Remote profile for spacer of glass unit with in-unit elements and glass unit

FIELD: construction.

SUBSTANCE: remote profile (1) for use as part of spacer is disclosed, which is suitable for installation in and/or along edge area of glass unit (50) to create and maintain inter-glass space (53) between sheets (51, 52) of glass. It passes in longitudinal direction (z) and has in cross section (x-y), perpendicular to longitudinal direction (z), first width (b1) in transversal direction (x), perpendicular to longitudinal direction (z). In direction (y) of height, perpendicular to longitudinal direction (z) and transverse direction (x), it has first height (h1). Wherein in state of assembled spacer its internal in direction (y) of height side (13) faces inter-glass space (53), while its outer side (14) is located opposite inner side (13). Remote profile includes profile body (10), made of first heat-insulating material and having in cross section (x-y), perpendicular to longitudinal direction (z), external side walls (11, 12) passing in height direction and spaced apart in transverse direction at distance (b2), smaller than first width (b1). Wherein each side wall (11, 12) has internal projection (16a, 16b), extending towards opposite side wall (12, 11) into socket (40), open on inner side (13). Remote profile also includes diffusion-barrier film (30), made of second material strongly coupled with profile body (10) passing, if seen in cross section (x-y), perpendicular to longitudinal direction (z), with outer side of remote section along profile body (10) and continuously extending in direction (y) of height along external surface of side walls and/or inside side walls to second height (hp) and projections (16a, 16b).

EFFECT: glass unit is disclosed, in production of which above described remote profile is used.

22 cl, 14 dwg

 



 

Same patents:

FIELD: construction.

SUBSTANCE: spacer part comprises the first extended strip, having a corrugate shape; the second extended strip, which has a corrugate shape, and multiple holes stretching via the strip. The second strip is displaced from the first strip. At least one filler is introduced between the first and second strips. The filler contains dessicant.

EFFECT: invention will make it possible to provide for more even distribution of temperature inside a building.

21 cl, 61 dwg

FIELD: construction.

SUBSTANCE: window spacer comprises the first extended strip with the first edge stretching along the first side of the spacer and with the second edge stretching along the second side of the spacer, the second extended strip with the first edge stretching along the first side of the spacer and with the second edge stretching along the second side of the spacer, the first extruded side wall stretching from the first extended strip to the second extended strip. The first wall is located closer to the first side of the spacer than to the second side of the spacer. The first wall is displaced from the first edge of the first extended strip and from the first edge of the second extended strip by the displacement distance. The spacer is made with the second extruded side wall stretching from the first extended strip to the second extended strip. The second wall is located closer to the second side of the spacer than to the first side of the spacer. The second wall is displaced from the second edge of the first extended strip and from the second edge of the second extended strip by the displacement distance.

EFFECT: even distribution of temperature in a building.

21 cl, 27 dwg

FIELD: construction.

SUBSTANCE: heat insulation glasing element comprises a system of glass sheets, the first of which is an external glass, the second one - an internal one, at least one third sheet arranged between the first and second sheets, spacer gaskets to adjust the distance between glass sheets, and a seal to seal the cavities between glasses from environmental impact. Glass sheets are arranged with internal surfaces. The glasing element is arranged as capable of pressure pulling in cavities below the outer atmospheric pressure. At least on one of inner surfaces at least one layer of a low-emission coating is applied, coefficients of solar radiation absorption A1, A2 of the first and second glass sheet comply with the requirement 0.3≤(A1/A2)≤4, and the third glass sheet is arranged with the coefficient of solar radiation absorption A3≤0.17.

EFFECT: invention will make it possible to increase glasing durability.

33 cl, 10 dwg

FIELD: construction.

SUBSTANCE: connector to join hollow shaped ends comprises a body and a sealing element made as non-permeable for liquid, gases and water steam, retained with the support part of the body. The sealing element has two opposite ledges that protrude at the side relative to the support part of the sealing element so that two receiving grooves are formed between the body ledges accordingly. Ledges of the sealing element are made with ends inclined in the same direction.

