PROFILSTUECK AUS GLAS, MITTELS DESSELBEN HERGESTELLTE WAND UND VERFAHREN UND ANLAGE FUER SEINE HERSTELLUNG

GLASS CHANNEL-SECTION MEMBERS

... 1401057 Glazing; partitions, assembling panels BOUSSOIS SOUCHON NEUVESEL 21 Sept 1972 [22 Sept 1971] 43796/72 Headings E1R and E1W [Also in Division C1] A glass channel-section member comprises a base 1 edged by two side-walls 2, at least 12 extending along the rim, the projection 3 or 12 comprising a rounded edge portion having a fine-polished surface. In the process of manufacture, the rounded edge portion is maintained out of contact with any part of the apparatus so as to maintain the fine-polish. The channel section members are interconnected by clips as 4a, 13a of metal, such as stainless steel strip, chromium nickel or aluminium and magnesium based alloy for outwardly faicing clips, or aluminium or rigid polyvinyl chloride for inwardly facing clips when assembled on a building. The channel section members may be separated by spacers (7) of neoprene of the clips as 4a, may have an inwardly projecting central portion 8 to space the members. As shown in Fig 9, members A1, A2, A3 each ...

GLASPROFIL, TAFEL AUS MEHREREN DIESER GLASPROFILE UND VORRICHTUNG ZUR HERSTELLUNG DES GLASPROFILES

GLASS PROFILE, BOARD FROM SEVERAL OF THESE GLASS PROFILES AND DEVICE FOR THE PRODUCTION OF THE GLASS PROFILE

GLASS CERAMIC COOK PLATE AND PROCEDURE FOR YOUR PRODUCTION

METHOD AND APPARATUS FOR EXTRUSION

Verfahren und Vorrichtung zur kontinuierlichen Herstellung eines endlosen Strangprofils aus Glas, insbesondere von Bauprofilglas

Procedimento ed apparecchio ad elementi fissi di guida per l'ottenimento di profilati in vetro

Procédé et appareillage pour la fabrication en continu de profilés en verre ayant une section transversale en forme de "U"

Vorrichtung zum kontinuierlichen Walzen von breitenbegrenzten endlosen Glasbändern

Semi-cylindrical glass profiles

The semi-cylindrical one-piece glass profiles, for support posts for electrical and telephone cables and the like, has a semi-cylindrical wall of at least 3 m length, a width of at least 0.1 m and a thickness of at least 5 mm, with edges at right angles to the wall. Also claimed is a mfg. process where the molten glass is shaped between two rotating profiled units. They form a glass strip with a lateral section where the centre is thinner than the edges with relatively strong zones between the centre of the strip and the edges. The strip is distorted into a concave profile between its edges with a depth, as a spout with a hollow increasing curvature as far as the edges next to the shaping units, according to the required shape of the semi-cylindrical glass profile. The profile are annealed and cut to length.

Profiled glass beams for building industry - are made continuously with interlocking tongues and grooves for assembly in row

Glass product consisting of a beam with a U-profile and in which one leg of the U is bent outwards and also possesses a U-shape. Several of the glass products are pref. assembled in a row in which the straight leg of one profile locks into the U-shaped leg of the next profile in the row. The glass profile is pref. made using a multi-part die, the die being assembled to form a cavity consisting of a long base with a straight leg at one side and a leg in the shape of an inverted U at the other, the die being employed to shape a flat sheet of glass. Used in constructing industrial-, domestic-, public- or agricultural-buildings, to maintain a microclimate and permit the use of modern architectural designs.

GLASS-CERAMIC COOKING PLATE FOR GAS COOKERS, AND METHOD FOR MAKING SAME

A glass-ceramic cooking plate for gas cooking apparatuses, comprising at least one opening (2) for a gas burner (3) and a number of projections (5) with a uniform height arranged around the opening for supporting a cooking utensil to be heated by said burner, said projections being integral with the plate itself.

Verfahren und Vorrichtung zum Herstellen von Profilglaselementen sowie Profilglaselement und dessen Verwendung

Die Erfindung hat ein Verfahren zum Herstellen eines Profilglaselements (30) mit zwei Flanschen (32, 33) und einem zwischen den Flanschen (32, 33) ausgebildeten Steg (31), zum Gegenstand, das die folgenden Schritte umfasst: a) Bereitstellen eines Glasbandes (5) mittels zweier am Auslass eines Glasschmelzofens (1) angeordneter Einzugswalzen (3, 4), b) Einstellen der Temperatur des Steges (31) auf eine Stegtemperatur, bei der der Steg (31) noch plastisch verformbar ist, c) Einstellen der Temperatur der Flansche (32, 33) auf eine Flanschtemperatur, die niedriger ist als die Stegtemperatur, d) Aufstellen der Flansche (32, 33) an den Rändern des Glasbandes (5), e) Profilieren des Steges (31) mit Hilfe von zwei Stegprofilierungswalzen (14, 15), f) Abkühlen des Profilglaselements (30), eine Vorrichtung zur Herstellung von Profilglaselementen sowie Profilglaselemente und deren Verwendung als Fassadenverglasungen. The invention relates to a method for producing a profiled glass element (30) having two flanges (32, 33) and a web (31) formed between the flanges (32, 33), comprising the following steps: a) providing a glass ribbon (B) adjusting the temperature of the web (31) to a web temperature at which the web (31) is still plastically deformable, c) adjusting the webbing (31) to a web temperature (3) Temperature of the flanges (32, 33) to a flange temperature lower than the web temperature, d) setting up the flanges (32, 33) at the edges of the glass ribbon (5), e) profiling the web (31) by means of two Web profiling rollers (14, 15), f) cooling of the profiled glass element (30), a device for producing profiled glass elements and profiled glass elements and their use as façade glazings.

Verfahren und Vorrichtung zur kontinuierlichen Herstellung von Profilglasstreifen

METHOD OF FORMING SHAPED PRODUCTS FROM A THERMOPLASTIC MATERIAL INCLUDING GLASS AND A DEVICE FOR CARRYING SAME INTO EFFECT

... 1319521 Forming shaped products from glass G N BOGRETS N P BONDAR G A SIZONENKO A G MINAKOV M I BARSUKOV G I MITKEVICH V F DUDKIN A M TESLYA and N E KOLOMIETS 7 Aug 1970 38181/70 Heading C1M Shaped products such as tubes are formed from glass by subjecting to bending a continuously travelling glass strip in a plasticized state -by means of shaper members which simultaneously move towards each other and also in the direction of strip travel for a length of feed and are then brought apart to their initial position ready to repeat the process on the next length. To produce closed-contour products use is made of a mandrel which is reciprocated lengthwise of the strip together with the shaper members. The device for carrying out the method includes a bed 7 carrying four guide bars 9 with slide blocks 10, platforms 11 which carry the shaper members 3 and a lever and cam system 18, 29, 31, 26, 27, 22, 35 actuated from a drive which displace the shaper member lengthwise and crosswise of the strip ...

PROCEDURE FOR THE PRODUCTION OF A NATURE GLASS PROFILE.

Procedure and device for the continuous production of Kant profiles from glass

A glass calender for self-pressure device

Patent FR1597463A

Device to work the edges of a bard continues flat glass

LUMINESCENT TEXTURE GLASS FOR GREENHOUSE

Forming profiled glass strip - from continuously moving flat band

Plates of cover and their system of assembly

Procedure and device for the continuous production one simply or several times bent Glasbandes, in particular of building profile glass

Glass, preparation method thereof, reinforced glass, glass plate and application

PLATE VITROCERAMICS AND ITS MANUFACTORING PROCESS

Glass leaf planes for roofs and other constructions out of glass, and process and device to manufacture this sheet

Process and apparatus with fixed elements of guide for the production of profiled out of glass

MANUFACTORING PROCESS OF PLATES LAMINEES OF GLASS OR VITROCERAMIQUECOMPORTANT OF THE PARTIALLY WORKED ZONES

Partial deformation of glass or vitroceramic plates by gravity subsidence in a predefined zone, notably for the fabrication of domestic appliance surfaces, covers and pots

The partial deformation of a glass plate in at least one predefined zone is carried out by subsidence under the effect of the gravity in the glass plate at least partially reheated. Prior to the partial deformation, in the predefined zone of the glass plate, a thinning of the material corresponding at the contour imposed by this zone is realized. An independent claim is also included for a glass or vitroceramic plate partially deformed by this method.

PROCESS FOR THE SUBSEQUENT TREATMENT OF SMALL GLASS PARTICLES

A process is disclosed for the subsequent treatment of small glass particles, for example recycled glass granules with a grain size in a range of between 0.3 and 4 mm or glass beads with diameters in a range of between 0.1 and 2.3 mm. In order to produce any mouldings from such glass particles with a relatively low energy consumption, the surface of the glass particles is brought into contact with a low melting point silicate flux or varnish, for example of lead borosilicate, sodium borosilicate, fluorine borosilicate or their mixtures in an amount from 2 to 9 % by weight, preferably 3 to 5 % by weight, and the glass particles are then exposed to a thermal treatment in a range from 540 to 800 °C, preferably from 560 to 660 °C, during which the low melting point silicate flux or varnish is made to melt on the surfaces of the glass particles.

Verfahren zur Herstellung eines Naturglasprofiles.

Glass or glass/ceramic plate, for a cooking hob, is molded from molten glass with a raised edge, to be shaped into wide facings to take the operating controls and displays for the cooking zones

To produce glass or glass/ceramic plate with wide facings, the molten glass is molded into the plates (1) with raised material at one edge formed by rollers at the mold frame or by pressing in the frame. The facings (3) are ground with a width of 30-70 mm, and a flank (3a) at the inner side of the facing.

METHOD AND APPARATUS FOR EXTRUSION

Improvements in and relating to the production of glass ribbons

... 925,739. Rolling sheet glass. MOOSBRUNNER GLASFABRIKS A.G. June 3, 1959 [June 4, 1958], No. 19032/59. Class 56. To give constant width to rolled glass ribbons, lateral restrictions to the rollers are formed as hollow discs. The discs may be on both ends of the same roller. The rollers and discs may be thermally controlled. Molten glass from a tank 1 is drawn by rollers 3, 4 and passes over bridges 6, 10, 11, conveyer rollers 8, 9, 7, parts of a forming device 12 to 18, conveyer rollers 19, 20 and thence to rollers 21, 22 in an annealing oven 23. Rollers 3, 4 are supported in adjustable bearing blocks 26 by extension 25, 24, the rollers being synchronized by gears 28, 29 and driven from wheels 30, 31. Hollow discs 5, 5<1> are secured to the ends of hollow roller 4 to overlap the ends of the hollow roller 3 to prevent lateral spreading of the molten glass. The interiors of the rollers and discs communicate with pipes 33, 34 through bores 35, so that suitable cooling medium may be passed therethrough ...

