JP3021739U - Molded product with sucker layer printed - Google Patents

Abstract

(57) [Summary] (Corrected) [Problem] Adhesion or non-slip of adhered products such as containers, display boards, and device parts to adherends such as synthetic resin, glass, and metal without using an adhesive, (EN) Provided is a molded product in which a sucker layer is printed on a molded product or the like which can be easily peeled from an adherend after use and which can be reused repeatedly such as a container. SOLUTION: An ink-like substance 6 serving as a soft and flexible sucker layer is used on an adsorbing surface 3 such as a back surface of a molded product 2 made of synthetic resin, metal, glass, etc. The molded product 1 has a suction cup layer 4 formed by printing a pattern suction cup layer 4 by a method such as screen printing.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention prints a suction cup layer having adsorption performance on the back surface of a molded container made of synthetic resin, metal, glass, etc., cabinets, equipment parts, display boards, etc., so that the product is absorbed or slipped. It is to add a stopping effect.

[0002]

[Prior art]

 When using conventional molded containers, bottles, cabinets, equipment parts, and display boards by sticking them to a table or any adherend, use a strong adhesive at the place where the product is to be stuck. It is well known that the adhesive is applied or adsorbed by a method of applying after applying, or by adhering a product to which a sticky adhesive is applied in advance, or by adhering a plate-shaped magnet.

[0003]

[Problems to be solved by the device]

 When a conventional product is peeled off after it is used, traces of gluing of adhesive etc. may remain on the pasting surface of the pasted body after removal, and peeling may be difficult, so the pasted body may be damaged. there were. Also, with the method using a magnet plate, it is impossible to adsorb when the adhered object is glass, synthetic resin, aluminum, etc., and when a precision instrument etc. is nearby, malfunction due to magnetism It may not be able to be used due to problems such as the above. As an application different from the intended use of conventional products, adhesive products such as containers, display boards, equipment parts, etc. can be attached or adhered to the adherend such as synthetic resin, glass and metal without using adhesive. The purpose of the present invention is to provide a molded product in which a sucker layer is printed on a molded product or the like that can be easily peeled off from the adherend after use and that can be reused repeatedly such as the container and other bonded products.

[0004]

[Means for Solving the Problems] As a method, a soft and flexible sucker performance is applied to the whole or a part of the back surface, side surface, or sticking surface such as front surface to which a molded product such as metal is adhered. A simple pattern such as a circular ring that can be maintained, or a chain or mesh-like suction cup layer is printed by a method such as screen printing to provide a glass plate or an adherend such as a synthetic resin without using an adhesive agent. It is possible to adsorb and hold a molded product such as a container.

[0005]

[Action]

 The present application is an improvement of the method of the prior application "Method for manufacturing sheet with suction cup, Patent application 1993 6728, Patent application publication 1995 No. 4909". In the previous application, "Production method of sheet with suction cup", "Claim 1, the polyvinyl chloride resin or synthetic paper, etc. A method for producing a sucker sheet in which a sucker layer is provided by printing a continuous mesh-like sucker pattern by a screen printing method using an ink-like substance that becomes a softer sucker material by means of the method (claim 2 is omitted. ) ”, The present invention prints the ink-like substance (6), which will be the suction layer, as shown in the above-mentioned utility model registration claim on a molded product such as a three-dimensionally rigid container, thereby forming a table. Alternatively, it is to add the effect of adsorption or non-slip to the place (5) to be installed.

[0006] Acrylic resin, urethane resin, vinyl resin, epoxy resin, silicone resin, etc. are attached to the surface of the molded product of the container or display plate of synthetic resin or metal, glass etc. The reaction hardening agent, plasticizer, solvent and other additive substances are specially mixed with the base material of the above to adjust the flexibility and flexibility, and then compounded into the ink-like substance (6) which becomes the sucker material. By using a substance (6), a suction cup layer (4) of arbitrary pattern, such as a single or a plurality of ring-shaped chains or meshes, which can maintain the suction performance, is printed by a method such as screen printing. When it is fixed by being subjected to ultraviolet irradiation or a two-component reaction curing treatment, a molded product (1) with a sucker layer printed is completed.

[0007]

【Example】

 Examples include cosmetics, ashtrays, trays, cabinets, display boards, equipment parts, and other molded products (2) that are printed on the surface (3) to be adsorbed, such as a single ring or a plurality of circular rings or a mesh pattern. As the ink-like substance (6) which becomes a sucker layer (4) of any chain or mesh pattern, the newly prepared synthetic resin, curing agent, additive, solvent and the like are used for sucker layer processing. It is more appropriate to manufacture using a special soft and flexible "ultraviolet curing type or two-component reaction curing type or quick-drying type ink exclusively for sucker layer printing", and one example is UV-curable ink manufactured by Teikoku Ink Mfg. Co., Ltd. that uses acrylic resin, urethane resin, etc. as a base material, such as UV-FIL type ink or epoxy resin-based two-component reaction curing type PS, POS series, etc. , Plasticizer, solvent, its Capable of effecting the preparation of products printed sucker by by the additives appropriately mixed formulations using specially improved ink-like material (6) of the screen printing method.

