Abstract: A LED light fixture comprising two LED light bays separated by a central compartment with a hinged access door, wherein each of the LED light bay includes LED light boards and optical diffuser panels. The optical diffuser panels of the LED light fixture are capable of being removed through the central compartment with the access door in an open position and the optical diffuser panels are secured within the light bays with the access door in a closed position.

Abstract: A method for providing steering assist for a vehicle includes determining whether a primary communication system of the vehicle communicated a first vehicle speed signal, the first vehicle speed signal indicating a first vehicle speed of the vehicle. The method also includes, in response to a determination that the primary communication system did not communicate the first vehicle speed signal, detecting a fault in the primary communication system. The method also includes, in response to detecting the fault in the primary communication system, determining whether a secondary communication system communicated a second vehicle speed signal, the second vehicle speed signal indicating a second vehicle speed of the vehicle. The method also includes, in response to a determination that the secondary communication system communicated the second vehicle speed signal, selectively providing steering assist to a steering mechanism of the vehicle based on the second vehicle speed of the vehicle.

Abstract: An LED lamp includes interchangeable or replaceable lenses to detachably couple to a housing opening of the LED lamp. The LED lamp also include a safety feature that prevents electrical contact with the high voltage portion of the driver circuit board with a interchangeable or replaceable lens is removed or decoupled from the housing. The safety feature includes an isolated driver circuit and/or a transparent LED shield.

Abstract: A LED light fixture comprising two LED light bays separated by a central compartment with a hinged access door, wherein each of the LED light bay includes LED light boards and optical diffuser panels. The optical diffuser panels of the LED light fixture are capable of being removed through the central compartment with the access door in an open position and the optical diffuser panels are secured within the light bays with the access door in a closed position.

Abstract: An LED lamp includes interchangeable or replaceable lenses to detachably couple to a housing opening of the LED lamp. The LED lamp also include a safety feature that prevents electrical contact with the high voltage portion of the driver circuit board with a interchangeable or replaceable lens is removed or decoupled from the housing. The safety feature includes an isolated driver circuit and/or a transparent LED shield.

Abstract: Embodiments of the present disclosure relate to a system and method for incremental compilation. The method includes identifying a change to a portion of a circuit design. The circuit design without the change was previously compiled to an FPGA. The method also includes configuring a transactor of the FPGA to simulate the portion of the circuit design with the change and configuring the FPGA to use the transactor to simulate the portion of the circuit design with the change.

Abstract: An LED plug-in lamp is disclosed that has a plug head which converts between a G24Q 4-pin plug head and a G24D type 2-pin plug head. The A LED plug-in lamp includes a detachable plug head cap or pin cover that detachably couples to the plug head to thereby form a G24Q 4-pin plug head or is removed from the plug head to thereby from a G24D type 2-pin plug head.

Abstract: A method for providing steering assist for a vehicle includes determining whether a primary communication system of the vehicle communicated a first vehicle speed signal, the first vehicle speed signal indicating a first vehicle speed of the vehicle. The method also includes, in response to a determination that the primary communication system did not communicate the first vehicle speed signal, detecting a fault in the primary communication system. The method also includes, in response to detecting the fault in the primary communication system, determining whether a secondary communication system communicated a second vehicle speed signal, the second vehicle speed signal indicating a second vehicle speed of the vehicle. The method also includes, in response to a determination that the secondary communication system communicated the second vehicle speed signal, selectively providing steering assist to a steering mechanism of the vehicle based on the second vehicle speed of the vehicle.

Abstract: A LED track-light fixture is disclosed. The LED track-light fixture includes a canister assembly and a LED light module. The LED light module includes a LED light engine surrounded by a heat sink with vertical cooling fins fit into the canister assembly. The LED light module electrically couples to a driver assembly therein through matched sets of contact connectors. The canister assembly and a LED light module have matched guide features to ensure that the LED light module is installed in the proper rational orientation and the LED light module is preferably secured within the canister assembly through a fixing ring structure.

