short circuit after DCF a fuse necessary.
                  7 With 2 diodes 2 parallel DCF or 1 DCF in diagonal of 4 diode rectangle rectifier with AC input and AC output (as 2 polar kind unit) can work in any AC systems but there is not money kind voices for similar solution. Now days LC anti noise filters for an industrial AC systems really rare because just need not so deep smoothing or noise rejection – there is defence of electronical and relay control units and other devices are not miss work due to a noise. Or it is enough ordinary anti over voltage dischargers.
                  8 No any active elements inside. Only core and wire and capacitors inside. In my model all less 55-60 volts by description.

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