13 results about "Clear Layer" patented technology

The method for producing a repair sheet includes: attaching a nonpolar resin plate to an appropriate position on a dummy vehicle body corresponding to a repair area including a coating film in need of repair; supplying the dummy vehicle body to a topcoat application line and forming a pigment layer on a nonpolar resin plate and a clear layer on a nonpolar resin plate under a condition equal to that for topcoat application to a vehicle body to be actually coated; and supplying the dummy vehicle body to a coating drying line and drying the nonpolar resin plate having the pigment layer and the nonpolar resin plate having the clear layer formed thereon under a condition equal to that for coating drying of the vehicle body to be actually coated.

The objective is to provide a method for manufacturing a vehicle wheel and a vehicle wheel that makes it possible to highlight the presence of a logo formed by engraving on the design surface where the metallic color of the metal base material is visible. [Solution] The entire design surface that has been machined on a lathe is polished to form a polished surface. A thin layer of transparent clear paint is applied to the entire polished design surface to form a first clear layer on the polished surface. A portion of the design surface on which the first clear layer has been formed is engraved with a cutting tool, engraving the first clear layer and the metal base material of the wheel body, exposing the metal of the metal base material and leaving the cutting tool marks to form a logo area with multiple engraved lines including sharp convex lines. Without polishing the engraved logo area, a second clear layer is applied to the entire design surface in its original state, with a thickness greater than the film thickness of the first clear layer, thereby maintaining the sharpness of the engraved lines of the logo area and creating a design surface that highlights both the polished surface and the logo area.

The invention discloses a three-layer flow-extending snowflake-shaped glaze processing technology, which is characterized in that through cooperative work of matched processing equipment, a layered glazing and staged firing technology is combined to form runner, pinniform and snowflake-shaped three-layer glaze with clear layers, and through matching with a transparent glaze layer, the glossiness and the stability are improved. According to the technical scheme, the method is characterized in that the method is based on three-layer flow-extending snowflake-shaped glaze line machining related equipment, and the equipment comprises a ball mill, rolling forming equipment, a ventilation drying device, a rotary workbench, a feather-shaped smearing tool, kiln equipment and glaze dipping equipment; the aeration-drying device is used for adjusting the moisture content of a mud blank, the rotary workbench is used for fixing the disc body during glazing, the feather-shaped smearing tool is used for layered glazing, the kiln equipment is used for staged temperature control firing, and the glaze dipping equipment is used for applying transparent glaze; the method comprises the steps of pre-preparation, layered glazing, staged firing and transparent glaze layer forming.

A refrigerator may include a main body, a door connected to the main body and configured to open and close to respectively open and close the main body, and a storage compartment disposed in the main body to store food. wherein an exterior material of the main body may include: a frame including a metal material, a primer layer disposed on the frame, a base layer disposed on the primer layer and including a first bio-based resin, a clear layer disposed on the base layer and including a second bio-based resin, and the base layer and / or the clear layer may contain biomass and an inorganic additive.

Provided are devices and systems including angled flow cells enabling the collection of side and forward scatter and methods of using such angled flow cells. The flow cells including a first optically clear layer and a second optically clear layer; an opaque middle layer disposed between the first optically clear layer and the second optically clear layer, the opaque middle layer including a void and; a sealed chamber formed by the combined edges of the void, the first optically clear layer, and the second optically clear layer; a front prism disposed on an outer surface of the first optically clear layer, wherein the outer surface of the first optically clear layer is opposite the outer surface of the second optically clear layer; and at least one light collection lens.

This refrigerator may comprise: a main body; a door connected to the main body and rotatably connected so as to open and close the main body; and a storage chamber disposed inside the main body and storing food. The exterior material of the main body may comprise: a frame comprising a metal material; a primer layer disposed on the frame; a base layer disposed on the primer layer and comprising a first bio-based resin; and a clear layer disposed on the base layer and comprising a second bio-based resin. The base layer and / or the clear layer may contain biomass and inorganic additives.

A method for manufacturing a lamp assembly comprising a light-emitting film section and a lens section, wherein the method includes applying the light-emitting film section, which generates light, to an upper form, applying the lens section, which transmits light generated by the light-emitting film section, to a lower form, joining the upper form and the lower form together, and forming a clear layer with light-transmitting properties, wherein the clear layer is provided between the light-emitting film section and the lens section. The formation of the clear layer is carried out at room temperature.