PROCEDURE FOR THE SUBSEQUENT TREATMENT OF SMALL GLASS PARTICLES

Optical glass strip rolling and moulding device

Rolled glass or vitroceramic plate production with partially shaped zones forming rims or guidance marks affected during normal production rolling by structured rollers, e.g. for cooking surfaces

The production of rolled glass or vitroceramic plates comprises ceramization with zones partially shaped in the form of borders and/or with marks or references for the guidance of users. Whilst shaping, during rolling operations, the borders and/or user guidance marks, in the form of structured depressions and elevations on the upper surface of the glass plate, are formed by rolling with structured rollers. The process allows the provision of protective or guidance rims around the openings provided for burners or other cooking objects.

Forming profiled glass strip - from continuously moving flat band

Profiled glass beams for building industry - are made continuously with interlocking tongues and grooves for assembly in row

Device for the limitation of the width of ribbons of glass without end, and produitsconformes with those obtained

유리 제조에서 사용되는 편향 제한부를 갖는 견인 롤 및 이를 포함하는 공정

... 하나의 실시예에서, 다운-드로잉 공정에서 유리 시트를 드로잉하는 견인 롤은 샤프트 부재 그리고 샤프트 부재 상에 위치되는 가요성 커버 조립체를 포함한다. 가요성 커버 조립체는 샤프트 부재 상에 위치되는 적어도 1개의 트랙션 디스크 그리고 적어도 1개의 편향 제한 디스크를 포함한다. 적어도 1개의 트랙션 디스크는 환형 허브 그리고 환형 허브와 일체로 형성되는 복수개의 스프링 요소를 포함한다. 적어도 1개의 편향 제한 디스크는 각각의 편향 제한 디스크 상에 위치되는 적어도 1개의 편향 제한 요소를 포함한다. 적어도 1개의 편향 제한 요소는 복수개의 스프링 요소의 미리 결정된 양의 내향 반경 방향 편향 시에 적어도 1개의 트랙션 디스크의 적어도 일부와 결합되고, 그에 의해 복수개의 스프링 요소의 내향 반경 방향 편향을 제한한다.

VERFAHREN ZUR HERSTELLUNG EINES NATURGLASPROFILES

Method and apparatus for producing glass film for coating metallic or nonmetallic bodies

A viscous glass layer, 1-13 mm thick, flows continuously downward under gravity in a glass melting furnace to a film drawing unit in which the cooling glass layer is drawn and stretched to a thickness of 0.2-0.4 mm and then, as a partly solidified glass film, continues to cool. Independent claims are included for the following: (a) process equipment in which the glass melting furnace (1) has one or more orifices (11) at the lower end below which a rotating cylinder reduces the emerging glass layer to a thin film; (b) a use of the glass film as a coating material to improve impact resistance or as a water barrier. Preferred Features: The glass layer may be profiled in the transverse direction in the film drawing unit. Additional material layers may be melted onto the glass layer to form specific products. Glass film may be stacked into layers to form a glass composite with profiled glass layers forming hollow chambers between the layers. Heat resistant plates may comprise layers of differently ...

EXTRUSION

A METHOD FOR MANUFACTURING PLATES OUT OF GLASS OR VITROCERAMICS WITH BROAD FACETS AND PLATES OUT OF GLASS OR VITROCERAMICS WITH A BROAD FACET ABRASEE

GLASERZEUGNIS, VERBAND, DER AUS MEHREREN DIESER ERZEUGNISSE BESTEHT, UND EINRICHTUNG ZUR FORMUNG VON GLASERZEUGNISSEN

Cooling device based on glass liquid pretreatment device

PLATE VITROCERAMICS AND ITS MANUFACTORING PROCESS

GLASS CHANNEL-SECTION MEMBERS

Process and equipment for the manufacture uninterrupted of bands out of shaped glass

Glass-ceramic cooking plate for gas cookers, and method for making same

The invention relates to a glass-ceramic cooking plate for gas cooking apparatuses, characterized by the fact that it has at least one opening 2 intended to receive a gas burner 3 and several humps 5 of the same height distributed around this opening which are intended to support a cooking utensil which is to be heated by said burner, said humps being an integral part of the plate itself.

Verfahren zum Herstellen von gewalzten Glas- oder Glaskeramikplatten mit partiell umgeformten Teil-Bereichen

Die Erfindung geht aus von einem Verfahren zum Herstellen von gewalzten Glasplatten oder daraus keramisierten Glaskeramikplatten mit partiell umgeformten Teilbereichen in Form von Randausbildungen und/oder Kennzeichnungen für eine Benutzerführung. DOLLAR A Um diese partiellen Umformungen auf wirtschaftliche Weise durchführen zu können ,sieht die Erfindung vor, daß bei der Formgebung der Glasplatte während des Walzvorganges durch entsprechend strukturierte Walzen Randausbildungen und/oder strukturierte Vertiefungen und Erhebungen als Kennzeichnungen und Führungselemente für eine Benutzerführung in die Glasplatte eingewalzt werden. DOLLAR A Die nach dem erfindungsgemäßen Verfahren hergestellten Glas- bzw. Glaskeramikplatten finden vorzugsweise als Kochflächen für Kochfelder, einschließlich Gaskochfelder, Anwendung.

VERFAHREN ZUR HERSTELLUNG EINES NATURGLASPROFILES

Improvements in or relating to the manufacture of glass

... To shape the edges of a continuous band 1 of flat glass in the plastic state, a curved ledge 2 engages the edge of the band, the inclination of the ledge 2 changing in the direction of movement of the band continuously from the direction parallel to the band into the direction longitudinally perpendicular to the band and further into a direction inclined towards the centre of the band so that the edge becomes progressively bent with the inclination of the ledge 2. For a horizontal band when the ledge 2 becomes vertical and after, support plates 3 are provided below the band edge and an inclined support 4 is provided as the edge is bent over towards the centre. Before being curved to shape, the ledge 2 may be flat or be longitudinally profiled.

PROCESS FOR the MANUFACTURE Of a PLATE IN VITROCERAMICS, In particular Of UNETABLE OF COOKING IN VITROCERAMICS, COMPRISING STAGINGS IN HEIGHT ENFORME OF STEP

HOTPLATE TO GAS IN VITROCERAMICS AND PROCESS FOR SA MANUFACTURE

HOTPLATE TO GAS IN VITROCERAMICS AND PROCESS FOR SA MANUFACTURE

L'invention concerne une plaque de cuisson en vitrocéramique pour appareils de cuisson au gaz, caractérisée en ce qu'elle comporte au moins une ouverture (2) destinée à recevoir un brûleur à gaz (3) et plusieurs bossages (5) de même hauteur répartis autour de cette ouverture et destinés à supporter un ustensile de cuisson à chauffer par ledit brûleur, lesdits bossages étant partie intégrante de la plaque elle-même.

PLATE GLASS OR OF VITROCERAMICS EQUIPPED With a EDGE OF PROTECTION AND MANUFACTORING PROCESS Of SUCH a PLATE

L'invention concerne une plaque (1) de verre ou de vitrocéramique pour un appareil de cuisine, en particulier table de cuisson ou plaque à pâtisserie, pourvue d'une bordure de protection.La bordure de protection est formée d'une partie profilée (5) d'épaisseur augmentée par rapport à l'épaisseur (D) de la plaque (1), qui se raccorde d'une pièce et sans joint d'assemblage à ladite plaque (1). La bordure de protection est obtenue par refoulement ou par façonnage de la plaque (1) fabriquée par laminage. The invention relates to a glass or ceramic glass hob (1) for a kitchen appliance, in particular a hob or baking tray, provided with a protective border. The protective border is formed by a profiled part ( 5) of increased thickness compared to the thickness (D) of the plate (1), which is connected in one piece and without an assembly joint to said plate (1). The protective edge is obtained by upsetting or by shaping the plate (1) produced by rolling.

Process and equipment for the manufacture of profiled uninterrupted out of glass having a U-shaped or similar cross section

Articulated arms and artificial front armlevers and their control device

Method for reducing glass-ceramic surface adhesion, and pre-form for the same

PRODUCTION OF RIBBON-LIKE GLASS ARTICLE AND APPARATUS THEREFOR

PROBLEM TO BE SOLVED: To provide a method for producing ribbon-like glass articles, capable of stably obtaining the glass articles having a desired cross section and provide its producing apparatus. SOLUTION: This method for producing ribbon-like glass articles has a step for spinning molten glass from an orifice 12 of glass melting pot part 10 and a forming step for subjecting spun glass to rolling forming with at least a pair of rollers 20 having a prescribed forming space in arranged state. The producing apparatus of ribbon-like glass articles is obtained by providing a glass-melting pot part having an orifice for spinning glass and a pair of rolling rollers 20 having prescribed forming spaces in arranged state at least on the bottom and subjecting the spun glass to roll forming in cross section shape of the forming space. COPYRIGHT: (C)2000,JPO ...

Vorrichtung zum Profilieren der Raender eines stetigen Flachglasbandes

GLASKERAMIK-KOCHPLATTE UND VERFAHREN ZU IHRER HERSTELLUNG

Process for the subsequent treatment of small glass particles

PHOTOVOLTAIC DEVICE WITH PATTERNED GLASS CONCENTRATOR

The present invention provides a photovoltaic device having an optical component that is capable of concentrating solar energy and method of making the same. More specifically, the present invention provides for an on-line produced patterned glass component that is capable of concentrating solar energy and allows for significantly less photovoltaic material to be used in a photovoltaic device. The present invention also provides for an on-line method of making the patterned glass and a method for making a photovoltaic device incorporating the patterned glass described herein.