EFFECT: invention makes it possible to increase tightness of hollow glazing shapes connection.

23 cl, 7 dwg

FIELD: construction.

SUBSTANCE: angular connector for a spacer frame of window glasses comprises the first and second connecting elements, every of which is arranged with the possibility to put a spacer frame on it, and an angular part, which at the angle connects both connecting elements. The angular part is made with two end side surfaces, which face the window glasses, two end surfaces, which face the appropriate spacer frames, and the outer surface. Metal foil is applied onto the outer surface and at least partially to side surfaces and end surfaces. Butyl sealant is applied in the area of end surfaces to ensure sealing between metal foil and the inserted spacer frame.

EFFECT: invention will make it possible to improve sealing of insulated glasing units.

7 cl, 4 dwg

Glasing panel // 2382163

FIELD: construction.

SUBSTANCE: glasing panel comprises two sheets of glass, which are arranged relative to each other with gap, creating space, where pressure is lower than atmospheric pressure. Panel comprises tight sealing for insulation of specified space with low pressure, organic material, multiple spacers arranged between two specified sheets of glass for spacing of these sheets of glass from each other with distance between these two sheets of glass in the range from 0.1 to 0.6 mm.

EFFECT: invention makes it possible to provide for tightness of panel and to eliminate its damage in operation.

24 cl, 5 dwg, 1 ex

FIELD: window sashes, door leaves, or like elements for closing openings, particularly units comprising two or more parallel glass or like panes in spaced relationship, namely glass packs.

SUBSTANCE: method for glass pack production of at least two glass sheets involves unwinding elastoplastic band from accumulation reel; pressing one side surface of the elastoplastic band to the first glass sheet to create spacing packing extending along the first glass sheet perimeter; installing and pressing another glass sheet to the first one. Elastoplastic band has section extending through elastoplastic band thickness and having width less than nominal width thereof. Strip-like partial surfaces of band sides are covered with glue so that the glue is located in band section having nominal width and remainder, deeper, strip-like partial surfaces of band sides are covered with the second glue just before band pressing to the first glass sheet. The second glue is resistant to water vapor diffusion.

EFFECT: improved heat insulation properties.

14 cl, 4 dwg

FIELD: building, particularly glass packs.

SUBSTANCE: glass pack comprises separate sheets, elastic sealant and spacing profile. The spacing profile is made as hollow profile, which encloses glass pack interior along edge thereof. The spacing profile includes spaced apart outer and inner transversal walls extending across glass pack surface. The transversal walls have parts, which are parallel to glass sheet and side wall planes. Each side wall is provided with projection having the first support member. The projection extends beyond inner wall and passes into glass pack interior. The projection may adjoin glass sheet so that space is defined between glass sheet and the side wall projection. The space is filled with sealing material, which retains its elastic-plastic properties. At least one inclined transition wall is arranged between outer transversal wall and side walls. The sealant is located near transition walls and/or outer transversal wall to support glass sheet edges along with spacing profile. The sealant seals glass pack from outside to retain plastic-plastic properties of sealing material. Spacing profile has the second glass sheet support members located near side walls or side wall projection ends facing side walls. The second support members may cooperate with glass sheets during deflection of the side wall projections. The second support members are inclined towards glass sheets with respect to side walls or side wall projections for distance less than inclination of the first support members of side wall projections in relaxed state. Hollow profile is filled with moisture-absorbing material.

EFFECT: improved glass pack tightness without increase of spacing profile size.

14 cl, 7 dwg

FIELD: building units, particularly glass packs.

SUBSTANCE: glass pack comprises at least two glass sheets divided with gas space and distance piece adapted to space apart the glass sheets. The distance piece comprises inner side facing the gas space and opposite outer side. The distance piece also has sealing means to provide air-tightness of glass-pack interior. The distance piece is made as flat profile extending along the full glass pack perimeter and is located so that inner side of distance piece is laid on glass sheets ribs. The distance piece is retained in its fixed position by rigid fastening means.

