OPEN PERFORATED MATERIAL AND METHOD OF IMAGING TO FORM A VISION CONTROL PANEL

An open perforated assembly typically includes a film layer () on one side of the open perforated assembly, and an adhesive layer () and a release liner () on the other side. The layers and liner are perforated with a plurality of holes (). The assembly is devoid of any imperforate layer. The perforated liner has a first color visible from the other side. Upon removal of the perforated release liner the appearance of the assembly from the other side is similar to the appearance before removal of the perforated liner. The assembly may be imaged by digital inkjet printing using a digital inkjet machine. Its printheads are spaced from one side of the open perforated assembly and an ink receiving surface () is located on the other side such that ink that is jetted from the printheads and passes through the holes in the open perforated assembly is deposited on the ink receiving surface. 1. An open perforated assembly comprising a film layer on one side of said open perforated assembly , an adhesive layer and a release liner on the other side of said assembly , said film layer , said adhesive layer and said release liner being perforated with a plurality of holes , said open perforated assembly being devoid of any imperforate layer , wherein the perforated release liner comprises a first color visible from said other side of said assembly , wherein upon removal of the perforated release liner the light transmissivity of the assembly is within a variance of 5% to the light transmissivity before removal of the perforated release liner and wherein the average graytone of the color of solid portions of the assembly from said other side of said assembly is within a graytone variance of 30% to the average graytone of the solid portions of the assembly before removal of the perforated release liner.2. An assembly as claimed in claim 1 , wherein said appearance of the assembly from said other side of said assembly upon said removal of the perforated release liner and said ...

PERFORATED ADHESIVE ASSEMBLY WITH REMOVABLE NON-PERFORATED BONDING LAYER

A perforated self-adhesive film assembly capable of being imaged includes a perforated face film; a perforated adhesive layer; a perforated liner, each of the perforated face film, perforated adhesive layer, and perforated liner being perforated with a plurality of holes; and a removable non-perforated bonding layer removably attached to the perforated liner. The removable bonding layer includes a bonding surface. The bonding surface includes one or more of the following: i) a surface topography with a difference between the height of a peak and the depth of a trough within one of said plurality of holes of not less than 5 micron, ii) an adhesion enhancing surface coating, or (iii) a surface spaced from said perforated liner around the complete perimeter of one of said plurality of holes. 1. A perforated self-adhesive film assembly capable of being imaged , the assembly comprising:a perforated face film;a perforated adhesive layer;a perforated liner, each of the perforated face film, perforated adhesive layer, and perforated liner being perforated with a plurality of holes; anda removable non-perforated bonding layer removably attached to the perforated liner, the removable bonding layer comprising a bonding surface, the bonding surface comprising one or more of the following:i) a surface topography surface depth with a difference between the height of a peak and the depth of a trough within one of said plurality of holes of not less than 0.1 micron,ii) an adhesion enhancing surface coating, or(iii) a surface spaced from said perforated liner around the complete perimeter of one of said plurality of holes.2. An assembly as claimed in claim 1 , wherein the removable non-perforated bonding layer has a surface depth of not less than 1.0 micron.31. An assembly as claimed in claim. claim 1 , wherein the removable non-perforated bonding layer has a surface depth of not less than 5.0 micron.5. A method as claimed in claim 4 , further comprising claim 4 , after c):imaging ...

