104 results about "In-mould labelling" patented technology

This invention relates to a multilayered film for use as in-mold label, comprising: a core layer having a first surface and a second surface, the core layer being comprised of a polymeric mixture and particulate solids dispersed in the polymeric mixture; and an ink-printable layer overlying the first surface of the core layer; the film being formed by co-extruding the core layer and ink-printable layer to form the multilayered film, hot-stretching the film at a temperature above the expected service temperature of the label to provide the film with a machine direction orientation, the density of the film being reduced by about 10% to about 25% during hot-stretching, and annealing the film at a temperature above the expected service temperature of the label; the film having a machine direction Gurley stiffness value in the range of about 30 to about 120, a machine direction shrinkage of less than about 3%, and a machine direction shrink tension at 200° F. (93.3° C.) of less than about 100 psi.

The present invention concerns an in mould label comprising a polymeric or cellulosic carrier base film (1) having a first decorative surface (1a) and a second, backing surface (1b), said label comprising a pattern (3) printed on said first decorative surface (1a) thereof, said printed first surface (1a) being laminated with a transparent protective top film (2), affixed thereto by means of an adhesive (4), the printed pattern (3) being visible through said transparent protective top film (2). It also concerns a method for manufacturing such a label and a method for incorporating it onto the surface of a polymeric article.

Disclosed is an in-mold label comprising a thermoplastic resin film substrate layer and a heat-seal resin layer, wherein the wettability index of the thermoplastic resin film substrate layer surface and/or the heat-seal resin layer surface is from 34 to 73 mN/m, the label comprises a label body and a separable part, tearable perforations are provided between the label body and the separable part, and, when the label is stuck to a thermoplastic resin container during in-mold production of the container, the adhesion strength between the separable part and the container is from 80 to 270 gf/10 mm. The in-mold label may be printed on both sides thereof, and the separable part of the label is not loosened from a container during transportation and use of the labeled container. Not broken, the separable part is readily torn off from the container.

A container having a scented label attached using an in-mold label process and methods of making the same. A scented material is supplied to the label, and the label is attached to the container using an in-mold label process. In another embodiment, a container comprises an interior cavity for retaining a substance, and a label adapted to dispense a scent, wherein the label is disposed on an exterior surface of the container using an in-mold label process. The scent may be suggestive of the content of the container.

The invention provides an in-mold label which enables the degree of scumming to be judged during printing and imparts a good appearance to molded articles produced through in-mold molding, and which comprises a base layer (I), a heat-sealable resin layer (II), and a printable layer (III) and has a haze in whole layer of 80-100% and an internal haze of 0-20%. The invention further provides a molded article obtained using the label.

A method of manufacturing a pressure container including an in-mold label and a three-dimensional (3D) portion includes heating molds with a 3D groove formed therein to correspond to a 3D portion to be formed on a surface of the pressure container, separating the molds, attaching a label to an internal surface of the molds to allow at least a portion of the label to cover the 3D groove, positioning a pre-form of the pressure container in a cavity of the molds, closing the molds and injecting air into the pre-form at pressure in a specific range through a first route in a specific pressure range and expanding the pre-form, and three-dimensionally deforming a label attached to a surface of the pre-form to correspond to the 3D groove by air pressure along with the surface of the expanded pre-form while the expanded pre-form and the label are attached.

An In-Mould Labelling process comprising: clamping a label within a mould void of an injection moulding tool; and injecting material into the mould void while the label is clamped. An In-Mould Labelling process comprising: placing a label between a first mould void and a second, separate mould void; and injecting material into the first and second mould voids.

A clam shell type container having an injection moulded base, an injection moulded lid, and a web interconnecting the base and lid, wherein the web is formed from an in-mould label. The in-mould label is preferably deposited into a mould that simultaneously forms the base and lid, with the label being deposited into the mould prior to the injection of molten material. Upon formation, the label extends contiguously into the base and lid and becomes integrally adhered with the walls of the base and lid.

When a molten plastic is molded using a metal mold, sufficient cooling time has to elapse before the metal mold is opened, but this cooling time restricts the production per unit time. If a metal mold is opened without sufficient cooling, the plastic undergoes significant deformation by thermal shrink. If this deformation can be estimated and the metal mold designed so as to make allowance for the anticipated deformation, it will be possible to produce a molding with a shape that is equal to the design dimensions, despite shortening the cooling time. The finite element method is used to obtain the deformation. Mold design can also be performed taking account of the deformation due to the hydrostatic pressure that is produced when the molding is filled with its liquid contents. In addition, as for a portion of an in-mold labelled container which include lamination construction, the deformation due to thermal shrink is not estimated as a container which an in-mold label is not being applied. On this case, we have a method which is simulating deformation after adding parameters relating to the material of this label, said parameters including at least its thermal conductivity and coefficient of linear expansion. The thermal conductivity deformation simulation is by the finite element method. Production per unit time can be increased and metal mold design can be carried out independently of experience.

The main object is to provide an inmold labeled type plastic container which can be fabricated, even if there are some dimensional errors in the inmold label, with no damage to aesthetic design or no drop in yield is to be provided, and further an inmold labeled type plastic container which allows the consumer to drink or eat the content safely even if he or she brings his or her mouth into direct touch with the opening is to be provided. A bottom rim is disposed in the lower part of the inmold labeled type plastic container, with its dimension being not less than 0.3 mm but not more than 20 mm, and the inmold labeled type plastic container to be provided is labeled on its bottom rim in a similar way to the side part of the container.

