Electron emission apparatus having supporting member

An electron emission apparatus comprising:

• a first plate sectioned according to sub-pixels and including an electron emission part;
• a second plate opposite to the first plate and comprising a plurality of light emission regions in which electrons emitted according to the sub-pixels formed in a matrix shape collide and a plurality of non-light emission regions formed between the sub-pixels;
• and
• a supporting member extending in at least one direction and supporting the first and second plates,
• wherein end portions of the supporting member are disposed at intersections between the non-light emission regions that extend in substantially perpendicular directions with respect to each other, at least one of the non-light emission regions having a predetermined width along the at least one extending direction of the supporting member.

An electron emission apparatus comprising:

• a first plate including a plurality of electron emission parts that correspond to sub-pixels;
• a second plate comprising a plurality of light emission regions and a plurality of non-light emission regions, wherein the light emission regions correspond to the sub-pixels;
• and
• a supporting member extending in at least one direction and supporting the first and second plates,
• wherein end portions of the supporting member are disposed so as to substantially prevent deflection of electron beams between the electron emission parts and the light emission regions.

An electron emission apparatus comprising:

• a first plate including a plurality of electron emission parts that correspond to sub-pixels;
• a second plate comprising a plurality of light emission regions and a plurality of non-light emission regions, wherein the light emission regions correspond to the sub-pixels and have a plurality of sides;
• and
• a supporting member extending in at least one direction and supporting the first and second plates,
• wherein end portions of the supporting member are located at non-light emission regions that are not adjacent to the sides of the light emission regions.