The condition of the sucker layer (4) to be printed is that the larger the volume of the hollow chamber inside the single sucker is, the higher the degree of vacuum at the time of crimping or the degree of adsorption at reduced pressure is, so that the sucker to be printed is printed. It is a good condition that the material is thick as much as possible.

The shape of the sucker layer printed by the above-mentioned method, the pattern, etc. are different in size and shape depending on the purpose of use, but the basic shape is a circular ring, an elliptic chain, etc., as well as an example of a special pattern. Is a donut shape, polygonal shape, box shape, lattice shape, rhombus, turtle shape, honeycomb shape, polka dot pattern, floral pattern, lace pattern, chain type, mesh pattern, geometric pattern etc. The suction effect that the sucker layer (4) having an arbitrary pattern printed in a shape having a thick outer bank becomes good is recognized.

The molded product (1) printed with the sucker layer manufactured by the above-mentioned method has a UV absorber or an inhibitor or the like on the surface of the sucker layer (3) if necessary depending on the intended use. By printing or coating with a soft and flexible UV-shielding ink, etc., manufactured so as to cover the entire surface of the sucker layer, the change over time such as deterioration of the sucker layer due to exposure to ultraviolet rays, etc. It can be prevented.

[0011]

[Effect of device]

 The present invention is an adhesive, a pressure-sensitive adhesive, which is a conventionally known method for attaching a molded product (2) of synthetic resin, metal, glass or the like to an adherend (5) of synthetic resin, glass, metal or the like. As a method different from the one using a magnet etc., the improved UV reaction curable ink or two-component reaction curable ink etc. (6) was used on the back surface or front surface (3) of the molded product. A single or multiple chain-like or net-like suction cup type patterns are printed to provide a suction cup layer (4) for adsorption or anti-slip effect, which facilitates peeling of the molded product after use, and can be repeated. Can be reused.

[Brief description of drawings]

FIG. 1 is an explanatory view of a molded product on which a sucker layer is printed.

FIG. 2 is a side sectional view of a molded product on which a suction cup layer is printed.

FIG. 3 is a plan view of a molded product on which a suction cup layer is printed, viewed from the suction cup layer surface.

[Fig. 4] Example of pattern design of sucker layer (No. 1) Chain-shaped chain pattern type

FIG. 5: Example of pattern design of sucker layer (Part 2) Honeycomb type

FIG. 6 is an example of a pattern design of a sucker layer (Part 3) deformed lattice type

FIG. 7: Example of pattern design of sucker layer (Part 4) Polka dot pattern type

FIG. 8: Example of pattern design of sucker layer (Part 5) Mesh pattern type

FIG. 9: Example of pattern design of sucker layer (6) Lace pattern type

[Explanation of symbols]

1 Molded product with a sucker layer printed 2 Molded product such as synthetic resin 3 Adsorbing surface of a molded product with sucker layer printed 4 Sucker layer of any pattern such as ring-shaped or chain-shaped printed thick-walled 5 Table To be adhered 6 etc. Ink-like substance that will become the sucker layer

Claims (1)

[Scope of utility model registration request] 1. A back surface of an arbitrary molded product (2) such as a container, a cabinet, a device part, and a display board, which is manufactured by molding a material such as acrylic resin, vinyl chloride resin or other synthetic resin or metal, glass, or the like. Plasticizer and hardener with vinyl chloride resin, acrylic resin, urethane resin, silicone resin, epoxy resin, etc. as the main ingredients, which are prepared and manufactured so as to form a soft and flexible sucker on the surface or side surface (3). Cavity inside which can maintain sucker performance by using ink-like substance (6) such as quick-drying type, UV-reaction hardening type or two-liquid anti-liquid reaction hardening type manufactured by blending solvent, additive, etc. A circular ring shape, polygonal shape, honeycomb shape, polka dot pattern, mesh shape, floral pattern shape, lattice pattern shape, lace pattern shape, geometric pattern etc. alone or in a plurality with a built-up outer bank with a room Continuous run A molded product (1) on which a suction cup layer (4) having an arbitrary pattern design such as a chain or a net is printed by a method such as screen printing and subjected to a fixing treatment to print the suction cup layer produced.