Liquid crystal display device and manufacturing method of liquid crystal display device

A liquid crystal display apparatus comprising:

• a first plastic substrate having a concave portion;
• a light-emitting device formed in the concave portion of the first plastic substrate;
• a resin formed in the concave portion to cover the light-emitting device;
• an insulating film formed on the resin;
• a semiconductor device formed on the insulating film;
• a liquid crystal cell electrically connected to the semiconductor device;
• and
• a second plastic substrate,
• wherein the semiconductor device and the liquid crystal cell are formed between the first plastic substrate and the second plastic substrate.

A liquid crystal display apparatus comprising:

• a first plastic substrate;
• a metal film formed on the first plastic substrate;
• a light-emitting device formed over the first plastic substrate;
• a resin covering the light-emitting device;
• an insulating formed on the resin;
• a semiconductor device formed on the insulating film;
• a liquid crystal cell electrically connected to the semiconductor device;
• and
• a second plastic substrate,
• wherein the semiconductor device and the liquid crystal cell are formed between the first plastic substrate and the second plastic substrate.

A liquid crystal display apparatus comprising:

• a first plastic substrate having a concave portion;
• a metal film and formed over the concave portion;
• a light-emitting device formed in the concave portion;
• a resin formed in the concave portion to cover the light-emitting device;
• an insulating film formed on with the resin;
• a semiconductor device formed on the insulating film;
• a liquid crystal cell electrically connected to the semiconductor device;
• and
• a second plastic substrate,
• wherein the semiconductor device and the liquid crystal cell are formed between the first plastic substrate and the second plastic substrate.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device is sandwiched therebetween;
• crystallizing the metal oxide film by heat treatment;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film and the insulating film;
• forming a light-emitting device over a plastic substrate and coating the plastic substrate with a resin so as to cover the light-emitting device;
• pasting the semiconductor device onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• and
• forming a liquid crystal cell electrically connected to the semiconductor device.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device is sandwiched therebetween;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device over a plastic substrate and coating the plastic substrate with a resin so as to cover the light-emitting device;
• pasting the semiconductor device onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• forming a liquid crystal cell electrically connected to the semiconductor device;
• and
• crystallizing the metal oxide film by heat treatment in forming the semiconductor device.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device is sandwiched therebetween;
• crystallizing the metal oxide film by heat treatment;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device in a concave portion of a plastic substrate and coating the concave portion with a resin so as to cover the light-emitting device;
• pasting the semiconductor device onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• and
• forming a liquid crystal cell electrically connected to the semiconductor device.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device is sandwiched therebetween;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device in a concave portion of a plastic substrate and coating the concave portion with a resin so as to cover the light-emitting device;
• pasting the semiconductor device onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• forming a liquid crystal cell electrically connected to the semiconductor device;
• and
• crystallizing the metal oxide film by heat treatment in forming the semiconductor device.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• forming a liquid crystal cell which is electrically connected to the semiconductor device;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device and the liquid crystal cell are sandwiched therebetween;
• crystallizing the metal oxide film by heat treatment;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device over a plastic substrate;
• coating the plastic substrate with a resin so as to cover the light-emitting device;
• pasting the semiconductor device and the liquid crystal cell onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• and
• separating the second substrate by removing the first adhesive.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• forming a liquid crystal cell which is electrically connected to the semiconductor device;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device and the liquid crystal cell are sandwiched therebetween;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device over a plastic substrate;
• coating the plastic substrate with a resin so as to cover the light-emitting device;
• pasting the semiconductor device and the liquid crystal cell onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• and
• crystallizing the metal oxide film by heat treatment in forming the semiconductor device.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• forming a liquid crystal cell electrically connected to the semiconductor device;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device and the liquid crystal cell are sandwiched therebetween;
• crystallizing the metal oxide film by heat treatment;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device in a concave portion of a plastic substrate and coating the concave portion with a resin so as to cover the light-emitting device;
• pasting the semiconductor device and the liquid crystal cell onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• and
• separating the second substrate by removing the first adhesive.

A method for manufacturing a liquid crystal display apparatus comprising the steps of:

• forming sequentially a metal film, a metal oxide film, an insulating film, and a semiconductor film over either face of a first substrate;
• forming a semiconductor device by the semiconductor film;
• forming a liquid crystal cell which is electrically connected to the semiconductor device;
• pasting a second substrate with a first adhesive onto the first substrate to face the first substrate in such a way that the semiconductor device and the liquid crystal cell are sandwiched therebetween;
• separating the first substrate by splitting the metal oxide film into two, each of which is adhered to the metal film side and the insulating film side;
• forming a light-emitting device in a concave portion of a plastic substrate and coating the concave portion with a resin so as to cover the light-emitting device;
• pasting the semiconductor device and the liquid crystal cell onto the plastic substrate by bonding the insulating film adhered with a part of the metal oxide film to the resin with a third adhesive;
• separating the second substrate by removing the first adhesive;
• and
• crystallizing the metal oxide film by heat treatment in forming the semiconductor device.