Craft glass forming die

Glass calendar's cooling structure

Plates of cover and their system of assembly

PLATE GLASS OR GLASS CERAMIC HAVING A BUMPER PAD [...] FOR MAKING SUCH A PLATE

Working continues products out of glass

A METHOD FOR MANUFACTURING PLATES OUT OF GLASS OR VITROCERAMICS WITH DELARGES FACETS AND PLATES OUT OF GLASS OR VITROCERAMICS WITH A BROAD FACETTEABRASEE

L'invention a pour objet un procédé pour fabriquer des plaques en verre ou en vitrocéramique avec de larges facettes par moulage de plaques à partir d'un verre fondu puis usinage d'une facette plate par abrasion- le long des bords de la plaque en verre avec, en option, céramisation pour donner une plaque en vitrocéramique avec des facettes, ou- le long des bords de la plaque d'abord transformée par céramisation en vitrocéramique.L'invention permet d'obtenir une large facette et une protection contre l'écoulement quand la plaque est utilisée comme surface de cuisson, en prévoyant qu'au cours d'une première étape, lors du moulage de la plaque en verre (1) une augmentation en hauteur (2) de la matière est formée dans la zone d'au moins un bord de plaque, tandis qu'au cours d'une seconde étape est réalisée par abrasion une facette large (3) présentant une largeur de 30 à 70 mm, avec un flanc en relief par rapport à la surface de la plaque le long du bord interne de la facette, en utilisant l'augmentation en hauteur de la matière le long du bord de la plaque associé.L'invention a également pour objet une plaque en verre ou en vitrocéramique (1) présentant une large facette abrasée (3) sur au moins un côté de la plaque, avec une largeur allant de 30 à 70 mm et un bord supérieur présentant un flanc tombant vers l'intérieur sur la surface de la plaque. The invention relates to a process for manufacturing glass or glass-ceramic plates with large facets by molding plates from molten glass and then machining a flat facet by abrasion along the edges of the plate in glass with, optionally, ceramization to give a glass-ceramic plate with facets, or - along the edges of the plate first transformed by ceramic glass-ceramic. The invention makes it possible to obtain a wide facet and protection against the 'flow when the plate is used as a cooking surface, providing that in a first step, during the molding of the glass ...

Glass ceramic plate incorporating a raised edge, for covering heating elements of devices used for cooking or maintaining a high temperature

A glass ceramic plate, destined notably for covering heating elements, has at least one raised edge in at least a part of its periphery. Independent claims are also included for: (a) a method for the fabrication of this glass ceramic plate by subsidence, by molding, by pressing, in particular by rolling or possibly by bending; (b) a device for cooking and/or maintaining a high temperature incorporating this glass ceramic plate; (c) an installation for the fabrication of this glass ceramic plate.

A method of and apparatus for continuously rolling constructional elements from molten material

... 816,495. Moulding thermoplastic materials. MANUFACTURES DES GLACES ET PRODUITS CHIMIQUES DE GOBAIN, CHAUNY & CIREY S.A., DES. Sept. 6, 1957 [Sept. 10, 1956], No. 28257/57. Class 87(2). [Also in Group XXIII] Continuous lengths of angle-section glass or thermoplastic strip are produced by flowing the molten material between pairs of rollers 6, 7 ; 13, 14 ; 18, 19 and supporting it until it is sufficiently set to support itself. The roller 6 has a small peripheral groove midway along its length and the roller 7 is plain. This has the effect of producing a ribbon that is flat except for a tapered rib extending axially along its upper face. The other pairs of rollers are formed with complementary grooves and conical portions of increasing depth/height whereby the glass strip being formed becomes bent to the desired angle and the bend, when completed, is shaped as shown in full lines in Fig. 5 instead of the shape shown in broken lines resulting from bending a preformed flat strip.

Method for mfg.wide rhombus glass sheet/glass ceramic sheet and glass sheet/glass ceramic sheet

Process and installation of manufacture continue of a section without end out of glass etprofilés in conformity with those thus obtained

PROFILE SEMI-CYLINDRIQUES OUT OF GLASS, PROCEEDED FOR THEIR PRODUCTION, AND POSTS CARRIED OUT FROM THESE PROFILE.

PULLING ROLLS WITH DEFLECTION LIMITATION FOR USE IN GLASS MANUFACTURING AND PROCESSES INCORPORATING THE SAME

In one embodiment, a pulling roll for drawing glass sheet in a down-draw process includes a shaft member and a compliant cover assembly positioned on the shaft member. The compliant cover assembly includes at least one traction disk and at least one deflection limiting disk positioned on the shaft member. The at least one traction disk includes an annular hub and a plurality of spring elements integrally formed with the annular hub. The at least one deflection limiting disk includes at least one deflection limiting element positioned on each deflection limiting disk. The at least one deflection limiting element engages at least a portion of at least one traction disk upon a predetermined amount of inward radial deflection of the plurality of spring elements, thereby limiting the inward radial deflection of the plurality of spring elements.

Einrichtung zur kontinuierlichen Herstellung von U-foermig profilierten Glasbaendern

Vehicle paintwork

The paintwork for the body of a vehicle carries densely packed transparent glass micro beads with a diameter of 0.1-1.2 mm. These are blown at the paint before it dries so that they are embedded to a height of between one-third and one-half of the bead diameter.

Processes and devices for producing glass foils and composite bodies produced therefrom

An optical glass forming method and device

Process and apparatus for the rolling uninterrupted of structural forms indefinite length, starting from molten matter

GLASS CHANNEL-SECTION MEMBERS

Prepn for rolled glass or glass ceramic sheet having locally-shaped partial portion

Method and machine for the production of convex glass sheets

A method and machine for obtaining bent glass sheets. Glass sheets are brought to their softening temperature, then they are caused to travel over a shaping bed of advancing elements for advancing them which are arranged along a path having a circular arc-shaped profile, the sheets progressively assuming their shape on entering the bed and over a first shaping zone, then being hardened by tempering or cooling in a second zone of the bed until they leave, and then the bent glass sheets thus obtained are recovered. The shaping bed is produced with a profile extending in a circular arc of more than 90°, and, on leaving the shaping bed, the hardened glass sheets are moved in a direction opposite that in which they were fed in.

Verfahren und Vorrichtungen zur Herstellung von Glasfolien sowie daraus hergestellten Verbundkörpern

Method and apparatus for extrusion

Method of forming an extrudable material into a secondary shape of part or predominantly linear cross-section from a primary shape of predominantly non-linear cross-section which comprises passing extrudable material through a contoured die wherein a slit is made in the material to form two initially adjacent ends which are separated on passage through the die as the material is formed about a forming block towards an exit of part or predominantly linear cross-section. Die apparatus useful in this method comprises an inlet (13) of predominantly non-linear cross-section, a forming block (4) extending through the die, an exit of part or predominantly linear cross-section and slitting means (5) to form a slit separating edges in extrudable material passed through the inlet. Although it is preferred to extrude fine-particle size cementitious compositions, the process and apparatus may be used for any material capable of extrusion. One application for extrusions obtained is in the manufacture ...

Process and apparatus for producing profiled glass sheets

... 272,125. Neue Glasindustrie - Ges. Aug. 14, 1926, [Convention date]. Rolling. - Glass plates or sheets for roofing purposes have longitudinal folds along both edges and the middle of each sheet to enable them to be fitted on to one another, the folds tapering from one end of a sheet to the other, as shown in Fig. 1. A plate is formed by rolling apparatus 1, Fig. 2, and is deposited on a moving table 2 which is fitted with longitudinal ribs 3. A roller 4 which rests on the table has circumferential grooves which correspond in form to the ribs 3. The plastic sheet is rolled between the roller and the table and the required grooves are formed by the ribs 3. The folds in the sheet can also be formed by the rollers 1 and can be given their final form by the roller 4 and the ribs 3.

VERFAHREN ZUM FORMEN VON PROFILIERTEN ERZEUGNISSEN AUS THERMOPLASTISCHEM MATERIAL, INSBESONDERE AUS GLAS, UND EINRICHTUNG ZUR AUSFUEHRUNG DIESES VERFAHRENS

Method and apparatus for producing glass film for coating metallic or nonmetallic bodies

A viscous glass layer, 1-13 mm thick, flows continuously downward under gravity in a glass melting furnace to a film drawing unit in which the cooling glass layer is drawn and stretched to a thickness of 0.2-0.4 mm and then, as a partly solidified glass film, continues to cool. Independent claims are included for the following: (a) process equipment in which the glass melting furnace (1) has one or more orifices (11) at the lower end below which a rotating cylinder reduces the emerging glass layer to a thin film; (b) a use of the glass film as a coating material to improve impact resistance or as a water barrier. Preferred Features: The glass layer may be profiled in the transverse direction in the film drawing unit. Additional material layers may be melted onto the glass layer to form specific products. Glass film may be stacked into layers to form a glass composite with profiled glass layers forming hollow chambers between the layers. Heat resistant plates may comprise layers of differently ...

Self-cleaning calender

Glass light guide plate and preparation method thereof

Process of forming of a profiled natural glass

Special glass, glass greenhouse and glass manufacturing method for high-light-transmittance haze greenhouse

Glass manufacturing apparatus and methods for manufacturing a glass ribbon

A glass manufacturing apparatus is described herein that comprises a forming device configured to produce a glass ribbon and a pull roll device which draws the glass ribbon downward from the forming device. The pull roll device has a first roll apparatus, a second roll apparatus, and a third roll apparatus. The pull roll device is configured to at least independently operate the first roll apparatus and the second roll apparatus such that at least one of a first upstream pair of draw rolls rotates with a substantially constant torque and at least one of a first downstream pair of draw rolls rotates with a substantially constant angular velocity. In further examples, methods of manufacturing a glass ribbon are provided.

ELECTRONIC DEVICE WITH A REDUCED FRICTION SURFACE

A surface of an electronic device includes a reduced friction surface that comprises a glass beaded film. The glass beaded film includes glass beads disposed in a polymer layer or in an adhesive layer, where a portion of the glass beads protrude from a surface of the polymer or adhesive layer. The reduced friction surface is disposed over at least a portion of the surface of the electronic device. 1. A method for producing at least one reduced friction surface on an electronic device , the method comprising disposing a glass beaded film over at least one surface of the electronic device , wherein the glass beaded film comprises glass beads disposed in a polymer layer such that a portion of the glass beads protrude from a surface of the polymer layer.2. The method as in claim 1 , wherein disposing a glass beaded film over at least one surface comprises:providing a conformal glass beaded film; andpushing the at least one surface into the conformal glass beaded film to dispose the glass beaded film over the at least one surface.3. The method as in claim 2 , wherein providing a conformal glass beaded film comprises:providing the glass beaded film over a fixture; andheating the glass beaded film to produce the conformal glass beaded film.4. The method as in claim 3 , further comprising providing at least one glyph on a surface of the glass beaded film prior to heating the glass beaded film.5. The method as in claim 3 , further comprising providing at least one glyph on a surface of the at least one surface prior to heating the glass beaded film.6. The method as in claim 1 , wherein disposing a glass beaded film over at least one surface comprises:providing a mold of the at least one surface, wherein the mold of the at least one surface comprises a mold made of the glass beaded film; andfilling the mold with a material that becomes the at least one surface.7. The method as in claim 6 , wherein filling the mold with a material that becomes the at least one surface ...

