What is claimed is:
1. A peeling method for peeling a peeled off layer from a substrate comprising:
forming said peeled off layer composed of a first material layer having a tensile stress over said substrate and a second material layer having a compressive stress and provided adjacent to at least said first material layer over said substrate; and
subsequently peeling said peeled off layer off said substrate bearing said first material layer by physical means within said second material layer or in interface of said second material layer.
2. A method according to claim 1, wherein said first material layer has a tensile stress in a range of 1 to 11010 (Dynecm2).
3. A method according to claim 1, wherein said second material layer has a compressive stress in a range of 1 to 11010 (Dynecm2).
4. A peeling method for peeling a peeled off layer from a substrate comprising:
forming said peeled off layer composed of a first material layer over said substrate and a second material layer having a compressive stress and provided adjacent to at least said first material layer over said substrate; and
subsequently peeling said peeled off layer off said substrate bearing said first material layer by physical means within said second material layer or in interface of said second material layer.
5. A method according to claim 4, wherein said first material layer has a tensile stress in a range of 1 to 11010 (Dynecm2) immediately before the peeling-off.
6. A method according to claim 4, wherein heating treatment or laser beam radiating treatment is carried out before the peeling-off.
7. A method according to claim 4, wherein said first material layer has a compressive stress immediately after the formation and has a tensile stress immediately before the peeling-off.
8. A method according to claim 4, wherein said second material layer has a compressive stress in a range of 1 to 11010 (Dynecm2) immediately before the peeling-off.
9. A peeling method for peeling a peeled off layer off a substrate comprising:
forming said peeled off layer composed of a first material layer having a tensile stress over said substrate and a second material layer having a compressive stress and provided adjacent to at least said first material layer over said substrate;
sticking a supporting body to the peeled off layer; and
subsequently peeling said peeled off layer off said substrate bearing said first material layer by physical means within said second material layer or in interface of said second material layer.
10. A peeling method for peeling a peeled off layer off a substrate comprising:
forming said peeled off layer composed of a first material layer over said substrate and a second material layer having a compressive stress and provided adjacent to at least said first material layer over said substrate;
sticking a supporting body to the peeled off layer; and
subsequently peeling said peeled off layer off said substrate bearing said first material layer by physical means within said second material layer or in interface of said second material layer.
11. A method according to claim 10, wherein said first material layer has a compressive stress immediately after the formation and has a tensile stress immediately before the peeling-off.
12. A method according to claim 9, wherein heating treatment or laser beam radiating treatment is carried out before sticking said support body to said peeled off layer.
13. A method according to claim 10, wherein heating treatment or laser beam radiating treatment is carried out before sticking said support body to said peeled off layer.
14. A semiconductor device manufacturing method comprising:
forming a first material layer having tensile stress over a substrate;
forming a second material layer having a compressive stress over said first material layer;
forming an insulating layer over said second material layer;
forming an element over said insulating layer;
sticking a supporting body to said element;
subsequently peeling said supporting body from said substrate by physical means within said second material layer or in the interface of said second material layer; and
sticking a transfer body to said insulating layer or said second material layer to sandwich said element between said supporting body and said transfer body.
15. A method according to claim 14, wherein said supporting body is a film substrate or a substrate.
16. A method according to claim 14, wherein said transfer body is a film substrate or a substrate.
17. A method according to claim 14, wherein heating treatment or laser beam radiating treatment is carried out before sticking said supporting body to said element.
18. A method according to claim 14, wherein heating treatment or laser beam radiating treatment is carried out before the peeling-off by said physical means.
19. A method according to claim 14, wherein said element is a thin film transistor having a semiconductor layer as an active layer and a step of forming said semiconductor layer is carried out by crystallizing a semiconductor layer having an amorphous structure by heating treatment or laser beam radiating treatment to crystallize and form a semiconductor layer having a crystalline structure.
20. A method according to claim 14, wherein said supporting body is a counter substrate and said element has a pixel electrode and a liquid crystal is packed between said pixel electrode and said counter substrate.
21. A method according to claim 14, wherein said supporting body is a sealing material and said element is a light emitting element.
22. A semiconductor device manufacturing method comprising:
forming a first material layer over a substrate;
forming a second material layer having a compressive stress over said first material layer;
forming an insulating layer over said second material layer;
forming an element over said insulating layer;
sticking a supporting body to said element;
subsequently peeling said supporting body off said substrate by physical means within said second material layer or in the interface of said second material layer; and
sticking a transfer body to said insulating layer or said second material layer to sandwich said element between said supporting body and said transfer body.