EFFECT: possibility to use materials which stabilize manufacturing process and simplify assembly operations.

34 cl, 7 dwg, 1 tbl

FIELD: building units, particularly glass packs.

SUBSTANCE: glass pack comprises at least two glass sheets divided with gas space and distance piece adapted to space apart the glass sheets. The distance piece comprises inner side facing the gas space and opposite outer side. The distance piece also has sealing means to provide air-tightness of glass-pack interior. The distance piece is made as flat profile extending along the full glass pack perimeter and is located so that inner side of distance piece is laid on glass sheets ribs. The distance piece is retained in its fixed position by rigid fastening means.

EFFECT: possibility to use materials which stabilize manufacturing process and simplify assembly operations.

34 cl, 7 dwg, 1 tbl

FIELD: building, particularly glass packs.

SUBSTANCE: glass pack comprises separate sheets, elastic sealant and spacing profile. The spacing profile is made as hollow profile, which encloses glass pack interior along edge thereof. The spacing profile includes spaced apart outer and inner transversal walls extending across glass pack surface. The transversal walls have parts, which are parallel to glass sheet and side wall planes. Each side wall is provided with projection having the first support member. The projection extends beyond inner wall and passes into glass pack interior. The projection may adjoin glass sheet so that space is defined between glass sheet and the side wall projection. The space is filled with sealing material, which retains its elastic-plastic properties. At least one inclined transition wall is arranged between outer transversal wall and side walls. The sealant is located near transition walls and/or outer transversal wall to support glass sheet edges along with spacing profile. The sealant seals glass pack from outside to retain plastic-plastic properties of sealing material. Spacing profile has the second glass sheet support members located near side walls or side wall projection ends facing side walls. The second support members may cooperate with glass sheets during deflection of the side wall projections. The second support members are inclined towards glass sheets with respect to side walls or side wall projections for distance less than inclination of the first support members of side wall projections in relaxed state. Hollow profile is filled with moisture-absorbing material.

EFFECT: improved glass pack tightness without increase of spacing profile size.

14 cl, 7 dwg

FIELD: window sashes, door leaves, or like elements for closing openings, particularly units comprising two or more parallel glass or like panes in spaced relationship, namely glass packs.

SUBSTANCE: method for glass pack production of at least two glass sheets involves unwinding elastoplastic band from accumulation reel; pressing one side surface of the elastoplastic band to the first glass sheet to create spacing packing extending along the first glass sheet perimeter; installing and pressing another glass sheet to the first one. Elastoplastic band has section extending through elastoplastic band thickness and having width less than nominal width thereof. Strip-like partial surfaces of band sides are covered with glue so that the glue is located in band section having nominal width and remainder, deeper, strip-like partial surfaces of band sides are covered with the second glue just before band pressing to the first glass sheet. The second glue is resistant to water vapor diffusion.

EFFECT: improved heat insulation properties.

14 cl, 4 dwg

Glasing panel // 2382163

FIELD: construction.

SUBSTANCE: glasing panel comprises two sheets of glass, which are arranged relative to each other with gap, creating space, where pressure is lower than atmospheric pressure. Panel comprises tight sealing for insulation of specified space with low pressure, organic material, multiple spacers arranged between two specified sheets of glass for spacing of these sheets of glass from each other with distance between these two sheets of glass in the range from 0.1 to 0.6 mm.

EFFECT: invention makes it possible to provide for tightness of panel and to eliminate its damage in operation.

24 cl, 5 dwg, 1 ex

FIELD: construction.