SYSTEM AND METHOD FOR HANDLING AND REMOVING A PERIPHERAL REGION OF A GLASS SHEET

A glass manufacturing system including a scoring assembly. The scoring assembly including a scoring device disposed along a first surface of a glass ribbon and a backing device disposed along a second surface of the glass ribbon directly opposite the scoring device. The scoring assembly is configured to delineate a peripheral region from a central region of the glass ribbon by forming a vertical score line along the first surface as the glass ribbon moves downward in a y-axial direction between the scoring device and the backing device. 1. A glass manufacturing system , comprising:{'claim-text': ['a scoring device disposed along a first surface of a glass ribbon; and', 'a backing device disposed along a second surface of the glass ribbon directly opposite the scoring device,'], '#text': 'a scoring assembly comprising:'}wherein the scoring assembly is configured to delineate a peripheral region from a central region of the glass ribbon by forming a vertical score line along the first surface as the glass ribbon moves downward in a y-axial direction between the scoring device and the backing device.2. The glass manufacturing system of claim 1 , further comprising:a separation device configured to separate a glass sheet from the glass ribbon at a horizontal break line, wherein the scoring assembly is disposed on the separation device.3. The glass manufacturing system of claim 1 , wherein the scoring assembly comprises:a plurality of scoring devices arranged to interchangeably contact the glass ribbon.4. The glass manufacturing system of claim 1 , wherein the glass scoring assembly is maintained in a fixed position in the y-axial direction.5. The glass manufacturing system of claim 1 , further comprising:a stabilizing assembly including at least one stabilizer disposed adjacent the scoring assembly, the at least one stabilizer disposed along both a first surface and an opposite second surface of the glass ribbon, the stabilizing assembly to maintain the glass ribbon ...

Roller pairs for processing glass ribbons and draw apparatuses incorporating the same

Roller pairs and draw apparatus for processing glass ribbons are disclosed. The roller pairs applying force to a glass ribbon moving through the draw apparatus. The roller pairs include a first roller assembly and a second roller assembly positioned along opposite sides of the glass ribbon. A shaft of the second roller assembly is coupled to an actuation system that includes a repositionable support member allowing translation of the shaft of the second roller assembly in a direction transverse to the draw direction of the glass ribbon, a pneumatic actuator controlling a position of the contact wheel of the second roller assembly in the direction transverse to the draw direction of the glass ribbon, and a pneumatic reservoir in fluid communication with the pneumatic actuator delivering fluid at an elevated pressure to the pneumatic actuator.

Method for Low Energy Separation of a Glass Ribbon

Disclosed is a method of separating a glass sheet from a moving glass ribbon, wherein the glass ribbon comprises thickened bead portions. The method comprises weakening the bead portions of the ribbon using laser-initiated ablation at the bead portions to overcome the potential for uncontrolled cracking through the bead portion. 1. A method of separating a glass sheet from a ribbon of glass comprising:drawing a glass ribbon from a forming body, the glass ribbon comprising a central portion and an edge portion;irradiating a first surface of the edge portion with a pulsed laser beam from a first laser at a first position on the first surface, the pulsed laser beam comprising a depth of focus, and a focus point of the pulsed laser beam is positioned a distance from a second surface of the edge portion opposite the first surface within one half the depth of focus, the laser beam forming a defect channel through at least a portion of a thickness of the glass ribbon at the first position;traversing the laser in a direction parallel to a surface of the central portion and repeating the irradiating with the first laser to form a plurality of discrete defect channels in the edge portion along a line perpendicular to the outer edge;scoring the central portion of the glass ribbon, wherein a score line formed by the scoring aligns with the line of defect channels; andseparating the glass ribbon along the score line.2. The method according to claim 1 , wherein the glass ribbon is moving during the irradiating.3. The method according to claim 1 , wherein the laser beam is substantially perpendicular to a surface of the central portion.4. The method according to claim 1 , wherein the focus point is positioned within an interior of the edge portion.5. The method according to claim 1 , wherein the focus point is positioned outside the glass ribbon and proximate the second surface.6. The method according to claim 1 , wherein the focus point position is in a range from 90 micrometers ...

HIGH STRENGTH GLASS SPHEROIDS

The present disclosure is directed to glass spheroids and methods of making these spheroids that have significantly increased resilience to applied pressure and surface scratching. In addition, the present disclosure is directed to tailless Prince Rupert's Drops and methods of making tailless Prince Rupert's Drops. 1. A method of making a glass spheroid comprising:melting spheroid material;adding the melted spheroid material to a heated channel;rolling the melted spheroid material back and forth on the heated channel into a molten bead comprising the melted spheroid material; androlling the molten bead into a cooling environment comprising a cooling fluid, thereby forming a glass spheroid.2. The method of claim 1 , wherein the spheroid material comprises soda-lime glass or borosilicate glass.3. The method of claim 2 , wherein the spheroid material comprises borosilicate glass.4. The method of claim 1 , wherein the heated channel is a hemispheric heated channel.5. The method of claim 1 , wherein the heated channel comprises graphite claim 1 , stainless steel claim 1 , brass claim 1 , or ceramic.6. The method of claim 5 , wherein the heated channel comprises graphite.7. The method of claim 1 , wherein the cooling fluid comprises water claim 1 , salt water solutions claim 1 , tempering oils claim 1 , synthetic oils claim 1 , or super-cooled liquids.8. The method of claim 7 , wherein the cooling fluid comprises water.9. The method of claim 1 , wherein the glass spheroid has a compressive strength of at least 250 claim 1 ,000 psi.10. The method of claim 9 , wherein the glass spheroid has a compressive strength between 250 claim 9 ,000 psi and 550 claim 9 ,000 psi.11. The method of claim 1 , wherein the glass spheroid has a diameter between 4 mm to 12 mm.12. A method of making a glass spheroid comprising:adding molten spheroid material to a heated mold;applying a continuous pressure to the heated mold; andimmersing the mold into a cooling environment comprising a cooling ...

PLATE GLASS PRODUCTION APPARATUS, AND MOLDING MEMBER FOR USE IN PLATE GLASS PRODUCTION APPARATUS

A production apparatus that continuously produces plate glass, includes a molding member configured to mold molten glass to form a glass ribbon, wherein the molding member is (i) constituted with graphite or includes a portion constituted with graphite, and/or (ii) supported by a support member containing graphite, wherein in a case of (i), the molding member is surrounded by a fence, and in a case of (ii), the support member is surrounded by the fence together with the molding member, and wherein a space surrounded by the fence is adjusted to have an oxygen concentration of less than or equal to 100 ppm. 1. A production apparatus that continuously produces plate glass , the production apparatus comprising:a molding member configured to mold molten glass to form a glass ribbon,wherein the molding member is (i) constituted with graphite or includes a portion constituted with graphite, and/or (ii) supported by a support member containing graphite,wherein in a case of (i), the molding member is surrounded by a fence, and in a case of (ii), the support member is surrounded by the fence together with the molding member, andwherein a space surrounded by the fence is adjusted to have an oxygen concentration of less than or equal to 100 ppm.2. The production apparatus of the plate glass as claimed in claim 1 , wherein an inert gas or a reducing gas is supplied to the space.3. The production apparatus of the plate glass as claimed in claim 1 , wherein at least part of the molding member to come in contact with the molten glass is constituted with a material other than graphite.4. The production apparatus of the plate glass as claimed in claim 1 , wherein at least part of the molding member to come in contact with the molten glass is constituted with graphite.5. The production apparatus of the plate glass as claimed in claim 1 , further comprising:a slow cooling part configured to slowly cool down the glass ribbon.6. The production apparatus of the plate glass as claimed in ...

GLASS ARTICLE FOR ILLUMINATING A DISPLAY PANEL

Described herein is a glass article, for example a light guide plate, for illuminating a display panel, and in particular a light guide plate comprising a glass substrate formed by a plurality of individual segments, the plurality of glass segments arranged edge-to-edge in a two dimensional array and laminated between at least two polymer films. A display device incorporating the glass article is also described. 1. A glass article comprising:a glass substrate laminated between a first polymer film and a second polymer film, the glass substrate comprising a plurality of polygonal glass segments arranged in an array of n rows and m columns.2. The glass article according to claim 1 , wherein n and m are each in a range from 2 to 500.3. The glass article according to claim 1 , wherein an optical attenuation of any individual glass segment of the plurality of glass segments is equal to or less than 3 dB/meter at a wavelength of 550 nanometers.4. The glass article according to claim 1 , wherein the plurality of glass segments are arranged edge-to-edge.5. The glass article according to claim 1 , wherein a thickness of the first and second polymer films is less than 10% of a thickness of the glass substrate.6. The glass article according to claim 1 , wherein a thickness of the glass substrate is in a range from 0.5 millimeters to about 3 millimeters.7. The glass article according to claim 1 , further comprising an intermediate layer between the first polymer film and the glass substrate claim 1 , wherein an index of refraction of the intermediate layer is equal to or less than 1.4.8. The glass article according to claim 7 , wherein the intermediate layer is a layer of MgF.9. The glass article according to claim 1 , further comprising at least one light source optically coupled to an edge of the glass substrate and configured to inject light into the glass substrate.10. The glass article according to claim 1 , further comprising at least one light emitting element optically ...

METHOD AND APPARATUS FOR PROCESSING GLASS

A slot orifice design that delivers glass ribbon at a uniform temperature and flow across the slot orifice width is provided. The slot orifice design can include a transition section, a pressure tank, and a slot extension. 1. A glass forming apparatus comprising:an upper transition member, the upper transition member including a transition chamber; anda pressure tank attached to the upper transition member, the pressure tank comprising an upper orifice and a lower orifice, such that a chamber within the pressure tank is in fluid communication with the transition chamber.2. The glass forming apparatus of claim 1 , further comprising:an upper pressure tank support positioned across the upper orifice;a lower pressure tank support positioned across the lower orifice; anda slot extension attached to the pressure tank such that an interior area of the slot extension is in fluid communication with the pressure tank.3. The glass forming apparatus of claim 2 , further comprising a second upper pressure tank support positioned across the upper orifice.4. The glass forming apparatus of claim 2 , further comprising a second lower pressure tank support positioned across the lower orifice.5. The glass forming apparatus of claim 2 , wherein the upper orifice comprises a first upper aperture and a second upper aperture claim 2 ,wherein the upper pressure tank support is positioned between the first upper aperture and the second upper aperture, andwherein the upper pressure tank support is integrally formed in a wall of the pressure tank.6. The glass forming apparatus of claim 2 , wherein the lower orifice comprises a first lower aperture and a second lower aperture claim 2 ,wherein the lower pressure tank support is positioned between the first lower aperture and the second lower aperture, andwherein the lower pressure tank support is integrally formed in a wall of the pressure tank.7. The glass forming apparatus of claim 2 , wherein the apparatus includes a heat source.8. The ...