23. A method according to claim 22, wherein said first material layer has a compressive stress immediately after the formation and has a tensile stress immediately before the peeling-off.
24. A method according to claim 22, wherein said supporting body is a film substrate or a substrate.
25. A method according to claim 22, wherein said transfer body is a film substrate or a substrate.
26. A method according to claim 22, wherein heating treatment or laser beam radiating treatment is carried out before sticking said supporting body to said element.
27. A method according to claim 22, wherein heating treatment or laser beam radiating treatment is carried out before the peeling-off by said physical means.
28. A method according to claim 22, wherein said element is a thin film transistor having a semiconductor layer as an active layer and a step of forming said semiconductor layer is carried out by crystallizing a semiconductor layer having an amorphous structure by heating treatment or laser beam radiating treatment to crystallize and form a semiconductor layer having a crystalline structure.
29. A method according to claim 22, wherein said supporting body is a counter substrate and said element has a pixel electrode and a liquid crystal is packed between said pixel electrode and said counter substrate.
30. A method according to claim 22, wherein said supporting body is a sealing material and said element is a light emitting element.
31. A method according to claim 14 wherein said semiconductor device is incorporated in one selected from the group consisting of a personal computer, a video camera, a mobile computer, a goggle type display, a player using a recording medium, digital camera, a cellular phone, an electronic book, and a display.
32. A method according to claim 22 wherein said semiconductor device is incorporated in one selected from the group consisting of a personal computer, a video camera, a mobile computer, a goggle type display, a player using a recording medium, digital camera, a cellular phone, an electronic book, and a display.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A recording sheetink sheet integral type cartridge, comprising:
a recording sheet containing portion that contains recording sheets by stacking the sheets; and
an ink sheet containing portion that contains ink sheets,
said recording sheet containing portion including:
two separating pawls disposed to catch corners of a leading edge of the recording sheet in a feeding direction and separating the recording sheet; and
a first aperture portion formed in one of two side surfaces of said recording sheet containing portion in a direction orthogonal to the recording sheet feeding direction, and urging the recording sheet,
wherein one of said two separating pawls, which is closer to said first aperture portion, is larger than the other.
2. A recording sheetink sheet integral type cartridge according to claim 1, further comprising a feeding port, formed in a bottom surface of said recording sheet containing portion, via which to feed the recording sheets within said recording sheet containing portion, and
said two separating pawls are disposed at said feeding port.
3. A recording sheetink sheet integral type cartridge according to claim 2, wherein said ink sheet containing portion is constructed to include, at the bottom surface of said recording sheet containing portion, a first containing portion that contains ink sheets to be supplied and a second containing portion that winds up the ink sheets, and
said feeding port neighbors to said first containing portion and is formed in an edge portion of said recording sheet containing portion.
4. A recording sheetink sheet integral type cartridge according to claim 3, wherein a second aperture portion via which to feed the recording sheets is provided between said first containing portion and said second containing portion at the bottom surface of said recording sheet containing portion, and
said second aperture portion extends in a direction orthogonal to the recording sheet feeding direction and communicates with said first aperture portion.
5. A printer apparatus loaded with a recording sheetink sheet integral type cartridge comprising:
a recording sheet containing portion that contains recording sheets by stacking the sheets; and
an ink sheet containing portion that contains ink sheets,
said recording sheet containing portion including:
two separating pawls disposed to catch corners of a leading edge of the recording sheet in a feeding direction and separating the recording sheet; and
a first aperture portion formed in one of two side surfaces of said recording sheet containing portion in a direction orthogonal to the recording sheet feeding direction, and urging the recording sheet,
one of said two separating pawls, which is closer to said first aperture portion, being larger than the other,
wherein a printer body includes an urging member that urges the recording sheet via said first aperture portion of said recording sheetink sheet integral type cartridge loaded into an interior of said printer body, and aligns the recording sheets one-sidedly on the side of said smaller separating pawl within said recording sheet containing portion.
6. A printer apparatus according to claim 5, wherein said recording sheetink sheet integral type cartridge further comprises a feeding port, formed in a bottom surface of said recording sheet containing portion, via which to feed the recording sheets within said recording sheet containing portion, and
said two separating pawls are disposed at said feeding port.