PARTIALLY PERFORATED ASSEMBLY

A partially perforated assembly includes a perforated film layer, a perforated adhesive layer applied to one side of said film layer, a non-perforated overlaminate film layer on the other side of said perforated film layer, and a release liner on the side of said perforated adhesive layer remote from said perforated film layer. When the release liner is removed and the remaining layers of the assembly are applied to a substrate, the remaining layers of the assembly comprise a void network. The void network fluidly interconnects at least two discrete perforation holes in the perforated film and adhesive layers with each other and/or the ambient environment around the assembly so as to facilitate air communication among the holes and/or between the holes and the ambient environment. 1. A partially perforated assembly comprising:a perforated film layer;a perforated adhesive layer applied to one side of said film layer;a non-perforated overlaminate film layer on the other side of said perforated film layer; anda release liner on the side of said perforated adhesive layer remote from said perforated film layer,wherein the assembly is structured such that when the release liner is removed from the adhesive layer and the remaining layers of the assembly are adhered to a substrate by said adhesive layer, an inter-connected void network within at least one of said remaining layers of said assembly allows the passage of air from one perforation in said film layer and said adhesive layer to another perforation in said film layer and said adhesive layer.2. The assembly of claim 1 , wherein one of said layers comprises an embossed surface.3. The assembly of claim 1 , wherein the void network is disposed between two layers of the assembly.4. The assembly of claim 1 , wherein the void network fluidly interconnects the at least two discrete perforation holes with a side edge of the assembly.5. The assembly of claim 1 , wherein the void network is located within the depth of one of ...

TREATMENT OF PAPER AND OTHER BAND MATERIALS.

UN APARATO PARA IMPRIMIR TIENE UN CONJUNTO DE CARRETES (40,41,42) PARA IMPRIMIR UN MATERIAL (2) DE, POR EJEMPLO, PAPEL PASANDO A TRAVES DEL CONJUNTO Y UNA O MAS UNIDADES (48,49) QUE CONTIENEN UN MEDIO DE IMPRESION. LOS CARRETES (40,41,42) SON CAPACES DE TRANSFERIR EL MEDIO DE IMPRESION DESDE LAS UNIDADES (48,49) HACIA EL MATERIAL (2). LAS UNIDADES (48,49) Y LOS CARRETES (40,41,42) DEL CONJUNTO SON RELATIVAMENTE MOVILES PARA PERMITIR QUE LAS UNIDADES INTERACTUEN SUCESIVAMENTE CON COMO MINIMO DOS DE LOS CARRETES. DE ESTE MODO ES POSIBLE CAMBIAR LA IMPRESION DESDE UN CARRETE (40,41,42) A OTRO PERMITIENDO QUE SE REALICEN CAMBIOS EN LO QUE SE IMPRIME SIN DETENER EL MOVIMIENTO DEL MATERIAL (2) DE MODO SIGNIFICATIVO. EL INVENTO SE PROPONE QUE LOS CARRETES TENGAN CILINDROS DE IMPRESION (43,44,45,46) DE DIFERENTES TAMAÑOS Y QUE SE PUEDA UTILIZAR UN SOPORTE PARA DESENROLLAR MOVIL, PARA MOVER EL MATERIAL EN EL APARATO DE IMPRESION Y QUE EL MATERIAL QUE SALE DEL APARATO SE PROCESE POR TECNICAS DE DOBLADO DE HOJAS.

Vision control panel assembly with a contrasting colored liner

An assembly includes a light-permeable film layer, a release liner, and a print pattern. The print pattern includes a base layer. The print pattern sub-divides the film layer into a plurality of discrete base layer areas and/or a plurality of transparent areas. The base layer includes a design imaging surface of a first color. The release liner includes an imperforate material. The release liner includes a release surface. The imperforate material when viewed through said light permeable film layer is a second color contrasting with said first color by the graytone of said second color differing from the graytone of said first color by at least 10%. This contrast may provide a more realistic perception of how the assembly will look in situ (e.g., on a window).

Processing paper and other webs

PROCESSING PAPER AND OTHER WEBS ABSTRACT OF THE DISCLOSURE A printing apparatus has an array of cartridges for printing a web of e.g. paper passing through the array, and one or more units containing printing medium. The cartridges each are capable of transferring the printing medium from the unit(s) to the web. The unit(s) and the cartridges of the array are relatively movable, to allow the unit(s) to interact successively with at least two of the cartridges. In this way it is possible to change printing from one cartridge to another, allowing changes to be made to what is printed, without halting the movement of web significantly. The present invention also proposes that the cartridges may have printing cylinders of different sizes, and furthermore that a mobile unwind stand may be used to move web material to the printing apparatus, and the web output from the printing apparatus processed by sheet folding techniques.

