Abstract: A method of manufacturing a light emitting module includes: providing an intermediate structure that includes a wiring board having an upper surface and including a metal layer, a first conducting member on the metal layer, and a second conducting member on the metal layer; disposing, on the intermediate structure, a resist layer having openings; providing a light emitting element including a first electrode and a second electrode, and disposing the light emitting element on the resist layer such that the first electrode and the second electrode respectively face the first conducting member and the second conducting member while a portion of an outer periphery of the lower surface of the light emitting element is exposed from the resist layer in the openings; forming a first bonding member on the first conducting member and forming a second bonding member on the second conducting member; and removing the resist layer.

Abstract: A vehicle with an automatic downshift function, comprises an engine including a throttle device and an ignition device; an engine speed sensor which detects an engine speed; a shift operation member which is operated by a rider; a manual transmission connected to the engine, a shift operation sensor which detects the operation of the shift operation member; and a controller which controls the engine based on a detection signal of the engine speed sensor and a detection signal of the shift operation sensor. In a case where the controller determines that a deceleration shift operation has been initiated based on the detection signal of the shift operation sensor, the controller performs an automatic downshift control so that the controller controls the throttle device to increase an intake-air amount and controls the ignition device to change an ignition timing, based on the engine speed detected by the engine speed sensor.

Abstract: A vehicle with an automatic downshift function, comprises an engine including a throttle device and an ignition device; an engine speed sensor which detects an engine speed; a shift operation member which is operated by a rider; a manual transmission connected to the engine, a shift operation sensor which detects the operation of the shift operation member; and a controller which controls the engine based on a detection signal of the engine speed sensor and a detection signal of the shift operation sensor. In a case where the controller determines that a deceleration shift operation has been initiated based on the detection signal of the shift operation sensor, the controller performs an automatic downshift control so that the controller controls the throttle device to increase an intake-air amount and controls the ignition device to change an ignition timing, based on the engine speed detected by the engine speed sensor.