7. A printer apparatus according to claim 6, wherein said ink sheet containing portion is constructed to include, at the bottom surface of said recording sheet containing portion, a first containing portion that contains ink sheets to be supplied and a second containing portion that winds up the ink sheets, and
said feeding port neighbors to said first containing portion and is formed in an edge portion of said recording sheet containing portion.
8. A printer apparatus according to claim 7, wherein a second aperture portion via which to feed the recording sheets is provided between said first containing portion and said second containing portion at the bottom surface of said recording sheet containing portion, and
said second aperture portion extends in a direction orthogonal to the recording sheet feeding direction and communicates with said first aperture portion.
9. A printer apparatus according to claim 8, wherein said printer body includes a thermal head unit disposed in a space area between said first containing portion and said second containing portion of said recording sheetink sheet integral type cartridge loaded into the interior of said printer body, and
said thermal head unit includes a sheet feeding roller that feeds the recording sheet in said recording sheet containing portion via said second aperture portion and further includes said urging member.
10. A printer apparatus according to any one of claims 5 through 9, wherein said first aperture portion of said recording sheetink sheet integral type cartridge is formed in a front surface in a direction of loading said recording sheetink sheet integral type cartridge into said printer body.
11. A printer apparatus loaded with a recording sheetink sheet integral type cartridge comprising:
a recording sheet containing portion that contains recording sheets by stacking the sheets; and
an ink sheet containing portion that contains ink sheets,
wherein said printer body includes:
an urging member urged in a take-out direction of said recording sheetink sheet integral type cartridge; and
an aperture portion, formed in part of said recording sheet containing portion on a leading side when loading said recording sheetink sheet integral type cartridge into said printer body, through which to pass said urging member.
12. A printer apparatus according to claim 11, wherein said recording sheet containing portion includes separating pawls that separate the recording sheet, and
said separating pawls are a first separating pawl positioned on the leading side when loading said recording sheetink sheet integral type cartridge into said printer body and a second separating pawl positioned on a tailing side thereof.
13. A printer apparatus according to claim 12, wherein said first separating pawl is larger than said second separating pawl.
14. A recording sheet containing cassette comprising:
a recording sheet containing portion that contains recording sheets;
first and second separating pawls, disposed to engage with both of corners of a leading edge, in a sheet feeding direction, of the recording sheet in said recording sheet containing portion, and separating the recording sheet; and
a regulating member that regulates a position of one edge of the recording sheet contained in said recording sheet containing portion,
wherein said first separating pawl of said first and second separating pawls, which is closer to said regulating member, is formed smaller than said second separating pawl.
15. A recording sheet containing cassette according to claim 14, wherein a length of said first separating pawl in a direction orthogonal to the feeding direction is shorter than a length of said second separating pawl in the direction orthogonal to the feeding direction.
16. A recording sheet containing cassette according to claim 14, wherein a length of said first separating pawl in the feeding direction is shorter than a length of said second separating pawl in the feeding direction.
17. A recording sheet containing cassette according to claim 14, wherein an area of the surface, facing the recording sheet, of said first separating pawl is smaller than an area of the surface, facing the recording sheet, of said second separating pawl.
18. A feeding apparatus comprising:
a recording sheet containing portion that contains recording sheets;
a feeding unit that feeds the recording sheet contained in said recording sheet containing portion;
first and second separating pawls, disposed to engage with both of corners of a leading edge, in a sheet feeding direction, of the recording sheet in said recording sheet containing portion, and separating the single recording sheet from other recording sheets, which is fed by said feeding unit;
a regulating member that regulates a position of one edge of the recording sheet contained in said recording sheet containing portion; and
an urging member that urges the recording sheet to abut on said regulating member,
wherein said first separating pawl of said first and second separating pawls, which is closer to said regulating member, is formed smaller than said second separating pawl.
19. A recording apparatus comprising:
a recording sheet containing portion that contains recording sheets;
a feeding unit that feeds the recording sheet contained in said recording sheet containing portion;
first and second separating pawls, disposed to engage with both of corners of a leading edge, in a sheet feeding direction, of the recording sheet in said recording sheet containing portion, and separating the single recording sheet from other recording sheets, which is fed by said feeding unit;
a regulating member that regulates a position of one edge of the recording sheet contained in said recording sheet containing portion;
an urging member that urges the recording sheet to abut on said regulating member; and
recoding unit that performs recording on the recording sheet fed by said feeding unit,
wherein said first separating pawl of said first and second separating pawls, which is closer to said regulating member, is formed smaller than said second separating pawl.