Abstract: A video headset comprises a left earphone assembly, a right earphone assembly, and a headband assembly having a headband frame. The headband frame comprises a left end portion movably coupled to the left earphone assembly and a right end portion movably coupled to the right earphone assembly. The headset comprises a video screen module connected to each earphone assembly via a boom module. The video screen module comprises video screens including a first video screen and a second video screen pivotally connected to a second video screen. The second video screen faces in an opposite direction from the first video screen. The headset enables to stream both audio and video data at the video screen module. The headset is further configured to connect with external devices and stream data from different external devices on different video screens. The headset has multiple cameras on the headset to enable 360 degree viewing.

Abstract: An automated computer operating software system for automatically generating user profiles is disclosed. The system is configured to automatically creates a profile or a number profiles based on biometric methods but also stores the profile(s) information along with an associated device(s) information and user generated data locally and remotely through various hardware modules and can also retrieve this information to any other device based on biometric authentication on the other device and auto adjust the operating parameters according to that other device and its operational parameters and again continue this same kind of auto creating, backing up and retrieving of both the profile of the user and device as well in a continuous loop of infinite number devices and user profiles.

Abstract: An automated computer operating software system for automatically generating user profiles is disclosed. The system is configured to automatically creates a profile or a number profiles based on biometric methods but also stores the profile(s) information along with an associated device(s) information and user generated data locally and remotely through various hardware modules and can also retrieve this information to any other device based on biometric authentication on the other device and auto adjust the operating parameters according to that other device and its operational parameters and again continue this same kind of auto creating, backing up and retrieving of both the profile of the user and device as well in a continuous loop of infinite number devices and user profiles.

Abstract: A health monitoring system comprises a housing, a test strip assembly, a lancet, a transparent cover, and a monitor. The test strip assembly is configured to detect concentration of the sample of the blood, using lancet. It also has multiple ways to test blood like a laser-based system and a wireless based blood measuring system. Further, it has a heart rate monitor system, blood pressure and weight measuring rechargeable straps, wireless systems for information exchange with other devices, two way communication systems, a flash light, a removable X-Ray lens system, an auto created individual profile system based on a multi-factor authentication system that is capable of automatic grouping of all test results or any data created by a user, auto retrieving from a remote computer server and auto installing on a device based on its limitations through onboard multi-factor authentications systems.

Abstract: A health monitoring system comprises a housing, a test strip assembly, a lancet, a transparent cover, and a monitor. The test strip assembly is configured to detect concentration of the sample of the blood, using lancet. It also has multiple ways to test blood like a laser-based system and a wireless based blood measuring system. Further, it has a heart rate monitor system, blood pressure and weight measuring rechargeable straps, wireless systems for information exchange with other devices, two way communication systems, a flash light, a removable X-Ray lens system, an auto created individual profile system based on a multi-factor authentication system that is capable of automatic grouping of all test results or any data created by a user, auto retrieving from a remote computer server and auto installing on a device based on its limitations through onboard multi-factor authentications systems.

Abstract: The Multi-use Connector in brief enables wired and wireless interconnection between a wide range of devices with a variety of input and output terminals. The usages of this invention can range in application between audio and electrical charging, and backup charging. Further, this invention has circuitry that can enable the conversion of analog audio signals from an analog source to digital signals for further wireless transmission through an onboard wireless transmission system, or convert digital signals received wirelessly to analog audio signals for further usage as maybe needed. Also, a companion software application to the Multi-use Connector can be used on smartphone like electronic devices that can allow the reception and recording of digital audio and or video signals transmitted by the Multi-use Connector, and also over-the-air analog sound signals received by a smartphone's inbuilt microphone system i.e., both signals can be recorded into separate channels at the same time.

Abstract: A multi-power charger comprises an internal battery, receptacles for connecting one or more external power sources, and output receptacles for connecting to an electronic device. A voltage selection circuit determines an operating voltage of the first device and selects a power supply source to supply the operating voltage the device. The power supply source may be the internal battery, one of the external power sources, or both. The operating voltage is delivered to the device via the output receptacle.

Abstract: In the field of electronic mapping and GPS related or location based navigation software applications for mobile devices, many applications and features exist to aid a user in knowing current or future conditions of travel like traffic status, current speed, direction, time and distance remaining to reach a certain destination, weather conditions in a certain specified area, points of interest along a specified route and so on to name a few. All of these features can fall into the category of what can be called as Travel Informatics. The current Navigation application features some unique and hitherto unavailable features displayed directly on a digital map and automatically updated to show many useful travel related types of information in an easy to understand user interface that can better aid a user in knowing travel conditions in the context of real-time GPS aided navigation and or desktop finger navigation of digital maps and in other ways as illustrated here.

Abstract: A multi-power charger comprises an internal battery, receptacles for connecting one or more external power sources, and output receptacles for connecting to an electronic device. A voltage selection circuit determines an operating voltage of the first device and selects a power supply source to supply the operating voltage the device. The power supply source may be the internal battery, one of the external power sources, or both. The operating voltage is delivered to the device via the output receptacle.

Abstract: A multi-power charger comprises an internal battery, receptacles for connecting one or more external power sources, and output receptacles for connecting to an electronic device. A voltage selection circuit determines an operating voltage of the first device and selects a power supply source to supply the operating voltage the device. The power supply source may be the internal battery, the external power source, or both. The operating voltage is delivered to the device via the output receptacle.

Abstract: A multi-power charger comprises an internal battery, receptacles for connecting one or more external power sources, and output receptacles for connecting to an electronic device. A voltage selection circuit determines an operating voltage of the first device and selects a power supply source to supply the operating voltage the device. The power supply source may be the internal battery, the external power source, or both. The operating voltage is delivered to the device via the output receptacle.

Abstract: A multi-power charger comprises an internal battery, receptacles for connecting one or more external power sources, and output receptacles for connecting to an electronic device. A voltage selection circuit determines an operating voltage of the first device and selects a power supply source to supply the operating voltage the device. The power supply source may be the internal battery, the external power source, or both. The operating voltage is delivered to the device via the output receptacle.