PAPER PROCESSING AND OTHER BANDS.

UN APARATO DE IMPRESION TIENE UNA MATRIZ DE CARTUCHOS (40,41,42) PARA IMPRIMIR UNA TELA (2) DE PAPEL POR EJEMPLO QUE PASE A SU TRAVES Y UNA O MAS UNIDADES (48,49) QUE CONTIENEN UN MEDIO DE IMPRESION. CADA UNO DE LOS CARTUCHOS (40,41,42) ES CAPAZ DE TRANSFERIR EL MEDIO DE IMPRESION DESDE LAS UNIDADES (48,49) A LA TELA (2). LAS UNIDADES (48,49) Y LOS CARTUCHOS (40,41,42) DE LA MATRIZ SON DESPLAZABLES RELATIVAMENTE PERMITIENDO A LAS UNIDADES (48,49) INTERACTUAR SUCESIVAMENTE CON AL MENOS DOS DE LOS CARTUCHOS (40,41,42). EN ESTA FORMA ES POSIBLE CAMBIAR LA IMPRESION DE UN CARTUCHO (40,41,42) A OTRO PERMITIENDO CAMBIOS A LO QUE SE IMPRIME SIN PARAR EL MOVIMIENTO DE LA TELA (2) SIGNIFICATIVAMENTE. LOS CARTUCHOS (40,41,42) PUEDEN TENER CILINDROS DE IMPRESION (43,44,45,46) DE DIFERENTES TAMAÑOS Y TAMBIEN UN PIE DESENVUELTO MOVIL PARA DESPLAZAR EL MATERIAL DE TELA AL APARATO DE IMPRESION. LA SALIDA DE LA TELA DESDE EL APARATO DE IMPRESION PUEDE PRECISARSE POR TECNICAS DE DOBLADO DE LAMINA. A PRINTING DEVICE HAS A MATTRESS OF CARTRIDGES (40,41,42) TO PRINT A FABRIC (2) OF PAPER FOR EXAMPLE THAT PASSES THROUGH IT AND ONE OR MORE UNITS (48,49) CONTAINING A PRINTING MEDIA. EACH OF THE CARTRIDGES (40,41,42) IS ABLE TO TRANSFER THE PRINTING MEDIA FROM THE UNITS (48,49) TO THE FABRIC (2). THE UNITS (48,49) AND THE CARTRIDGES (40,41,42) IN THE MATRIX ARE RELATIVELY MOVABLE BY ALLOWING THE UNITS (48,49) TO INTERACT SUCCESSIVELY WITH AT LEAST TWO OF THE CARTRIDGES (40,41,42). IN THIS WAY IT IS POSSIBLE TO CHANGE THE IMPRESSION OF ONE CARTRIDGE (40,41,42) TO ANOTHER, ALLOWING CHANGES TO WHAT IS PRINTED WITHOUT STOPPING THE MOVEMENT OF THE FABRIC (2) SIGNIFICANTLY. THE CARTRIDGES (40,41,42) MAY HAVE PRINTING CYLINDERS (43,44,45,46) OF DIFFERENT SIZES AND ALSO A WRAPPED FOOT TO MOVE THE FABRIC MATERIAL TO THE PRINTING DEVICE. THE EXIT OF THE FABRIC FROM THE PRINTING DEVICE MAY BE REQUIRED BY LEAF BENDING TECHNIQUES.

Method for forming durable images on substrates

A method of imaging a substrate is disclosed, the method consisting of applying a first layer to the substrate to form a "print pattern" and a second step of presenting an "addressed design" to the substrate both within and outside the area of the print pattern. In the method of the invention, within the print pattern the addressed design is formed into a "durable image material" forming at least a part of the design layer and outside the print pattern, the addressed design does not form a durable image material.