The objective is to provide a method for manufacturing a vehicle wheel and a vehicle wheel that makes it possible to highlight the presence of a logo formed by engraving on the design surface where the metallic color of the metal base material is visible. [Solution] The entire design surface that has been machined on a lathe is polished to form a polished surface. A thin layer of transparent clear paint is applied to the entire polished design surface to form a first clear layer on the polished surface. A portion of the design surface on which the first clear layer has been formed is engraved with a cutting tool, engraving the first clear layer and the metal base material of the wheel body, exposing the metal of the metal base material and leaving the cutting tool marks to form a logo area with multiple engraved lines including sharp convex lines. Without polishing the engraved logo area, a second clear layer is applied to the entire design surface in its original state, with a thickness greater than the film thickness of the first clear layer, thereby maintaining the sharpness of the engraved lines of the logo area and creating a design surface that highlights both the polished surface and the logo area.

A method for manufacturing a lamp assembly including a light emitting sheet portion and a lens portion, the method includes mounting the light emitting sheet portion, generating light, on an upper mold, mounting the lens portion, transmitting light generated by the light emitting sheet portion, on a lower mold, coupling the upper mold and the lower mold to each other, and forming a clear layer having light transmissive properties, the clear layer provided between the light emitting sheet portion and the lens portion. The forming the clear layer is performed at room temperature.

The present disclosure provides a multilayer coating film having a hiding property and being capable of exhibiting dichroism due to a difference in light intensity, and preferably provides a multilayer coating film having a hiding property and being capable of exhibiting dichroism due to light intensity even if the coating film has a solid color.A multilayer coating film comprising: an intermediate coating layer; a base layer overlaid on the intermediate coating layer; and a clear layer overlaid on the base layer,wherein a lightness L*45 is 3 to 10, a degree of yellowness b*45 is −4 or less, and a chroma C*ab45 is 4 to 10, based on a spectral reflectance at a light source 100%,wherein a lightness L*45 is 3 or less, a degree of yellowness b*45 is −3 to 0, and a chroma C*ab45 is 3 or less, based on a spectral reflectance at a light source 10%, andwherein a content of a coloring pigment in the base layer is 2.5 parts by mass or more per 100 parts by mass of a solid content of the base layer.

To provide a laminate excellent in stretchability and solvent resistance. A laminate comprising a base film and a clear layer, wherein the clear layer is a layer formed by curing a composition containing a fluorinated polymer having hydroxy or carboxy groups, a non-fluorinated polymer, and a curing agent having functional groups that react with the hydroxy or carboxy groups, and the hydroxy value or acid value of the fluorinated polymer is at least 20 mgKOH / g, and the content of the fluorinated polymer is at most 30 mass % to the total content of the fluorinated polymer and the non-fluorinated polymer.

A credit card, according to an embodiment of the present invention, comprises: a metal sheet made of a metal material; a lower primer layer coated on the metal sheet; a transparent layer coated on the lower primer layer; a color layer coated on selected areas of the transparent layer; and a clear layer selectively coated on the lower transparent layer or the color layer. The clear layer is formed by spraying onto the transparent layer or the color layer, and thus, a sanding effect may be achieved.

The utility model discloses a thickener foam defoaming structure which comprises a thickening tank, a deposition layer is arranged in the thickening tank, a transition layer is arranged at the top end of the deposition layer, a clarification layer is arranged at the top end of the transition layer, a foam layer is arranged at the top end of the clarification layer, and an annular pipe is sleeved on the outer wall of the thickening tank. The annular pipe is connected with the thickening tank through a fixing block, the bottom end of the annular pipe is connected with the thickening tank through a conveying pipe, one side of the conveying pipe extends into the clarification layer, a plurality of uniformly distributed connecting pipes are arranged at the top end of the annular pipe, and a spray head is arranged at one end, far away from the annular pipe, of each connecting pipe. The defoaming device has the beneficial effects that when a foam layer in the thickening tank is subjected to water spraying defoaming, the foam layer can be stirred at the same time by arranging the stirring assembly, the foam eliminating efficiency is improved, the stirring efficiency of the stirring assembly is improved through revolution and rotation of multiple groups of stirring blades, and the defoaming speed is further increased.