A component for the internal parts or the movement for a timepiece or a piece of jewellery including a substrate partially coated with a black layer and decorated with at least one stone, the black layer including carbon nanotubes or aluminium oxide, the substrate being at least devoid of the black layer on the portion facing the stone. It also relates to the method for manufacturing this component for the timepiece or the piece of jewellery.

A dial including: a rotating body which is provided to be rotatable; and a dial main body which includes a covering section that covers a peripheral portion of the rotating body.

The dial structure includes a dial base having an optical transparency, on which a carbon pattern is formed, and an uneven portion formed on a front surface of the dial base. The uneven portion has a convex and concave form representing a convex and concave form of the carbon pattern. A background print layer is formed on a back surface of the dial base excluding a portion to be an indicator portion, and has a color tone of the carbon pattern.

The dial structure includes a dial base having an optical transparency, on which a carbon pattern is formed, and an uneven portion formed on a front surface of the dial base. The uneven portion has a convex and concave form representing a convex and concave form of the carbon pattern. A background print layer is formed on a back surface of the dial base excluding a portion to be an indicator portion, and has a color tone of the carbon pattern.

A decorative item is made of a ceramic material, where ceramic material includes a carbide phase and an oxide phase, the carbide phase being present in a percentage by volume comprised between 50 and 95% and the oxide phase being present in a percentage by volume comprised between 5 and 50%. The decorative item is manufactured by a method of powder metallurgy.

A method of manufacturing a display apparatus includes providing a substrate, forming a display unit defining an opening portion in a display region over the substrate, forming a thin film encapsulation layer to seal the display unit, forming a touch electrode over the thin film encapsulation layer, forming a touch insulating film covering the touch electrode such that the thin film encapsulation layer and the touch insulating film are sequentially stacked and formed over the substrate in the opening portion, forming a touch contact hole by removing a portion of the touch insulating film to expose a portion of the touch electrode, and removing a portion of the touch insulating film and a portion of the thin film encapsulation layer formed in the opening portion to expose a portion of the substrate during the forming of the touch contact hole.

A method for depositing a rare material in a thin layer at the surface of an horological or jewellery external part includes providing a rough part of rare material, shaping the rough part of rare material so that it is adapted to be used as a target part for a PVD method, depositing material of the target part at the surface of a substrate consisting of an horological or jewellery eternal part by a PVD method so as to cover the external part.

A method for manufacturing metallic horological components includes the steps of forming a LIGA-UV type method a multi-level photosensitive resin mould and of galvanically depositing a layer of at least one metal using at least two conductive layers to form a block substantially reaching the top surface of the photosensitive resin.

A pointer including a pointer body formed using a carbon fiber textile sheet having a carbon fiber woven thereinto.

A pointer including a pointer body formed using a carbon fiber textile sheet having a carbon fiber woven thereinto.