Regulating core air bled from a turbine engine core flowpath

An assembly for a turbine engine, comprising:

• an engine core extending along an axis, the engine core including a first compressor section, a second compressor section, a flowpath, a bleed port, an inner passage, an outer passage and a flow regulator;
• the flowpath extending longitudinally through the first compressor section and the second compressor section, the flowpath including a first flowpath section and a second flowpath section, the first flowpath section extending longitudinally to the second flowpath section, and the second flowpath section extending longitudinally from the first flowpath section;
• an inner peripheral boundary of the flowpath extending radially outward along the first flowpath section to an inner boundary apex and then extending radially inward along the second flowpath section from the inner boundary apex;
• the bleed port fluidly coupling the flowpath to the inner passage and the outer passage in parallel, the bleed port located longitudinally along the flowpath between the first compressor section and the second compressor section, and the bleed port arranged downstream of the inner boundary apex;
• and
• the flow regulator arranged at an inlet into the bleed port from the flowpath, and the flow regulator configured to regulate flow of bleed air from the flowpath into the inner passage and the outer passage through the bleed port.

An assembly for a turbine engine, comprising:

• an engine core including a compressor section, a combustor section, a turbine section, a flowpath, a bleed port, a first passage, a second passage and a flow diverter;
• the flowpath extending longitudinally through the compressor section, the combustor section and the turbine section between an inlet into the flowpath and an exhaust from the flowpath, the flowpath including a first flowpath section and a second flowpath section, the first flowpath section extending longitudinally to the second flowpath section, and the second flowpath section extending longitudinally from the first flowpath section;
• an outer peripheral boundary of the flowpath extending radially outward along the first flowpath section to an outer boundary apex and then extending radially inward along the second flowpath section from the outer boundary apex;
• an inner peripheral boundary of the flowpath extending radially outward along the first flowpath section to an inner boundary apex and then extending radially inward along the second flowpath section from the inner boundary apex;
• the bleed port fluidly coupling the flowpath to the first passage and the second passage in parallel;
• and
• the flow diverter located at an inlet into the bleed port from the flowpath, and the flow diverter arranged along the outer peripheral boundary of the flowpath downstream of the outer boundary apex and located radially outboard of the inner boundary apex.