Open perforated material and method of imaging to form a vision control panel

An open perforated assembly typically includes a film layer on one side of the open perforated assembly, and an adhesive layer and a release liner on the other side. The layers and liner are perforated with a plurality of holes. The assembly is devoid of any imperforate layer. The perforated liner has a first color visible from the other side. Upon removal of the perforated release liner the appearance of the assembly from the other side is similar to the appearance before removal of the perforated liner. The assembly may be imaged by digital inkjet printing using a digital inkjet machine. Its printheads are spaced from one side of the open perforated assembly and an ink receiving surface is located on the other side such that ink that is jetted from the printheads and passes through the holes in the open perforated assembly is deposited on the ink receiving surface.

Bicycle with integrated loading platform

Processing paper and other webs

A printing apparatus has an array of cartridges (40,41,42) for printing a web (2) of e.g. paper passing through the array, and one or more units (48,49) containing printing medium. The cartridges (40,41,42) each are capable of transferring the printing medium from the units(s) (48,49) to the web (2). The unit(s) (48,49) and the cartridges (40,41,42) of the array are relatively movable, to allow the unit(s) (48,49) to interact successively with at least two of the cartridges (40,41,42). In this way it is possible to change printing from one cartridge (40,41,42) to another, allowing changes to be made to what is printed, without halting the movement of web (2) significantly. The present invention also proposes that the cartridges (40,41,42) may have printing cylinders (43,44,45,46) of different sizes, and furthermore that a mobile unwind stand may be used to move web material to the printing apparatus, and the web output from the printing apparatus processed by sheet folding techniques.

Partially perforated assembly

Processing paper and other webs

A printing apparatus has an array of cartridges (40,41,42) for printing a web (2) of e.g. paper passing through the array, and one or more units (48,49) containing printing medium. The cartridges (40,41,42) each are capable of transferring the printing medium from the unit(s) (48,49) to the web (2). The unit(s) (48,49) and the cartridges (40,41,42) of the array are relatively movable, to allow the unit(s) (48,49) to interact successively with at least two of the cartridges (40,41,42). In this way it is possible to change printing from one cartridge (40,41,42) to another, allowing changes to be made to what is printed, without halting the movement of web (2) significantly. The present invention also proposes that the cartridges (40,41,42) may have printing cylinders 43,44,45,46) of different sizes, and furthermore that a mobile unwind stand may be used to move web material to the printing apparatus, and the web output from the printing apparatus processed by sheet folding techniques.

Partially perforated assembly

A partially perforated assembly includes a perforated film layer, a perforated adhesive layer applied to one side of said film layer, a non-perforated overlaminate film layer on the other side of said perforated film layer, and a release liner on the side of said perforated adhesive layer remote from said perforated film layer. When the release liner is removed and the remaining layers of the assembly are applied to a substrate, the remaining layers of the assembly comprise a void network. The void network fluidly interconnects at least two discrete perforation holes in the perforated film and adhesive layers with each other and/or the ambient environment around the assembly so as to facilitate air communication among the holes and/or between the holes and the ambient environment.

Vision control panel assembly with a contrasting colored liner

An assembly includes a light-permeable film layer (23), a release liner (7), and a print pattern (24, 25). The print pattern includes a base layer. The print pattern sub-divides the film layer into a plurality of discrete base layer areas and/or a plurality of transparent areas. The base layer includes a design imaging surface of a first color. The release liner includes an imperforate material. The release liner includes a release surface. The imperforate material when viewed through said light permeable film layer is a second color contrasting with said first color by the graytone of said second color differing from the graytone of said first color by at least 10%. This contrast may provide a more realistic perception of how the assembly will look in situ (e.g., on a window).

