Abstract:
Exemplary embodiments of the present disclosure are directed towards a system for plug-in type detachable constant current driver adaptor for LED tube lights for different types of fixing. The system includes, a first driver embodiment and a second driver embodiment, whereby the first driver embodiment secured to at least one end cap for retrofitting the light emitting diode (LED) tube light of a conventional fixture and whereby the second driver embodiment secured to the end caps and fixed to the LED tube light with the plurality of G13 pins for converting into to wall mounting; and hanging configuration. The system also includes a light emitting diode (LED) printed circuit board (PCB), a plurality of surface- mounted-device (SMD) light - emitting diodes (LED), a polycarbonate (PC) diffuser and at least two end caps with G13 male pins, the polycarbonate (PC) diffuser cover further comprising an aluminum heat sink. The aluminum heat sink placed at the back side of the light emitting diode (LED) tube body and which further comprising a conduit at the back side of the light emitting diode (LED). Detachable driver end cap housing comprises at least two G13 female socket, a wire hole and at least two fixings crews, further coupled to the aluminum heat sink. A power supply wire passes through a wire hole from a driver housing, passing through the inner end caps and finally through the conduit in the aluminum heat sink in a concealed manner from normal vision to improve aesthetics and protect the wire. The detachable driver end cap housing used for retrofitting and wall mounting: and hanging installations with built in common driver suitable for the common light emitting diode (LED) tube, The detachable driver housing end cap will also be used installing sensors, battery backup, dimming and automatic ambient light adjustment. A low cost plastic accessory to convert a retrofit LED tube light into wall mounting: and hanging fixtures.
Abstract:
The invention features a method of reducing perceived network latency in processing a query from a handheld client device processed by a remote system. The client device receives incremental input including a sequence of incremental user actions for identifying content items on the remote system. The client device transmits a first subsequence of the input to the remote system for incrementally identifying descriptive terms associated with desired content items. The remote system selects a first set of content items based on the first subsequence and transmits them in a reply to the client device. The client device selects a second set of content items from the first set based on a second subsequence of the input. The second subsequence includes incremental input received by the client device while it was waiting for the first reply. The client device orders and presents the second set of content items to the user.