SUBSTANCE: angular connector for a spacer frame of window glasses comprises the first and second connecting elements, every of which is arranged with the possibility to put a spacer frame on it, and an angular part, which at the angle connects both connecting elements. The angular part is made with two end side surfaces, which face the window glasses, two end surfaces, which face the appropriate spacer frames, and the outer surface. Metal foil is applied onto the outer surface and at least partially to side surfaces and end surfaces. Butyl sealant is applied in the area of end surfaces to ensure sealing between metal foil and the inserted spacer frame.

EFFECT: invention will make it possible to improve sealing of insulated glasing units.

7 cl, 4 dwg

FIELD: construction.

SUBSTANCE: connector to join hollow shaped ends comprises a body and a sealing element made as non-permeable for liquid, gases and water steam, retained with the support part of the body. The sealing element has two opposite ledges that protrude at the side relative to the support part of the sealing element so that two receiving grooves are formed between the body ledges accordingly. Ledges of the sealing element are made with ends inclined in the same direction.

EFFECT: invention makes it possible to increase tightness of hollow glazing shapes connection.

23 cl, 7 dwg

FIELD: construction.

SUBSTANCE: heat insulation glasing element comprises a system of glass sheets, the first of which is an external glass, the second one - an internal one, at least one third sheet arranged between the first and second sheets, spacer gaskets to adjust the distance between glass sheets, and a seal to seal the cavities between glasses from environmental impact. Glass sheets are arranged with internal surfaces. The glasing element is arranged as capable of pressure pulling in cavities below the outer atmospheric pressure. At least on one of inner surfaces at least one layer of a low-emission coating is applied, coefficients of solar radiation absorption A1, A2 of the first and second glass sheet comply with the requirement 0.3≤(A1/A2)≤4, and the third glass sheet is arranged with the coefficient of solar radiation absorption A3≤0.17.

EFFECT: invention will make it possible to increase glasing durability.

33 cl, 10 dwg

FIELD: construction.

SUBSTANCE: window spacer comprises the first extended strip with the first edge stretching along the first side of the spacer and with the second edge stretching along the second side of the spacer, the second extended strip with the first edge stretching along the first side of the spacer and with the second edge stretching along the second side of the spacer, the first extruded side wall stretching from the first extended strip to the second extended strip. The first wall is located closer to the first side of the spacer than to the second side of the spacer. The first wall is displaced from the first edge of the first extended strip and from the first edge of the second extended strip by the displacement distance. The spacer is made with the second extruded side wall stretching from the first extended strip to the second extended strip. The second wall is located closer to the second side of the spacer than to the first side of the spacer. The second wall is displaced from the second edge of the first extended strip and from the second edge of the second extended strip by the displacement distance.

EFFECT: even distribution of temperature in a building.

21 cl, 27 dwg

FIELD: construction.

SUBSTANCE: spacer part comprises the first extended strip, having a corrugate shape; the second extended strip, which has a corrugate shape, and multiple holes stretching via the strip. The second strip is displaced from the first strip. At least one filler is introduced between the first and second strips. The filler contains dessicant.

EFFECT: invention will make it possible to provide for more even distribution of temperature inside a building.

21 cl, 61 dwg

FIELD: construction.

SUBSTANCE: heat-protective glazing element includes a system of glass plates with the first external glass plate and the second external glass plate, where the first external glass plate projects beyond the second external glass plate on all sides by a value of the projecting surface, a device for maintaining the distance with struts that are intended for setting of distance between glass plates, and an edge sealing device that serves for sealing of an intermediate space between glass plates relative to environment and includes a shaped frame that is fixed vacuum tightly on the projecting surface of the internal side of the first external glass plate, with that, the glazing element is designed for creation in the intermediate space of pressure reduced if compared to ambient atmospheric pressure, and with that, the frame is fixed vacuum tightly on the external side of the second external glass plate and on the side edge of the second external glass plate and forms a negative pressure space connected to the intermediate space, and a provision is made for at least one negative pressure facility that is designed for exhaustion of the negative pressure space through the frame. Besides, the invention describes a manufacturing method of the glazing element.

EFFECT: improvement of the design.

31 cl, 8 dwg

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