Composite thermal transfer sheet
OwnerHirokatsu Imamura, Koichi Nakamura +1inventors
InventorsHirokatsu Imamura, Koichi Nakamura, Hirokazu Kaneko
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Abstract
A composite thermal transfer sheet is disclosed, having a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disclosed on surface side thereof, a transfer receiving material, and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the temporary adhesive layer comprises adhesive particles having a low glass transition temperature, wax particles and resin particles having a high glass transition temperature.
Claims73
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the temporary adhesive layer comprises adhesive particles having a low glass transition temperature, wax particles and resin particles having a high glass transition temperature.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein at least one selected from interfaces between the respective layers, interiors thereof and surfaces thereof has been subjected to an antistatic treatment.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the temporary adhesive layer comprises adhesive particles having a low glass transition temperature, wax particles and resin particles having a high glass transition temperature, and at least one selected from interfaces between the respective layers, interiors thereof and surfaces thereof has been subjected to an antistatic treatment.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the temporary adhesive layer comprises a wax and an adhesive resin having a low glass transition temperature.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and two heat-fusible ink layers disposed on both sides thereof;
- a set of transfer-receiving materials;
- and temporary adhesive layers capable of peelably bonding each of the heat-fusible ink layers of the thermal transfer sheet to the corresponding transfer-receiving materials.
A composite thermal transfer sheet comprising;
- a sheet-type thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material having a substantially the same size as that of the sheet-type thermal transfer sheet;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the thermal transfer sheet is fixed to the transfer-receiving material on at least one of the end portions thereof.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the thermal transfer sheet is fixed to the transfer-receiving material at the end portion of the outside of a roll of the composite thermal transfer sheet.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the thermal transfer sheet is fixed to a tube for the winding thereof at the end portion of the outside of a roll of the composite thermal transfer sheet.
A composite thermal transfer sheet comprising:
- a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof;
- a transfer-receiving material;
- and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material, wherein the transfer-receiving material has a rigidity of 20 to 2500 gf/cm.
A package of a composite thermal transfer sheet comprising the composite thermal transfer sheet wound around a cylindrical core into a roll form, a container having openings on both sides and being capable of housing the roll, and a retention member for retaining the roll hung in the container;
- the composite thermal transfer sheet comprising a thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof, a transfer-receiving material, and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material;
- wherein the inside diameter has substantially the same shape as that of the openings disposed on both sides of the container, the retention member comprises a flange portion and a projection, and the projection is inserted into the opening of the container and the inside of the cylindrical core.
A bag-type package comprising a humidity resistance-imparted bag and a composite thermal transfer sheet housed therein;
- the composite thermal transfer sheet comprising a sheet-type thermal transfer sheet comprising a substrate film and a heat-fusible ink layer disposed on one surface side thereof, a transfer-receiving material having substantially the same size as that of the sheet-type thermal transfer sheet, and a temporary adhesive layer capable of peelably bonding the heat-fusible ink layer of the thermal transfer sheet to the transfer-receiving material.
Dependencies are inferred from the claim text.