SOLID COMPOSITION TRANSFERRED VIA POLYESTER

Abstract: This invention relates to a solid composition transferred by means of polyester. The solid composition transferred by means of polyester comprises: a molded material base layer having a plane shape; a polyester compound layer located on the upper surface of the molded material base layer, impregnately coated and equally mixed with polyester and a pigment member; a single printing layer located on the upper surface of the polyester compound layer, having a specific pattern and color. The solid composition transferred by means of polyester in accordance with the present invention prints a specific pattern by mixing polyester and various pigment members upon the taste of users on the upper surface of the base layer having various shapes, thereby providing a plane or a cubic molded material having excellent color tone enough to satisfy the taste of users and does not use an adhesive layer or a demolding layer, thereby making the manufacturing process simple enough to maximize the efficiency for producers.

Description: SOLD) COMPOSITION TRANSFERRED VIA POLYESTER Technical Field This invention relates to a solid composition transferred by means of polyester, and more particularly to a solid composition transferred by means of polyester impregnately coated and equally mixed with various pigment members thereby having excellent color tone. Background Art Conventionally, printed matters having durability and color in various forms and shapes have been used on products for advertisement and decoration, or on accessories to increase visual effect for beholders. In fact, printed matters or cubic molded materials worthy of attracting the attention of consumers accessing lots of goods and products for advertisement have been earnestly required. To meet the requirements, some types of printed matters have been manufactured and used. Embodiments of the types known heretofore are described as folio wings: First, a conventional cubic molded material referred to Figure 1 comprises the parts of: a rubber molding frame formed by injecting liquid plaster in a specific molding frame to mold a specific cubic shape; plaster separated from the rubber molding frame after vulcanization for a specified time; a resin molding frame 201 formed by pressing resin on the whole surface of the cubic molded material materialized by the plaster. A demolding material is formed within the resin molding frame to separate the cubic molded material materialized by synthetic resin 203 from the frame. In addition, the cubic molded material is formed by directly painting fluid pigment member; having various color tones on the cubic molded material materialized by the synthetic resin so as to make the shape of the painted cubic material visually conspicuous. However, these conventional embodiments request a long time and high costs because of complicated manufacturing process, that is, color tone should be painted manually on the surface of the cubic molded material materialized by the synthetic resin. Furthermore, painting is easily erased or peeling off owing to scratching or any force from the outside, marring the appearance of the cubic molded material. Second, a printed matter like Figure 2, suggested to solve the problem has been manufactured by directly transferring or adhering a thin plate film 209 formed of the pattern to be drawn on a surface of a cubic molded material 203 materialized by synthetic resin. And, the printed matter, if it is a plane print material, has been manufactured by using a base layer, an adhesive layer, a printing layer and a thin film layer. The printed matter has its own problems, inconvenient usage due to huge weight of the material and complicated manufacturing process. Therefore, the plane or cubic molded material can be easily adhered to a simple cubic surface or a mold surface but cannot be adhered to a complicated cubic surface. Further, it is difficult to accurately accord the location of the figures on the films or the transfer papers to the location of the cubic molded material. Accordingly, the present inventor contrived a cubic molded material and method therefore, which was filed in 1998 (Application No. 10-1998-0032811) and issued (Issuance No. 10-0256848). The issued cubic molded material comprises a molding member having at least one shape, either an embossed carving or an engraved carving, and a pigment member formed by impregnately coating a specific pattern corresponding to the material as deeply as the depth of the molding member from one side of the shape. Method therefore comprises the steps of: preparing a resin sheet and coating patterns with at least one color on the resin sheet; forming at least a cubic molding frame either in an embossed carving or in an engraved carving forward the pattern and coating liquid synthetic resin on the cubic molding frame in the pattern; vulcanizing the color tone enough to be impregnately coated on the contact area of the synthetic resin and the pattern. Although this cubic molded material manufactured as above reduces inconvenience during manufacturing as well as makes easy manufacturing a small sized material by using a single transfer paper, it has the following problems: complicated process for manufacturing the cubic molded material; if it is a huge size, difficult manufacturing process due to huge weight of the synthetic resin itself; inconvenient usage; in some cases products becoming bent or broken when they are thin plates; unstable harmony of color tones; failure of satisfying consumers' sense of color. Disclosure of Invention An object of the present invention is to provide a solid composition transferred by means of polyester having excellent color tone by impregnately coating and mixing polyester with various pigment members, and using the offset technique and the property of vulcanized polyester. The object in accordance with the present invention is accomplished by providing a solid composition transferred by means of polyester comprising: a plane molded material base layer; a polyester compound layer located on the upper surface of the molded material base layer, impregnately coated and equally mixed with polyester and a pigment member to induce printing; a single printing layer located on the upper surface of the polyester compound layer, having a specific pattern and color. It is desirable a base layer having various shapes and thickness is additionally included. It is desirable a fluorescence accumulator inducing fluorescence to the polyester compound layer is additionally included. It is desirable a jade or an elvan inducing original natural color to the polyester compound layer is additionally included. It is desirable a single printing layer coating-processed to induce brilliance to the surface of the single printing layer is additionally included. It is desirable the surface of the single printing layer is embossing-processed. It is desirable the single printing layer is formed in at least either an embossed carving or an engraved carving. Brief Description of Drawings Referring to the following drawings, a preferred solid composition transferred by means of polyester in accordance of the present invention is disclosed in more detail. Fig 1 is a sectional view of a cubic molded material using a conventional rubber molding frame, Fig 2 is a sectional view of a printed matter transferred by means of a conventional plate film, Fig 3 is an illustrative view of a solid composition by means of polyester in accordance with the present invention. Best Mode for Carrying Out the Invention A solid composition transferred by means of polyester in accordance with the present invention comprises the parts of a molded material base layer, a polyester compound layer and a single printing layer. The molded material base layer 101 is a plane layer made of various materials including wood materials, capable to be used without an additional grinding or coating process. The polyester compound layer 102 located on the upper surface of the molded material base layer 101 is impregnately coated and equally mixed with polyester and a pigment member to induce printing. The pigment member means here materials including various paints satisfying the taste of consumers. For example, if a consumer require a fluorescent color to distinguish an article in the dark, it is possible to manufacture by mixing polyester with a fluorescence accumulator. It is also possible to manufacture by mixing polyester with a jade or an elvan having original natural color to satisfy the taste of consumers. The single printing layer 103 located on the upper surface of the polyester compound layer 102 has a specific pattern and color. The single printing layer 103 in accordance with the present invention transfers by coating on the polyester compound layer 102 with a transfer paper of the single printing layer 103 right after coating the polyester compounds 102 on the molded material base layer 101, and then separates the paper of the single printing layer 103. This single printing layer is formed in various shapes including an embossed carving, an engraved carving or a plane type. Furthermore, embossing process or coating process for the surface of the present invention to induce fluorescence on the surface of the single printing layer can vary the atmosphere of the solid composition. Accordingly, the solid composition transferred by means of polyester has advantage of saving manufacturing time and costs thanks to the simple manufacturing process by printing with a single print layer without using a demolding layer or an adhesive layer. In addition, it can maximize convenience on use for users by representing color tones various enough to satisfy the taste of users in color. The solid composition in accordance with the present invention prints a specific pattern by mixing polyester and various pigment members upon the taste of users on the upper surface of the base layer having various shapes, thereby providing a plane or a cubic molded material having excellent color tone enough to satisfy the taste of users and does not use an adhesive layer or a demolding layer, thereby making the manufacturing process simple enough to maximize efficiency for producers. While the present invention has been described with reference to the particular illustrative embodiments, it is not to be restricted by those embodiments but only by the appended claims. It is to be appreciated that those skilled in the art can change or modify the embodiments without departing from the scope and spirit of the present invention.

