Cathode ray tube having magnetic shield with a bent portion

A cathode ray tube comprising:

• a panel provided with a phosphor screen;
• a funnel integrated with the panel;
• an electron gun disposed inside the funnel;
• a magnetic shield for shielding an electron beam emitted from the electron gun against an external magnetic field;
• and
• a frame for holding the magnetic shield,
• wherein the magnetic shield comprises, at a portion to be joined with the frame, a bent portion bent toward a tube axis side, and
• an end face of the bent portion opposing the tube axis includes a continuous surface that is uneven.

A cathode ray tube comprising:

• a panel provided with a phosphor screen;
• a funnel integrated with the panel;
• an electron gun disposed in the funnel;
• and
• an electron shielding plate for restricting a region permitting passage of an electron beam emitted from the electron gun, the electron shielding plate being disposed between the electron gun and the phosphor screen,
• wherein a thickness of the electron shielding plate at its edge on a tube axis side is 0.08 mm or less,
• and the edge of the electron shielding plate on the tube axis side is inclined toward the electron gun side.

A cathode ray tube comprising;

• a panel provided with a phosphor screen;
• a funnel integrated with the panel;
• an electron gun disposed in the funnel;
• an electron shielding plate for restricting a region permitting passage of an electron beam emitted from the electron gun, the electron shielding plate being disposed between the electron gun and the phosphor screen;
• a magnetic shield for shielding electron beam against an external magnetic field;
• and a frame for holding the electron shielding plate and the magnetic shield with the electron shielding plate being interposed between the frame and the magnetic shield, wherein an end face of the electron shielding plate opposing the tube axis includes a continuous surface that is uneven.

A cathode ray tube comprising:

• a panel provided with a phosphor screen;
• a funnel integrated with the panel;
• an electron gun disposed in the funnel;
• and
• an electron shielding plate for restricting a region permitting passage of an electron beam emitted from the electron gun, the electron shielding plate being disposed between the electron gun and the phosphor screen;
• wherein a longitudinal side of the electron shielding plate includes end portions and a central portion between the end portions and the central portion of the electron shielding protrudes toward a tube axis and protrudes relative to the end portions to form a protruding portion when viewed along the tube axis direction.