The invention relates to an in-mold labeling method, and to molded plastic articles having an in-mold label as described herein. In one embodiment of the invention, the in-mold label film comprises: (A) a polymer facestock having a printable upper surface and a lower surface, (B) a print layer having an upper surface and a lower surface wherein the lower surface of the print layer is in contact with and adhered to the upper surface of the facestock, and (C) an adhesive layer having an upper surface and a lower surface wherein the lower surface is in contact with and adhered to the upper surface of the print layer.

The objects of this invention are to set a predetermined height position for the portion of parison or preform that is the first to come in contact with body molding planes of a split mold and to prevent air from being trapped between in-mold labels and the container which is blow molded from the parison or the preform. In-mold labels 7 are fixed to the entire outer surface of body 4 of main container 1. An annular thinnest wall portion 4a is formed in the wall of the body 4 so that the thinnest wall portion 4a is the first to come in contact with the body molding planes 14 of a split mold 13. Under this construction, no bulge of air is formed between the body 4 and the in-mold labels 7 fixed to the entire surface of the body 4.

A drawer cart with in-mold labels includes a cart and a plurality of drawers made by injection molding. Each drawer has a housing compartment opened upward and a display surface. The drawers are slidably mounted onto the cart with the display surfaces exposed outwards and can be partially drawn away from the cart to expose the housing compartment. The display surface contains an in-mold label formed during the injection molding. The in-mold label has patterns for indication and visual aesthetic, and also facilitating classification of goods held in the drawers. The patterns on the in-mold label can be designed differently in response to varying display surfaces and can be combined to form a whole pattern to enhance total design sense and meet use requirements.

An in-mold label composition includes a microporous sheet substrate having first and second faces and a first down coat of a film-forming polymer on the first face of the microporous sheet substrate. A graphic is printed on the first down coat of film-forming polymer after the first down coat has dried. A method of making the label and an article made with the label are also disclosed.

A labeled in-mold shaped article in which an in-mold label having a thermoplastic resin-containing substrate layer and a heat-seal layer that contains a heat-seal resin and a water-soluble binder is stuck to a shaped article and in which the in-mold label does not peel off rom the shaped article even when the labeled in-mold shaped article is dipped in water at 40° C. for 4 days. The labeled in-mold shaped article satisfies both label adhesiveness and delabelability.

The present invention concerns a beverage preparation capsule (11) defining a closed chamber for enclosing a mass of soluble and/or extractable food material, for use in a beverage preparation machine, comprising: (i) a capsule body with side walls (12), a bottom wall (13) open with a dispensing opening (14), said capsule body walls comprising an injection-moulded oil-based or biomass-based thermoplastic material, which is not a gas-barrier material, (ii) a gas and moisture impermeable top membrane (15), pierceable by injection means (N) of the machine which are adapted to inject an extraction liquid under pressure inside said chamber, and (iii) a gas and moisture impermeable bottom membrane (16) sealed inside the capsule body near the bottom wall (13), (iv) means (18) adapted to open said chamber by relative engagement with the bottom membrane under the effect of the liquid pressure increase in the chamber during injection of said liquid, characterized in that the inside or outside surface of the capsule body is at least partially covered by a gas-, and optionally moisture-, impermeable label (20) permanently attached by in-mould labelling to said capsule body wall, said label having a tridimensional shape such that the labelled capsule is gas and moisture tight.

This invention relates to a 3-layer co-extruded biaxial-oriented pearly synthetic paper label used for integrally molding with bottle in mold; more particularly, it relates to a manufacturing equipment and method of said 3-layer co-extruded biaxial-oriented pearly synthetic paper label. The pearly synthetic paper label produced by the manufacturing method of this invention has a 3-layer structure which is layer-laminated with a printing paper surface layer, a foamed intermediate layer, and an in-mold label-adhered layer; the pearly synthetic paper label can be applied in the blow-mold or eject-mold of polypropylene(PP) bottle or of high density poyethylene(HDPE) bottle, in which the pearly synthetic paper label is integrally molded by heat adhesion with the PP bottle or HDPE bottle under being molded in the mold; meanwhile, the abnormal situation like encapsulated air bubbles is prevented from happening so as to make the PP (or HDPE) bottle which is integrally molded with label have an excellent appearance and quality. The main process of the manufacturing method of this invention is: various compositions which represent the printing paper surface layer, the foamed intermediate layer, and the in-mold label-adhered layer respectively are co-extruded, by using two secondary extruders and one primary extruder, through one T-type die to form a 3-layer resin composition; then, through procedures of cooling/forming, biaxial orientation, corona discharge treatment, and laminating/rolling, a 3-layer co-extruded biaxial-oriented pearly synthetic paper label used for integrally molding with bottle in mold is obtained. This invention, of which the manufacturing process is simple and the cost is low, completely breaks through and fully improves the complicated process of conventional methods wherein the plastic film or a synthetic paper is either coated with a heat-melted adhesive or fabricated to be an in-mold label-adhered layer after being embossed; thus, this invention is of industrial applicability to the PP bottle or the HDPE bottle manufacturing industry.

A compound in-mold label is composed of a film substrate with air exhausting veins for exhausting air on moulding, and a transparent covering film with pattern and characters printed on its inner surface.

A package for a liquid laundry detergent composition. The package includes a container; a liquid laundry detergent composition contained in the container; and a cap removably attached to the container. The cap has a base having a base interior and a base exterior opposing the base interior, the base interior having a periphery. The cap has a vessel wall having an interior surface and an exterior surface opposing the interior surface, the vessel wall extending from the periphery to a rim and the interior surface and the base interior defining a pour volume. The base interior forms a closed end of the pour volume. The cap has an in-mold label affixed to at least a portion of the exterior surface.