METHOD FOR MANUFACTURING GLASS ROLL

Provided is method of producing a glass roll, the method including: a conveying step of conveying a glass film (G) along a longitudinal direction thereof; a cutting step of irradiating the glass film (G) with a laser beam (L) from a laser irradiation apparatus () while conveying the glass film (G) by the conveying step, to thereby separate the glass film (G) into a non-product portion (Gc) and a product portion (Gd); and a take-up step of taking up the product portion (Gd) into a roll shape, to thereby form a glass roll (R). The cutting step includes winding a thread-like peeled material (Ge) generated from an end portion of the product portion (Gd) in a width direction around a rod-shaped collecting member (), to thereby collect the thread-like peeled material (Ge). 1. A method of producing a glass roll including a band-like glass film taken up into a roll shape , the method comprising:a conveying step of conveying the glass film along a longitudinal direction thereof;a cutting step of irradiating the glass film with a laser beam from a laser irradiation apparatus while conveying the glass film by the conveying step, to thereby separate the glass film into a non-product portion and a product portion; anda take-up step of taking up the product portion into a roll shape, to thereby form a glass roll,the cutting step comprising winding a thread-like peeled material generated from an end portion of the product portion in a width direction around a rod-shaped collecting member, to thereby collect the thread-like peeled material.2. The method of producing a glass roll according to claim 1 , wherein the collecting member is arranged on a downstream side of an irradiation position of the glass film with the laser beam so that a tip end portion thereof is directed to an upstream side.3. The method of producing a glass roll according to claim 1 , wherein the collecting member is arranged at a position above the glass film in such an inclined manner that a tip end portion ...

POLARIZING GLASS PLATE AND METHOD FOR MANUFACTURING SAME, POLARIZING GLASS PLATE SET FOR OPTICAL ISOLATOR, AND METHOD FOR MANUFACTURING OPTICAL ELEMENT FOR OPTICAL ISOLATOR

A method of manufacturing a polarizing glass sheet includes subjecting, while heating, a glass preform sheet containing metal halide particles to down-drawing, to thereby provide a glass member having stretched metal halide particles dispersed in an aligned manner in a glass matrix, and subjecting the glass member to reduction treatment to reduce the stretched metal halide particles, to thereby provide a polarizing glass sheet. A shape of the glass preform sheet during the down-drawing satisfies a relationship of the following expression: 133-. (canceled)35. The method of manufacturing a polarizing glass sheet according to claim 34 , wherein Lin the expression (1) has a value of 60 mm or more.37. The method of manufacturing a polarizing glass sheet according to claim 36 , wherein Lin the expression (2) has a value of 30 mm or more.38. The method of manufacturing a polarizing glass sheet according to claim 34 , wherein the width Wof the glass preform sheet is 100 mm or more.39. The method of manufacturing a polarizing glass sheet according to claim 34 , wherein the heating of the glass preform sheet is performed so that a viscosity of the glass preform sheet falls within a range of from 10dPa·s to 10dPa·s between the portion in which the width of the glass preform sheet during the down-drawing has changed to 0.8 times the original width Wand the portion in which the width of the glass preform sheet during the down-drawing has changed to 0.2 times the original width W.40. The method of manufacturing a polarizing glass sheet according to claim 34 , wherein the metal comprises silver or copper.41. The method of manufacturing a polarizing glass sheet according to claim 36 , wherein the width Wof the glass preform sheet is 100 mm or more.42. The method of manufacturing a polarizing glass sheet according to claim 36 , wherein the heating of the glass preform sheet is performed so that a viscosity of the glass preform sheet falls within a range of from 10dPa·s to 10dPa·s ...

MOLTEN GLASS STIRRING DEVICE AND METHOD FOR MANUFACTURING GLASS ARTICLE

A molten glass stirring device is provided that includes a container having an inlet through which molten glass flows in and an outlet through which molten glass flows out and a stirring mechanism having a vertically extending rotational shaft and an impeller provided on the rotational shaft to stir molten glass in the container. The molten glass stirring device further includes at least one of a first variable mechanism capable of adjusting the spacing between the impeller in the molten glass and the inner surface of the container by changing the horizontal position of the rotational shaft and a second variable mechanism capable of adjusting the spacing between the impeller in the molten glass and the surface of the molten glass by changing the vertical position of the rotational shaft. 1. A molten glass stirring device comprising:a container having an inlet through which molten glass flows in and an outlet through which molten glass flows out; anda stirring mechanism having a vertically extending rotational shaft and an impeller provided on the rotational shaft to stir molten glass in the container,the molten glass stirring device further comprising at least one of:a first variable mechanism capable of adjusting a spacing between the impeller in the molten glass and an inner surface of the container by changing a horizontal position of the rotational shaft; anda second variable mechanism capable of adjusting a spacing between the impeller in the molten glass and a surface of the molten glass by changing a vertical position of the rotational shaft.2. The molten glass stirring device according to claim 1 , whereinthe inlet and the outlet are provided in a side wall of the container,the molten glass stirring device comprises the first variable mechanism, andthe first variable mechanism is configured to be capable of changing the horizontal position of the rotational shaft along at least one of a first direction in which an inflow pipe connected to the inlet extends ...

METHOD FOR FORMING MOLTEN GLASS, FORMING APPARATUS, AND METHOD FOR PRODUCING GLASS PRODUCT

To provide a method for forming molten glass, capable of easily improving the forming accuracy of molten glass. One embodiment of the method for forming molten glass of the present invention comprises a supplying in which molten glass having a temperature of at least the softening point is discharged in a strip shape and supplied on the surface of molten metal, and a transporting the glass ribbon supplied on the surface of the molten metal, wherein the transporting includes a cooling the glass ribbon being transported, in a region on the upstream side in the transport direction, so that the temperature of the glass ribbon becomes lower than the softening point in the entire width direction. 1. A method for forming molten glass comprisinga supplying in which molten glass having a temperature of at least the softening point is discharged in a strip shape in the form of a glass ribbon, which is supplied on the surface of molten metal, anda transporting the glass ribbon supplied on the surface of the molten metal,wherein said transporting includes a cooling the glass ribbon being transported, in a region on the upstream side in the transport direction, so that the temperature of the glass ribbon becomes lower than the softening point in the entire width direction.2. The forming method according to claim 1 , wherein in the cooling claim 1 , the glass ribbon is cooled so that the temperature of the glass ribbon becomes higher than the annealing point in the entire width direction.3. The forming method according to claim 1 , wherein the temperature of the molten metal at a location where the glass ribbon is supplied claim 1 , is lower than the softening point of the molten glass and higher than the annealing point of the molten glass claim 1 , andin the cooling, the glass ribbon is cooled by the molten metal.4. The forming method according to claim 3 , wherein the temperature of the molten metal at a location where the glass ribbon is supplied claim 3 , is at most 900° C.5 ...

玻璃挤压式二次拉板成型装置及其方法

本发明提供一种材料利用率高的玻璃挤压式二次拉板成型装置及其成型方法。玻璃挤压式二次拉板成型装置，依次设置有挤压装置、软化温度控制炉、出口加热器和夹边拉板机，且在所述软化温度控制炉和出口加热器内设置软化成型金属模。本发明由于在玻璃的析晶温度区以下成型，因此玻璃不析晶；由于没有采用开片法，因此没有锯片厚度损耗，材料利用率高，可达到75％以上；本发明与浮法、溢流法生产相比，由于没有玻璃熔炼炉，因此更换玻璃牌号及品种迅速、简便，且投资小，能很好地满足和适应灵活多变的市场需求。

Precision Roll Forming of Textured Sheet Glass

대략 500 ℃ 이상의 표면 온도를 갖는 한 쌍의 고온 성형 롤이 유리 공급부 아래 수직으로 위치된 상태에서, 정밀한 유리 롤용 공정 및 기기가 1000 ℃ 이상의 유리 온도에서 공급된 용융된 유리를 성형한다. 성형 롤은 용융된 유리의 공급된 스트림을 얇게 하여 성형된 유리 리본을 만든다. 대략 400 ℃ 이하 또는 300 ℃ 이하의 표면 온도에서 유지된 한 쌍의 냉간 정형 및 텍스쳐링 롤은 성형 롤 아래에서 수직으로 위치된다. 정형 및 텍스쳐링 롤은 성형된 유리 리본을 얇게 하고 텍스쳐 가공하여 요구되는 텍스쳐, 두께 및 두께 일정성을 갖는 크기 형성된 유리 리본을 만든다. 크기 형성되고 텍스쳐 가공된 유리 리본은 +/- 0.025 mm 보다 크지 않는 두께로 변하는 1 mm 이하의 두께를 가질 수 있다.

Disposal of waste glass

Molten waste glass and rejected hot glass bottles from glass moulding processes are flattened in an apparatus comprising two rollers independently driven for rotation in opposing directions and having a gap therebetween through which the hot glass fed to the apparatus can be flattened, the two rollers being urged towards each other in normal operation at least one of the rollers being pivotally mounted. In order to prevent jamming of the apparatus there are provided means for swinging the pivotally mounted roller away from its normal operating position in the event of a foreign object being accidentally dropped into the apparatus and in the event of a power failure. Also there may be provided with a cam such that by rotation of the cam the pivotally mounted roller can be moved and the normal operating gap between the rollers altered. The gap between the rollers can be altered according to the rate of glass feed, the nature of glass fed to the apparatus and the required size of cullet granules. Thereby maximum efficiency of the apparatus can be achieved over a great range of rates and types of glass feed.