Processing paper and other webs

Vision control panel assembly with a contrasting colored liner

Vision control panel assembly with a contrasting colored liner

An assembly includes a light-permeable film layer, a release liner, and a print pattern. The print pattern includes a base layer. The print pattern sub-divides the film layer into a plurality of discrete base layer areas and/or a plurality of transparent areas. The base layer includes a design imaging surface of a first color. The release liner includes an imperforate material. The release liner includes a release surface. The imperforate material when viewed through said light permeable film layer is a second color contrasting with said first color by the graytone of said second color differing from the graytone of said first color by at least 10%. This contrast may provide a more realistic perception of how the assembly will look in situ (e.g., on a window).

GOODS-FASTENED PRESSURE EQUIPMENT

A printing apparatus has an array of cartridges (40,41,42) for printing a web (2) of e.g. paper passing through the array, and one or more units (48,49) containing printing medium. The cartridges (40,41,42) each are capable of transferring the printing medium from the units(s) (48,49) to the web (2). The unit(s) (48,49) and the cartridges (40,41,42) of the array are relatively movable, to allow the unit(s) (48,49) to interact successively with at least two of the cartridges (40,41,42). In this way it is possible to change printing from one cartridge (40,41,42) to another, allowing changes to be made to what is printed, without halting the movement of web (2) significantly. The present invention also proposes that the cartridges (40,41,42) may have printing cylinders (43,44,45,46) of different sizes, and furthermore that a mobile unwind stand may be used to move web material to the printing apparatus, and the web output from the printing apparatus processed by sheet folding techniques.

Cycle with integrated load platform

A pedal cycle having a cycle frame including an upstanding rear pillar on which a saddle is mounted, an upstanding front pillar on which the handle bars are mounted, and at least two interconnecting bars extending between the front and rear pillars, one above the other to interconnect the front and rear pillars, the upper of said two bars being mounted in a position towards the bottom of the frame so as to interconnect with the front pillar adjacent the bottom of the front pillar, a front wheel located between the front forks extending below said front pillar and a rear wheel located between rear forks extending rearwardly from said rear pillar, said upper bar providing a support for a load carrying platform which has a base member attached to and extending along part of said upper bar rearwardly of said front pillar and an upstanding load support extending from the base member to a connection on an upper part of said front pillar, and providing two attachment points for bags at its upper outer corners.

GOODS-FILTERED PRESSURE EQUIPMENT

Eine Warenbahn beschickte Druckapparatur weist wenigstens eine Kassette mit jeweils einem Paar Gummizylindern und Plattenzylindern auf. Die Bewegung eines Gummizylinders wird dabei so reguliert, dasz diese gleichzeitig auch die Bewegung des zweiten Gummizylinders beeinfluszt. Auf diese Weise ist es moeglich, beim Druckvorgang von einer Kassette zu einer anderen ueberzugehen, wodurch es ermoeglicht wird, das zu druckende Bild auszuwechseln, ohne die Bewegung der Warenbahn merklich anzuhalten.{Druckapparatur; Kassette; Warenbahn; Druckmedium; Druckzylinder; Druckvorgang; bahnenfoermiges Material}

Verfahren zur aufzeichnung von beständigen bildern auf substraten

Bearbeitung von papier- und anderen bahnen.

Bearbeitung von papier- und anderen bahnen.

Processing paper and other webs

Processing paper and other webs

[UNK]

Processing paper and other webs

Open perforated material

An open perforated assembly typically includes a film layer ( 26 ) on one side of the open perforated assembly, and an adhesive layer ( 32 ) and a release liner ( 42 ) on the other side. The layers and liner are perforated with a plurality of holes ( 6 ). The assembly is devoid of any imperforate layer. The perforated liner has a first color visible from the other side. Upon removal of the perforated release liner the appearance of the assembly from the other side is similar to the appearance before removal of the perforated liner. The assembly may be imaged by digital inkjet printing using a digital inkjet machine. Its printheads are spaced from one side of the open perforated assembly and an ink receiving surface ( 62 ) is located on the other side such that ink that is jetted from the printheads and passes through the holes in the open perforated assembly is deposited on the ink receiving surface.