Abstract: Embodiments of the present disclosure provide a display module, including: a flexible panel, a first group of film layers attached to a light-emitting side of the flexible panel, and a second group of film layers attached to a non-light-emitting side of the flexible panel away from the light-emitting side. The display module is capable of being folded to a curved plate, such that at least a portion of an orthographic projection of the display module on a first plane perpendicular to the curved plate has a shape of a water-drop profile comprising a neck portion and a body portion. At least a portion of orthographic projections, on the first plane, of two opposite ends of the display module forms the neck portion, and an orthographic projection, on the first plane, of a middle portion of the display module between the two opposite ends forms the body portion.

Abstract: Provided is a process including: determining, based on a machine learning model, a measure of outcome success for a set of job requisitions, the machine learning model trained to determine measures of outcome success for job requisitions based on a set of job requisition training data, and the set of job requisition training data comprising: a set of historical job requisitions; and job outcomes for the set of historical job requisitions; ranking, based on the measure of outcome success, the set of job requisitions to generate a ranked set of job requisitions; and providing, to a job candidate, one or more job requisitions of the ranked set of job requisitions for selection of a job requisition for application by the job candidate.

Abstract: A submerged combustion burner, a submerged combustion melter including the submerged combustion burner, and method of operating the submerged combustion burner are disclosed. The submerged combustion burner includes central burner tube and a heat pipe that surrounds and extends beyond a terminal end of the central burner tube. When received in a burner opening defined in a melting tank of a submerged combustion melter, the heat pipe of the submerged combustion burner is disposed between the central burner tube and the floor of the melting tank. The heat pipe transfers or pumps heat via a sealed working fluid to a cooling fluid that thermally communicates with the heat pipe exterior to the melting tank.

Abstract: A glass melting furnace and method for introducing batch feed material into a glass melter tank of the glass melting furnace are disclosed. The glass melting furnace comprises the glass melter tank, a feeder tank, and at least one conduit. The glass melter tank defines at least one melter tank inlet, a molten glass outlet, and an exhaust gas outlet, and the feeder tank, which is separate from the glass melter tank, defines a batch feed inlet and a feeder tank outlet. The at least one conduit is in fluid communication with the feeder tank outlet and the melter tank inlet. Moreover, the melter tank inlet is defined below a melt level of a glass melt contained within the glass melter tank and at least partially filling the at least one conduit.

Abstract: A submerged combustion melting system includes a furnace including a tank with a floor, a roof, a perimeter wall, and an interior, and burners to melt glass feedstock into molten glass, a batch inlet, a molten glass outlet, and an exhaust outlet. An exhaust system is in fluid communication with the interior of the tank, and includes a flue in fluid communication with the exhaust outlet. A refractory-lined hood may be in fluid communication with the flue, which may be fluid-cooled including fluid-cooled perimeter panels and lower and upper baffles. The hood may include a protrusion that protrudes into a downstream horizontal exhaust path and has an excurvate upper surface to streamline flow of exhaust gas through the hood to prevent gas recirculation and formation of condensate piles in the hood.

Abstract: Devices and methods of using a burner and/or a protective cap for a melting chamber are disclosed. In particular, the melting chamber includes a chamber wall and a burner. The chamber wall has a longitudinal axis and forms a passage having a passage axis transverse to the longitudinal axis. The chamber wall also has an inner wall surface with an inner wall edge extending about the passage. The burner is positioned in the passage and has a tubular body with a burner end spaced away from the inner wall edge so that a space exists between the burner end and the inner wall edge. The tubular body also has an outer burner diameter, an inner burner diameter, and a central conduit within the inner burner diameter.