Abstract: A LED track-light fixture is disclosed. The LED track-light fixture includes a canister assembly and a LED light module. The LED light module includes a LED light engine surrounded by a heat sink with vertical cooling fins fit into the canister assembly. The LED light module electrically couples to a driver assembly therein through matched sets of contact connectors. The canister assembly and a LED light module have matched guide features to ensure that the LED light module is installed in the proper rational orientation and the LED light module is preferably secured within the canister assembly through a fixing ring structure.

Abstract: Methods and apparatuses are described for unstructured computer text is analyzed for masking of confidential information using artificial intelligence. A client device generates a message comprising unstructured computer text including confidential information. A server trains a word embedding model using the unstructured text. The server generates a multidimensional vector for each word in the unstructured text, generates a mapping table comprising a predetermined set of words corresponding to confidential information from the unstructured text, and determines one or more neighboring words in the trained word embedding model using the predetermined set of words. The server updates the mapping table to incorporate the one or more neighboring words and executes rules on the unstructured text that filter out one or more words, and applies the updated mapping table to match words in the updated mapping table with words in the filtered text and mask the matching words in the unstructured text.

Abstract: An LED plug-in lamp is disclosed that has a plug head which converts from a G24Q 4-pin plug head to a G24D type 2-pin plug head when a collar structure on the plug head is rotated relative to a fixed stage structure. The collar structure has two pin-stop features and two pin hole cover features. Rotating the collar structure relative to the fixed stage structure moves the two pin-stop features and allows the two reachable contact pins can be retracted through corresponding pin holes on the fixed stage structure and places ends of the pin hole cover structures over corresponding pin holes.

Abstract: A pack holds and re-charges an e-cigarette which has a tip connector with first and second charging contacts. The pack includes a pack battery; a body including a tube having an open first end for receiving the e-cigarette; and a connection assembly which is positioned at a second opposite end of the tube and includes a connector with a central contact and an outer contact for re-charging the e-cigarette using the pack battery. The outer contact of the connection assembly comprises a generally annular base and at least two lugs which project from the base in the direction of the first end of the tube and which define a docking station between the lugs for receiving the tip connector of the e-cigarette. The base of the outer contact is spring-mounted, such as by a spring, relative to a housing, of the connection assembly.

Abstract: A pack holds and re-charges an e-cigarette which has a tip connector with first and second charging contacts. The pack includes a pack battery; a body including a tube having an open first end for receiving the e-cigarette; and a connection assembly which is positioned at a second opposite end of the tube and includes a connector with a central contact and an outer contact for re-charging the e-cigarette using the pack battery. The outer contact of the connection assembly comprises a generally annular base and at least two lugs which project from the base in the direction of the first end of the tube and which define a docking station between the lugs for receiving the tip connector of the e-cigarette. The base of the outer contact is spring-mounted, such as by a spring, relative to a housing, of the connection assembly.

Abstract: A method including receiving a set of input data in a first matrix format. The method further includes compressing the set of input data to obtain a first set of compressed data in a second matrix format, where compressing the set of input data includes using a quantization equation, the quantization equation including Yq(i,j)=[(Y(i,j)+offset)<<n]/qs, where Yq(i,j) represents a coefficient in a matrix of the first set of compressed data having a coordinate (i,j), Y(i,j) represents a coefficient in a matrix of the set of input data having the coordinate (i,j), offset is an integer, << is a first bit-wise shift operator, n is an integer, qs is a real number. The method also includes sending the first set of compressed data to a first destination.

Abstract: A method including receiving a set of input data in a first matrix format. The method further includes compressing the set of input data to obtain a first set of compressed data in a second matrix format, where compressing the set of input data includes using a quantization equation, the quantization equation including Yq(i,j)=[(Y(i,j)+offset)<<n]/qs, where Yq(i,j) represents a coefficient in a matrix of the first set of compressed data having a coordinate (i,j), Y(i,j) represents a coefficient in a matrix of the set of input data having the coordinate (i,j), offset is an integer, << is a first bit-wise shift operator, n is an integer, qs is a real number. The method also includes sending the first set of compressed data to a first destination.