Production apparatus for plate glass

Process and apparatus for producing glass plate

유리판(C)의 제조 방법은 성형로(11) 내에 설치된 성형체(10)에 용융 유리(A)를 공급함과 아울러 성형체(10)로부터 용융 유리(A)를 연직 방향으로 연장되는 반송 경로(18)에 유하시켜서 판형상의 유리 리본(B)으로 연신 성형하는 성형 공정과, 유리 리본(B)의 내부 변형을 어닐로(12) 내에서 제거하는 어닐 공정과, 유리 리본(B)을 냉각실(13) 내에서 실온 부근까지 냉각하는 냉각 공정과, 유리 리본(B)을 소정 치수로 절단하는 절단 공정을 포함하고, 냉각실(13)에 냉각로(15)를 설치하여 냉각실 내의 공기를 외부로 배출시키는 것이다. The glass plate C is produced by supplying the molten glass A to the molding 10 provided in the molding furnace 11 and supplying the molten glass A from the molding 10 to the conveying path 18 extending in the vertical direction, The glass ribbon B is drawn into the cooling chamber 13 and the glass ribbon B is drawn into the cooling chamber 13, And a cutting step of cutting the glass ribbon (B) to a predetermined size, wherein a cooling path (15) is provided in the cooling chamber (13) And the like.

Blank for glass panel and pressure formation, and method for producing optical members

将熔融玻璃流连续地浇铸到铸模中，在铸模内成形为板状，将已成形的板状玻璃向铸模外引出而连续地制造玻璃板的方法。根据铸模内已浇铸的熔融玻璃表面的高度的变化来改变板状玻璃的引出速度，从而减小玻璃板厚度的变动。该方法是用于稳定地供给具有一定厚度的玻璃板的玻璃板的制造方法。将用该方法制作的玻璃板加工成具有所希望重量的压力成形用玻璃坯料的压力成形用坯料的制造方法。将用该方法制作的压力成形用坯料加热、软化、并经过压力成形，来制作玻璃制的光学部件的光学部件的制造方法。

Method for mfg.wide rhombus glass sheet/glass ceramic sheet and glass sheet/glass ceramic sheet

本发明涉及制造宽棱面玻璃板或玻璃陶瓷板的方法，包括由玻璃熔液形成玻璃板的成型步骤和在玻璃板的边上或者在事先陶瓷化的玻璃陶瓷板的边上进行棱面的后续研磨的步骤，其特征在于，在第一步骤中，在玻璃板(1)成型时在至少一个板边的区域内构成材料隆起部(2)，在第二步骤中，在利用在相关板边上构成的材料隆起部(2)情况下，磨出具有30mm至70mm宽度的和相对于板上面在棱面内边隆起的侧面(3a)的宽棱面(3)。本发明还涉及玻璃板或玻璃陶瓷板，它有至少一个板侧面上的宽棱面磨面(3)，其宽度处于30mm-70mm的范围内，其上边具有向内向板表面倾斜的侧面。

Roller pairs for processing glass ribbons and draw apparatuses incorporating the same

本发明公开了用于加工玻璃带的辊对和拉制装置。辊对将力施加到移动通过该拉制装置的玻璃带上。辊对包括位于沿所述玻璃带相对侧的第一辊组件和第二辊组件。第二辊组件的轴联接到致动系统，该致动系统包括：可重定位支承构件，其允许第二辊组件的轴沿横向于玻璃带拉制方向的方向进行平移；气动致动器，其控制第二辊组件的接触轮在沿横向于玻璃带的拉制方向的方向上的位置；以及储气器，其与气动致动器流体连通，所述储气器将处于升高压力下的流体输送到气动致动器。

METHOD OF MAKING SHEET GLASS

Texture the accurate roller shaping of sheet material glass

用于精密玻璃辊成形的方法和设备利用竖直地位于玻璃进料下方的表面温度大于或等于约500℃的一对热成形辊来供给玻璃温度大于等于1000℃的熔融玻璃。成形辊将供给的熔融玻璃流减薄以产生成形的玻璃带。表面温度维持在小于或等于400℃或小于或等于300℃的一对冷尺寸设定和纹理化辊竖直地位于成形辊下方。尺寸设定和纹理化辊将成形的玻璃带变薄并且纹理化以产生具有所需纹理、厚度和厚度均匀性的经过尺寸设定的玻璃带。经过尺寸设定和纹理化的玻璃带可以具有小于或等于1mm的厚度，厚度变化不超过+/‑0.025mm。

Method and apparatus for making glass sheet

본 발명은 설계된 온도 프로파일을 고정밀도로 재현할 수 있으며, 또한 시트 유리를 반송하는 롤러의 회전축에 발생하는 응력을 저하시킨다. 본 발명의 유리 기판의 제조 장치는, 용융 유리를 오버플로시켜 연속된 시트 유리를 성형하는 성형체를 갖는 성형로와, 시트 유리를 협지하여 하방으로 반송하면서 서냉하는 서냉로를 갖는다. 서냉로는, 시트 유리가 반송되는 노내와 외공간인 노외를 구획하는 벽과, 벽을 관통하는 회전축과, 회전축의 선단부에 설치되어 회전축에 의해 캔틸레버 지지되는 롤러와, 회전축의 길이 방향의 온도 구배를 작게 하도록 조절하는 온도 조절 수단을 구비한다. The present invention can reproduce the designed temperature profile with high accuracy and also reduce the stress generated in the rotation axis of the roller for conveying the sheet glass. An apparatus for producing a glass substrate of the present invention comprises a forming furnace having a molded body for forming a continuous sheet glass by overflowing a molten glass and a slow annealing furnace for slowly cooling the furnace while conveying the sheet glass in a downward direction. The slow cooling furnace includes a wall for partitioning the inside and outside of the furnace into which the sheet glass is conveyed, a rotating shaft passing through the wall, a roller supported at the tip of the rotating shaft by a cantilever supported by the rotating shaft, To be smaller than a predetermined value.

Design method for effective surface width of overflow brick by controlling average thickness of side plate

本发明公开了一种控制边板平均厚度的溢流砖有效面宽度设计方法。该设计方法从目标玻璃基板宽度W G 出发，通过过程引入修正系数，计算出玻璃基板引板宽度W Y 和溢流砖有效面宽度W E ，进而计算出玻璃基板制造平均边板厚度T E ，通过不断调整计算W E 时的溢流系数，使得最终的T E 满足设计需求；即通过设计引板宽度W Y 和有效面宽度W E ，使玻璃基板边板厚度T E 满足设计要求；过程参数同时用于计算溢流砖其它参数，包括引板速度V、平均边板流量Q E 和平均边板质量M E ，以满足玻璃基板产线制造稳定引板的工艺要求。本发明有效地解决了现场成型引板波动的问题，进而优化玻璃基板制造的成型厚度分布，从设计上增加了生产裕量，保证了玻璃基板边板厚度与一致性。

Method and apparatus for preparing thin strip of inorganic substance under quenched condition

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Method of manufacturing glass substrate

【課題】設計された温度プロファイルを精度良く再現でき、ガラス基板の平面度（反り量）及び歪を改善することが可能なガラス基板の製造方法を提供する。 【解決手段】オーバーフローダウンドロー法によるガラス基板の製造方法において、ガラス基板の反り及び歪を低減するために、成形体から流下したシートガラスをローラにより下方に引張りながら徐冷する際に形成されるシートガラスの幅方向の温度プロファイルを流れ方向に沿って所定の設定に制御する。また、ローラ軸の真直度が、所定の規格値内に維持されるように冷却し、且つ前記温度プロファイルに影響を与えないようにローラ軸の温度を制御する。 【選択図】図６

GLASS / GLASS CERAMIC PLATE MANUFACTURING METHOD WITH WHIDE SLOPE FORMED AT END AND GLASS / GLASS CERAMIC PLATE HAVING WIDE SLOPE AT END

Glass roll manufacturing method and manufacturing apparatus

A kind of fine fraction siliceous raw material and its application method applied in photovoltaic glass

本发明提供了一种应用在光伏玻璃中的细粒级硅质原料，包括砂岩，砂岩含质量分数为99%～99.9%的二氧化硅、0%～0.5%的三氧化二铝、0%～0.015%三氧化二铁、余量为杂质，混合物的粒径质量占比为0.500～0.710mm的0%～5%、0.100～0.500mm的60%～90%、0.074～0.100mm的10%～30%、0～0.074mm的0%～5%。本发明还提供了一种细粒级硅质原料应用在光伏玻璃中的方法。本发明中选用细粒级分布较多的硅质原料，降低了硅质原料成本，提高了资源利用率。本发明中纳米氮化钛材料既能解决细粒级硅质原料熔化困难、容易结团的问题又保证了光伏组件的发电功率和使用寿命。

Process for the continuous manufacture of transparent glass sheets

METHOD FOR MANUFACTURING EXTRUSION POLARIZING GLASSES

L'INVENTION SE RAPPORTE A LA FABRICATION D'UN VERRE POLARISANT. SELON L'INVENTION, ON PREPARE UN TEL VERRE A PARTIR DE VERRES CONTENANT DES PARTICULES D'ARGENT METALLIQUE ETOU RENDUS PHOTOCHROMIQUES PAR LA PRESENCE DE PARTICULES D'UN HALOGENURE D'ARGENT, CARACTERISE PAR LES ETAPES SUIVANTES: A.EXTRUDER LE VERRE A UNE TEMPERATURE COMPRISE ENTRE LES POINTS DE RECUIT ET DE RAMOLLISSEMENT DU VERRE, EN APPLIQUANT UNE PRESSION D'AU MOINS 20,7MPA POUR ALLONGER LES PARTICULES D'ARGENT METALLIQUE ETOU D'HALOGENURE D'ARGENT ET LES ALIGNER DANS LADIRECTION D'ECOULEMENT DU VERRE; PUIS B.SOUMETTRE LE PRODUIT EXTRUDE A DES CONDITIONS SUFFISANTES POUR INHIBER LE RETOUR DES PARTICULES ALLONGEES A LA FORME SPHEROIDALE. LES VERRES PRODUITS SONT UTILES POUR LA FABRICATION DE LUNETTES SOLAIRES. THE INVENTION RELATES TO THE MANUFACTURE OF A POLARIZING GLASS. ACCORDING TO THE INVENTION, SUCH GLASS IS PREPARED FROM GLASSES CONTAINING METALLIC SILVER PARTICLES AND OR RENDERED PHOTOCHROMIC BY THE PRESENCE OF PARTICLES OF A SILVER HALOGENIDE, CHARACTERIZED BY THE FOLLOWING STEPS: A.EXTRUDING THE GLASS AT A TEMPERATURE BETWEEN THE GLASS REINTING AND SOFTENING POINTS, APPLYING A PRESSURE OF AT LEAST 20.7MPA TO EXTEND THE METAL SILVER AND SILVER HALOGENIDE PARTICLES AND ALIGN THEM IN THE DIRECTION OF THE GLASS FLOW; THEN B. SUBMIT THE EXTRUDED PRODUCT TO SUFFICIENT CONDITIONS TO INHIBIT THE RETURN OF THE EXTENDED PARTICLES TO THE SPHEROIDAL FORM. THE GLASSES PRODUCED ARE USEFUL FOR THE MANUFACTURE OF SUNGLASSES.