Claims: Claims: 1. A solid composition transferred by means of polyester comprising: a molded material base layer having a plane shape; a polyester compound layer located on the upper surface of the molded material base layer, impregnately coated and equally mixed with polyester and a pigment member to induce printing; a single printing layer located on the upper surface of the polyester compound layer, having a specific pattern and color. 2. The solid composition of Claim 1, further comprising a base layer having various shapes and thickness. 3. The solid composition of Claim 1, further comprising a fluorescence accumulator inducing a fluorescent color on the polyester compound layer. 4. The solid composition of Claim 1, further comprising a jade or an elvan inducing original natural color on the polyester compound layer. 5. The solid composition of Claim 1, further comprising a single printing layer coating-processed to induce fluorescence on the single printing layer. 6. The solid composition of Claim 1, wherein the surface of the single printing layer is embossing-processed. 7. The solid composition of Claim 1, wherein the specific pattern and colors are transferred by means of the transfer paper of the single printing layer. 8. The solid composition of Claim 1, wherein the single printing layer is formed in either an embossing carving or an engraving carving.

Inventors: SUK SEOUNG WUNG, SUK, SEOUNG, WUNG
Applicants: SUK SEOUNG WUNG, SUK, SEOUNG, WUNG
Application year: 2000
Main classification: B32B27
IPC codes: B29C45, B32B27, B44C1, B44C3, B44C5, B44F1