Abstract: A system and method for intelligently managing and distributing power from a common power source to multiple Universal Serial Bus (USB) downstream ports. The system integrates dynamic power management capabilities that enable efficient use of the available power and ensure optimal performance of connected devices. The system acquires real-time power consumption data, including current sensing to measure real-time power consumption of the connected devices and provide system wide power monitoring, to provide port power renegotiation based upon the real-time power consumption.

Abstract: A system and method for intelligently managing and distributing power from a common power source to multiple Universal Serial Bus (USB) downstream ports. The system integrates dynamic power management capabilities that enable efficient use of the available power and ensure optimal performance of connected devices. The system acquires real-time power consumption data, including current sensing to measure real-time power consumption of the connected devices and provide system wide power monitoring, to provide port power renegotiation based upon the real-time power consumption.

Abstract: A system and method for intelligently managing and distributing power from a common power source to multiple Universal Serial Bus (USB) downstream ports. The system integrates dynamic power management capabilities that enable efficient use of the available power and ensure optimal performance of connected devices. The system acquires real-time power consumption data, including current sensing to measure real-time power consumption of the connected devices and provide system wide power monitoring, to provide port power renegotiation based upon the real-time power consumption.

Abstract: Charge signal simulates a stock charger to connected portable device(s) to trigger a charging cycle. Monitoring charging port(s) for overcurrent and/or electrical short charging conditions allows charge current to be modified when necessary. While attached portable device(s) continue to charge, docking station automatically switches from charger mode to data transfer mode so that other attached devices can use and/or be used by portable device(s). Once data lines, except power line, are switched portable device(s) simultaneously charges and transfers data at same time. To identify proper charge signal, vendor identification (VID) or product identification (PID) may be read from attached portable device(s) and referenced against charging standards. Updatable firmware allows new device configurations and corresponding charge signals to be added.

Abstract: Charge signal simulates a stock charger to connected portable device(s) to trigger a charging cycle. Monitoring charging port(s) for overcurrent and/or electrical short charging conditions allows charge current to be modified when necessary. While attached portable device(s) continue to charge, docking station automatically switches from charger mode to data transfer mode so that other attached devices can use and/or be used by portable device(s). Once data lines, except power line, are switched portable device(s) simultaneously charges and transfers data at same time. To identify proper charge signal, vendor identification (VID) or product identification (PID) may be read from attached portable device(s) and referenced against charging standards. Updatable firmware allows new device configurations and corresponding charge signals to be added.

Abstract: A reverse flow back pressure pump that enables liquid to flow in a reverse direction in plumbing fixtures in order to loosen and discharge sediment freed during the reverse flow.

Abstract: A system and/or method that facilitates the installation and/or authentication of a device by invoking installation protocols and/or authentication protocols for a non-physical connection. A physical interface component provides a physical connection between at least one wireless device and at least one network entity in which the installation protocols and/or authentication protocols can be exchanged. The physical interface component can utilize a token key to establish multiple non-physical connections with multiple wireless devices. Additionally, the physical interface component can utilize a daisy chain scheme to install and/or authenticate a wireless device.

Abstract: An adapter for connecting two segments of pipe is disclosed. The adapter includes a guide insert made of a rigid material and a receptor body made of a plastic material. Both the guide insert and the receptor body have threads that fit together so that a threaded pipe segment is first inserted into the rigid threads of the guide insert and then transitions to the plastic threads of the receptor body.

Abstract: Disclosed are a unique system and method that facilitate establishing and maintaining a secure connection between at least one wireless input component and a host (e.g., PC). The system and method involve the wireless input component broadcasting a message that can be “heard” by any potential host located within a given distance from the wireless input component. The message can indicate that the input component is available for use or pairing with a PC. PCs in the area can respond to the message by notifying the user that a wireless input component is available and by generating a random PIN. The PIN can be displayed to the user on the respective PC. The user can be prompted to enter the PIN using the wireless device. When a match between the user's response and the corresponding PC is determined, the two can be securely linked. In addition the invention provides support of wireless input devices at boot or start up.

Abstract: A system and/or method that facilitates the installation and/or authentication of a device by invoking installation protocols and/or authentication protocols for a non-physical connection. A physical interface component provides a physical connection between at least one wireless device and at least one network entity in which the installation protocols and/or authentication protocols can be exchanged. The physical interface component can utilize a token key to establish multiple non-physical connections with multiple wireless devices. Additionally, the physical interface component can utilize a daisy chain scheme to install and/or authenticate a wireless device.