New storage type cathode ray tubes and manufacturing processes

METHOD AND APPARATUS FOR MANUFACTURING GLASS FILE

LA PRESENTE INVENTION FOURNIT UN PROCEDE ET UN APPAREIL POUR LA FABRICATION DE FEUIL DE VERRE AYANT UNE EPAISSEUR NE DEPASSANT PAS 0,0762MM ET QUI EST REALISEE PAR ETIRAGE DU FEUIL (GF) A TRAVERS UN ORIFICE ETROIT (10A EN FORME DE FENTE. LES PAROIS DE L'ORIFICE SONT DEFINIES PAR UN METAL ELECTRIQUEMENT CONDUCTEUR RESISTANT AU VERRE CHAUD, ET DES COURANTS ELECTRIQUES SONT INTRODUITS (EN T1, T2, T3, T4, T5 ET T6) DANS LES PAROIS METALLIQUES DE L'ORIFICE POUR MAINTENIR EFFECTIVEMENT LES PARTIES CENTRALES DES PAROIS DE L'ORIFICE A UNE TEMPERATURE SUPERIEURE A CELLE DE CHACUNE DES DEUX PAROIS LATERALES D'EXTREMITE DE L'ORIFICE, PRODUISANT AINSI UNE DIFFERENCE DE TEMPERATURE DANS LE FEUIL ETIRE DE L'ORDRE DE 4,44C ENTRE LES BORDS DU FEUIL ET LES PARTIES CENTRALES DU FEUIL. APPLICATION POUR L'ETIRAGE DE FEUIL DE VERRE EXTREMEMENT MINCES. THE PRESENT INVENTION PROVIDES A PROCESS AND AN APPARATUS FOR THE MANUFACTURING OF GLASS SHEET HAVING A THICKNESS NOT EXCEEDING 0.0762MM AND WHICH IS MADE BY STRETCHING THE SHEET (GF) THROUGH A NARROW (10A SLOT-SHAPED) PORT. OF THE ORIFICE ARE DEFINED BY AN ELECTRICALLY CONDUCTIVE METAL RESISTANT TO HOT GLASS, AND ELECTRIC CURRENTS ARE INTRODUCED (IN T1, T2, T3, T4, T5 AND T6) IN THE METAL WALLS OF THE ORIFICE TO MAINTAIN THE CENTRAL PARTS EFFECTIVELY ORIFICE WALLS AT A TEMPERATURE GREATER THAN THAT OF EACH OF THE TWO SIDE WALLS OF THE ORIFICE END, THUS PRODUCING A TEMPERATURE DIFFERENCE IN THE SHEET SHEET OF THE ORDER OF 4.44C BETWEEN THE EDGES OF THE SHEET AND CENTRAL PARTS OF THE SHEET APPLICATION FOR STRETCHING EXTREMELY THIN GLASS SHEET.

Improvements in devices for the manufacture of sheet glass

Method and devices for continuously drawing a sheet of glass

Plate glass casting method and apparatus

Method of and apparatus for producing continuous sheet glass

The manufacturing installation of sheet glass

玻璃板的制造装置包括：成形装置，包含成形体及热量变化部件，所述成形体是使从成形体溢出的熔融玻璃在所述成形体的下端部附近合流而成形玻璃板，所述热量变化部件配置在所述成形体的下端部附近的位置，使所述熔融玻璃或所述玻璃板所保有的热量变化；冷却装置，冷却由所述成形装置成形而成的玻璃板；以及判定装置，将由所述冷却装置冷却过的玻璃板的应变的变化量或表面凹凸量成为基准量以上的位置判定为所述玻璃板的宽度方向的条纹的位置。所述成形装置进而为如下装置，即，在所判定出的条纹的位置，以所述应变的变化量或表面凹凸量成为所述基准量以下的方式，控制所述热量变化部件对所述熔融玻璃或所述玻璃板赋予的热量。

Substrate glass and manufacturing method

本发明公开了一种基板玻璃的制造方法，包括以下过程，熔融玻璃流入溢流槽中，熔融玻璃沿溢流槽中两侧的溢流堰向下流动，两侧的熔融玻璃经过溢流边，在溢流槽底部处汇聚形成玻璃板；将溢流槽沿高度方向分为三个区域：1区为溢流堰的顶点至溢流堰的底面；2区为溢流堰的底面至溢流边；3区为溢流边至溢流槽底部；所述溢流槽的1区中熔融玻璃粘度为25000‑45000Psi；所述溢流槽的2区中熔融玻璃粘度为37000‑60000Psi；所述溢流槽的3区中熔融玻璃粘度为90000‑120000Psi。通过控制熔融玻璃粘度能够更直观的对玻璃板的成品质量进行控制，避免了不同玻璃的粘度与温度之间对应关系差异大，引起的生产质量问题通过控制熔融玻璃粘度从而达到较高的产品质量的方法。

Glass or glass ceramic pane with edge protection and process for its production

Bei einer Glas- oder Glaskeramikscheibe für ein Küchengerät soll der Kantenschutz verbessert werden. Dieser ist von einem gegenüber der Dicke der Scheibe (1) verdickten Querschnitts-Profilbereich (5) gebildet, der einstückig, fugenlos in die Scheibe (1) übergeht. In the case of a glass or glass ceramic pane for a kitchen appliance, the edge protection is to be improved. This is formed by a cross-sectional profile area (5) which is thickened compared to the thickness of the disk (1) and which merges into the disk (1) in one piece, without joints.

Device for limiting the width of endless ribbons or bands of glass.

Glass plate manufacturing method and manufacturing device

本发明提供一种玻璃板的制造方法及制造装置。该玻璃板的制造方法包括以下工序：使熔融玻璃沿着成形体的两侧面流下；使熔融玻璃在上述成形体的下边缘部正下方合流而一体化；以及通过利用辊对夹持该一体化的板状的玻璃带的宽度方向端部向下方送出该玻璃带，从而向下方拉长上述玻璃带，将上述玻璃带的宽度方向中央部的平均厚度成形为0.3mm以下，其中，在利用上述辊对的辊作用于上述玻璃带的宽度方向端部的夹持力F(单位：N)与成形后的上述玻璃带的宽度方向中央部的平均厚度T(单位：mm)之比F/T满足下述式(1)所示的关系的范围内调节上述夹持力。10(N/mm)≤F/T≤300(N/mm) ...(1)

Apparatus for making glass film

Automatic adjusting system and method for substrate glass pulling roller

本发明公开了一种基板玻璃牵引辊自动调节系统及方法，包括以下步骤；1.在牵引辊旋转整数圈时间内均匀连续采集牵引辊间距并形成数据集，且测量下拉切割后的基板玻璃板长；2.计算得出牵引辊的对中修正值；计算得出牵引辊实际直径；3.将牵引辊进行对中调节，调节的数值为的对中修正值，将牵引辊控制系统中的牵引辊设置直径值替换为牵引辊实际直径值，牵引辊控制系统根据牵引辊实际直径值调节牵引辊线速度至要求值，完成自动调节。自动调节牵引辊的间距和线速度，保证基板玻璃成型品质和长度。本发明提高了玻璃基板牵引系统的自动化程度，减少生产过程中人为主观判断和测量误差等导致的参数调节误差，提高基板玻璃在生产过程中的品质。

Process and apparatus for the production of glass foil

A process and apparatus for producing glass foil is disclosed in which a thin glass foil is produced by conveying a glass melt from a rotatable crucible of a smelting furnace through an annular distribution reservoir and a distributing disk having flow-through slots. Jets of glass emerge from the flow-through slots and are combined at a funnel-shaped wall into a hollow, cylindrical glass mass. Due to its weight and to heating by pressurized, gas-heated heating and cooling zones, the cylindrical glass mass flows downward, and is stretched until it reaches a pre-determined wall thickness by auxiliary conveyor belts. The hollow cylinder of glass is then split on one side by a separating device, flattened, conveyed to a bath of liquids, and then drawn-off at full width in the form of a glass foil by a draw-off guide roller. After the glass foil is drawn-off, the auxiliary conveyor belts are moved laterally so that they are no longer in physical contact with the glass cylinder. The glass foil is conveyed from the bath of liquids, through an after-treatment zone wherein the glass foil is treated, and to a device for coiling the treated glass foil.

High capacity assay plate

A method of making a multiwell plate is disclosed. Sections (36) of material having well imprints (24) therein are assembled by stacking, and then bonded in order to form a multiwell plate.

Fabricating box section elements from a glass strip

PROCESS FOR PRODUCING POLARIZING GLASSES BY EXTRUSION

Processing for sheet glass

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Method and apparatus for manufacturing glass block

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Improvements to apparatus for drawing window glass

Method for producing glass substrate by utilizing platinum channel

本公开涉及一种利用铂金通道生产玻璃基板的方法，包括预冲洗步骤、排料步骤和正常供料步骤，在所述预冲洗步骤中，供料口与溢流砖处于未连通状态，使得来自窑炉的玻璃液能够依次通过提升段、澄清段、第一冷却段、搅拌段、第二冷却段和供料段并通过供料口进行泄料N天时间；在供料口泄料N天后，停止窑炉加料，在供料口停止泄料之后，进入排料步骤，在排料步骤中，将铂金通道内的剩余玻璃液排出M天时间；并连接连通供料口和溢流砖，继续向窑炉内加料。在铂金通道内的剩余玻璃排出后，进入正常供料步骤，在正常供料步骤中，供料口和所述溢流砖处于连接状态，玻璃液通过铂金通道流向溢流砖。本公开能够解决玻璃基板出现大量的铂金缺陷的问题。

Automatic system for controlling the width of a glass ribbon

The precision of sheet glass is formed and sheet rolling equipment

一种用于形成平板玻璃(78)的设备(10)，包括以相面对关系布置以形成辊隙(38)的一对辊(12a,12b)。辊(12a,12b)中的至少一个能够平移以调整辊隙(38)的宽度(39)。一对间隔带(34,36)在所述一对辊(12a,12b)之间穿过。间隔带(34,36)沿着所述一对辊(12a,12b)的长度间隔开并且具有厚度以设定辊隙(38)的宽度(39)。至少一个致动器(42a,42b)联接到辊(12a,12b)中的至少一个并且能够操作以调整辊隙(38)的宽度(39)，直到所述一对间隔带(34,36)由所述一对辊(12a,12b)夹持并且所述一对间隔带(34,36)的厚度设定辊隙(38)的宽度(39)。

