Abstract: The creation method of a dyed drawing includes a step of arranging of a mesh sheet on the surface of the canvas for the dyed drawing, arranging leaves and flowers on the upper surface of a mesh sheet, covering the plant matter with a synthetic resin sheet, creating the dyed drawing on the canvas including pushing the leaves and flowers to the mesh sheet after pressing the synthetic resin sheet with a spatula etc., the pigment of the leaves and flowers outflowing and being adhered to the canvas, and removing the mesh sheet, the leaves and flowers and the synthetic resin sheet which are located on the surface of the canvas for the dyed drawing so the dyed drawing can be created, adhering and transferring the pigment of leaves and flowers of the plant matter to the drawing paper, canvas, etc.

Abstract: A method for taking a plant print includes the steps of applying a coloring matter, which is combined a pigment with a fixing agent including one of acryl emulsion, gum alabic, gum tragacanth or selectively and an alcohol, to a plant matter; the step copying and dyeing the plant matter, which is applied the coloring matter, on a copied-and-dyed object by pushing with pressure; and the step doing the ironing by an iron on a back side of the plant matter or a part which is applied the coloring matter. Therefore, since the coloring matter with alcohol is used so as not to shed when the coloring matter is applied to the leaf or flower of the plant matter, any kind of the copied-and-dyed object including paper, cloth cubic object can be copied and dyed easily and beautifully the details of the leaf, and it can be prevented efficiently to lose and change color.

Abstract: A transfer method and a transfer sheet for easily preparing a transfer sheet having a desirable transfer pattern, etc. copied or printed thereon by using a color copier, a color printer, etc. employing a resin toner, and easily performing the transfer onto any material.

Abstract: The creation method of a dyed drawing includes a step of arranging of the mesh sheet at the surface of the canvas for the dyed drawing, arranging the leaves and flowers on the upper surface of the mesh sheet, covering on the plant matter with the synthetic resin sheet, painting the dyed drawing at a canvas including pushing the leaf and flower to the mesh sheet after pressing the synthetic resin sheet by the spatula etc., flowing a pigment of the leaf and flower out and adhering the pigment to the canvas, and removing the mesh sheet, the leaf and flower and the synthetic resin sheet which are located on the surface of the canvas for the dyed drawing so that it can create the dyed drawing, adhering the pigment of leaves and flower of the plant matter to the drawing paper, canvas, etc. in the transfer state, and everyone can do easily, and it can be introduced to the subject of a culture classroom.

Abstract: A transfer method is comprised of a step for applying an adhesive for transfer to an upper surface of a pattern for transfer formed on a transfer sheet, the pattern formed by copying or printing, the adhesive spreading over the upper surface of the pattern by surface tension, the adhesive for transfer being one of a hot-melt adhesive or water-soluble or alcohol soluble adhesive including acrylic pressure sensitive adhesive, polyvinyl acetate adhesive, chloroprene rubber adhesive, polyurethane resin adhesive, polyvinyl chloride adhesive, silicon rubber adhesive and the like; and a step for transferring including an over-transferring, the transferring step being performed at least one time and including removing a liner sheet after the part with the adhesive applied to it is pushed or adhered fixedly with heating on a substrate so that everyone can easily perform the transfer work and can transfer to any substrate.

Abstract: A pressed flower assortment is airtightly sealed in between a transparent plate and a base board so that it remains intact for long without changing or fading its colors. It will be mounted in a frame for display.

Abstract: An optical communication system is provided in which a digital data bus is used as a transmission line. Each terminal equipment measures an optical output level to enable the terminal equipment to receive a packet transmitted from the terminal equipment itself and informs other terminal equipments of the measured optical output level. Each terminal equipment establishes its optical output level to be the largest one of the levels informed thereto. Further, each terminal equipment measures the delay time of an acknowledge bit transmitted from the other terminal equipments to thereby shift the sampling point by the mean value of the measured delay time, so that bus connection of terminal equipments through optical fiber can be facilitated, channel access control based on CSMA/CD can be performed, and wiring between the terminal equipments can be conserved by performing multiple transmission of audio signals and video signals as well as digital data.