Abstract: Provided is a head-up display device capable of reducing the divergence angle of display light which has passed a cross point. A head-up display device comprises: a light source that emits light beams; a liquid crystal panel that emits display light beams upon reception of the light beams from the light source; a first mirror that reflects the display light beams from the liquid crystal panel and causes the reflected display light beams to cross at a cross point in a crossing direction; a second mirror that reflects the display light beams reflected on the first mirror and passed through the cross point; and a second lenticular lens that converges the light beams from the light source and causes the display light beams to reach the first mirror in the converged state.

Abstract: vibration insulator is provided which includes a vibration insulator section having an outer cylinder, a rubber member which is vulcanization-bonded to the inner peripheral surface of the outer cylinder and an inner cylinder supported by the rubber member, and a bracket for supporting the vibration insulator section, with the thickness of the bracket material being made as small as possible. The bracket is composed of a pair of sheet-metal bracket members holding the axial ends of the vibration insulator. The bracket members include plate-like base sections axially opposed to each other, cylindrical sections which extend axially outward from the base sections and into which the end portions of the outer cylinder are forced, abutting sections extending radially inward from the end edges of the cylindrical sections and abutting the end surfaces of the outer cylinder and joint sections joining the bracket members to each other. A method of manufacturing the vibration insulator bracket is also provided.