Design method of glass substrate overflow forming annealing device

本发明提供了一种玻璃基板溢流成型退火装置设计方法，将玻璃基板退火划分为六个基本流体特征：自由流动的熔体、高粘滞塑性体、弹塑性体、弹性体初态、过渡为完全弹性体和完全弹性体等；玻璃从熔融态冷却至常温，其物理特性连续渐变规律是退火理论的唯一依据，通过产线设计确定基板玻璃在成型退火装置的参数以及依据玻璃基板料方的粘温特性曲线确定的温度参数，分别分为了不同的区段，计算玻璃基板的退火速度h 0 、玻璃基板牵引速度PR和成型退火装置中厚度形成区的长度L δ 、预退火区的长度的长度L 1 、均热区的长度L 2 、退火区的长度L 3 和后续退火区的长度L 4 及成型退火装置总长度L W ，实现了更精确、更高效、更低成本的溢流成型退火装置设计。

Method and device for the manufacture of parts or articles of glass or other similar materials

Glass ribbon manufacturing apparatus and manufacturing method thereof

Cover plate glass lead-out amount control method

本发明公开了一种盖板玻璃引出量控制方法，通过对自动加热设备PID参数的优化调整，DCS控制系统的有效控制，再通过人工对池炉各项温度及参数的预判断预调整，及时有效的判断池炉各项温度参数的变化，并及时改变通道加热量的变化，池炉温度低时增加通道加热量，池炉温度高时降低通道加热量，对设备的PID参数的有效修正及控制，同时将引出量的变化分解到每张板子上重量的变化，将每张板子的重量数据参数引入控制参数中将每张板子的重量数据信号引入控制参数之中，控制每张板子的重量。

Glass palte or glass ceramic plate with protective edges and its producing method

护棱改善了用于厨房用具的玻璃板或玻璃陶瓷板的使用功能。护棱形成了高于玻璃板(1)厚度的外形区(5),它是整块的,无接缝地过渡到玻璃板(1)。

Apparatus for the continuous manufacture of glass sheets

Improvements in or relating to shaping or feeding glass

277,070. Wade, H., (Empire Machine Co.). June 4, 1926. Drawings to Specification. Faced refractory blocks.-Blocks for building a tank furnace for making glass have their faces which are in contact with the molten glass, covered with a layer of fused silica.

Cellular glass and process for its manufacture

Sheet shaping machine - with mandrel adjustable connected to forming devices

Machine has forming devices which can be moved towards and away from each other and along the sheet travel direction to bend the sheet about a mandrel fixed to a rod which moves simultaneously with the forming devices in a to-and-fro movement along the sheet travel direction. The device is modified by the mandrel being connected to the forming devices in a plane parallel to the sheet travel direction such that it is adjustable in a vertical plane. The machine is thus suitable for forming complicated, open or closed tubular profiles. The sheet is of heat softenable material such as glass, metal or plastic and is esp. glass.

Process for the production of polarizing glasses by extrusion

Manufacture of enamel

Noncontact glass sheet stabilization device used in fusion forming of a glass sheet

本文描述了一种无接触玻璃板稳定化装置，这种装置可在使用熔融法的玻璃制造系统中，在制造玻璃板时，减小玻璃板的平移(偏转)和/或旋转运动。本文还揭示了所述无接触玻璃板稳定化装置的一些不同的实施方式。

Mechanical manufacture of glass sheets

Process and apparatus for producing flat glass

The invention relates to a metal material delivery means for the production of flat glass and, in particular, to a simple method of constructing a delivery means and a supporting device for the latter, in order that it can work effectively when forming flat glass. In the case of the process and apparatus described for the production of flat glass, the special glass previously converted to a flowable state in a glass melting furnace flows out of the glass feeder, which may be constructed from refractory material and/or from a platinum alloy, into the flat-glass drawing device installed underneath the bottom of the feeder, the glass composition being passed downwards in the form of flat glass into automatically operating drawing machines.

Method and device for producing individual glass panes

Manufacture of thin sheets of glass

Method for producing glass substrate and device for manufacturing glass substrate

Method for molding plate glass

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Oled glass plate for display and preparation method thereof

本发明公开了一种显示用oled玻璃板及其制备方法。所述oled玻璃板的制备包括下述重量百分比的原料：二氧化硅55%‑75%；三氧化二铝5%‑15%；三氧化二硼2%‑8%；氧化钙5%‑12%；氧化锌5%‑15%；氧化镁0.2%‑0.8%；二氧化锆0.1%‑0.8%；氧化钽0.1%‑0.8%；氧化铌0.1%‑0.8%；氧化锶0.05%‑0.5%；氧化铬2%‑5%；三氧化二钒2%‑5%；硫酸钙0.8%‑1.5%，二氧化铈0.5%‑1.5%；AlN晶须2%‑3%；TiN晶须1%‑3%；各原料重量百分比之和为100%。本发明制备出的oled玻璃板，能满足显示用大尺寸玻璃板的质量要求。

Method and apparatus for continuously drawing a glass sheet

786,399. Glass drawing. COMPAGNIES REUNIES DES GLACES ET VERRES SPECIAUX DU NORD DE LA FRANCE. Jan. 19, 1956 [Jan. 24, 1955], No. 1823/56. Class 56. Relates to the drawing of a continuous ribbon of glass from a tank in a substantially horizontal direction. The bottom of the drawing tank 2 slopes upwardly to a fairly long spout 6 wherein the depth of the glass is but little greater than the thickness of the ribbon to be formed. The bottom of the tank and the spout are heated by conduction, by electric heaters 10, 14 and the surface of the glass is cooled, by convection by water-cooled air-blowing and suction tubes 15, 17, 19, 20. The spout, at least, is made from a material of low overall emissivity e.g., pure, or substantially pure, alumina, magnesia or silica, ,and the spout may be a separate member removable from the pot 2. Alternatively the spout may be made of ordinary silico-aluminous material the bottom and sides of which are covered by an electrically heated platinum sheet. The vault 22 of the spout may be made of material of high emissivity, e.g., magnesia or chrome-magnesia containing more than 5 per cent iron oxides which ensures that heat radiated from the glass is reflected back. Alternatively the lower face of the vault may be lined with a platinum sheet. These features, taken together, ensure that a maximum temperature gradient is established between the upper and lower surfaces of the glass in the spout whereby the stream of glass comprises a film of high mobility at its lower surface and a skin of high viscosity at its upper surface. The lower surface of the sheet is rapidly hardened by blower and suction tubes 27, 28 immediately after leaving the spout. The spout may be slightly concave along its longitudinal axis and the lateral walls may have longitudinal rounded grooves along their inner edges. Specification 782,149 is referred to.

Glass article for illuminating a display panel

Described herein is a glass article, for example a light guide plate, for illuminating a display panel, and in particular a light guide plate comprising a glass substrate formed by a plurality of individual segments, the plurality of glass segments arranged edge-to-edge in a two dimensional array and laminated between at least two polymer films. A display device incorporating the glass article is also described.

Be used to produce method and apparatus, channel-section glass element of channel-section glass element and uses thereof

一种用于生产槽形截面玻璃元件(30)的方法，所述槽形截面玻璃元件(30)具有两个凸缘(32，33)以及在凸缘(32，33)之间形成的腹板(31)，所述工艺包括步骤：a)借助于布置在玻璃熔融炉(1)的出口处的两个圆柱形引入辊(3，4)形成平状玻璃带(5)；b)将腹板(31)的温度调节至腹板(31)仍然可塑性变形的腹板温度；c)将凸缘(32，33)的温度调节至低于腹板温度的凸缘温度；d)在玻璃带(5)的边缘处竖立凸缘(32，33)；e)借助于两个腹板成型辊(14，15)成型腹板(31)，使得腹板(31)具有波纹横截面；f)冷却槽形截面玻璃元件(30)。还公开了用于槽形截面玻璃元件(30)的生产的设备，以及可由这种工艺和设备生产的槽形截面玻璃元件(30)及其用途。

Process and device for producing rotationally symmetrical small parts from glass

Rotationally symmetrical small parts were hitherto produced from glass by press moulding, which is relatively time-consuming and is uneconomical for the mass production of such small parts. In addition, in the case of small parts produced by press moulding, an undesirable peripheral edge, caused by the material, can be seen. According to the process of the invention, the glass blanks 16 are roll formed in a freely supported manner, with a supply of heat, by means of two profiling rolls 14, 15 driven in the same direction of rotation with a correspondingly high speed. In the process, the glass blanks 16 have to have the same volume before their roll forming as the finished small parts 10. The heat supply takes place intermittently, only shortly before and during the roll forming of a glass blank 16, so that after conclusion of a roll forming, the finished small part 10 can be air cooled and as a result brought into a dimensionally stable state in which it is then ejected by means of an ejector 24 from the gap between the two profiling rolls 14, 15. <IMAGE>

Covered roller for conveying glass

Sheet glass forming apparatus

Attenuated mineral filaments

Glass strip polishing and forming method, and glass substrate production method and production apparatus

Provided are a glass strip polishing and forming method and a production apparatus therefor, which relate to the technical field of glass substrates. The glass strip polishing and forming method comprises: enabling molten glass to flow through a surface-polished platinum or platinum alloy polishing and forming part to form a glass strip, wherein a first long and wide surface of the glass strip is retained as the original surface, and a second long and wide surface of the glass strip comes into contact with the surface-polished platinum or platinum alloy polishing and forming part to complete the polishing and forming treatment for the glass strip.

For process the roller of glass tape to comprising roller pair drawing device

本发明公开了用于加工玻璃带的辊对和拉制装置。辊对将力施加到移动通过该拉制装置的玻璃带上。辊对包括位于沿所述玻璃带相对侧的第一辊组件和第二辊组件。第二辊组件的轴联接到致动系统，该致动系统包括：可重定位支承构件，其允许第二辊组件的轴沿横向于玻璃带拉制方向的方向进行平移；气动致动器，其控制第二辊组件的接触轮在沿横向于玻璃带的拉制方向的方向上的位置；以及储气器，其与气动致动器流体连通，所述储气器将处于升高压力下的流体输送到气动致动器。