Abstract: A blind comprises an edge strip, at least two guide cords connected at their first end to the edge strip, and a screen whose first edge is provided with a first edge profile and whose second edge is provided with a second edge profile, wherein the guide cords extend through the edge profiles. The blind further comprises lifting means for coiling, uncoiling, and storing the coiled guide cord, the second ends of the guide cords being fastened to the lifting means. A terrace or balcony glazing system comprises a frame with an upper guide track and a lower guide track as well as glazing elements, wherein at least some of the glazing elements are movable along the upper guide track and the lower guide track. The glazing system also comprises at least one above-described blind which is fastened to the frame of the glazing system, separately from the glazing elements.

Abstract: A method for installing sunshade in light opening of building element is disclosed. The light opening comprises first and second edge surfaces. A glazing unit extends from the first edge surface to the second edge surface. The first and/or second edge surface is provided with at least two fastening holes. A fastener is installed in the fastening holes. Installation rail is attached to the fasteners which comprise a tip and a head part. Before the building element is mounted in the building, fastening holes are provided and the first ends of the fastening holes opening in the first and/or the second edge surface are closed. The first ends of fastening holes are opened in connection with installing fasteners. Fasteners are driven in fastening holes by inserting or screwing the tip part into the fastening hole, and the installation rails are attached to the head part remaining outside the fastening hole.

Abstract: The end piece of sunshade's edge rail comprises an end plate, which includes a first edge surface, a second edge surface and a first end surface. The end plate further includes a second end surface, which is to be placed against an end of the edge rail and which has at least one gripping protrusion adaptable to fit inside the edge rail. The end plate is further provided with a first hole for the penetration of a guiding string. The end piece is further provided with a string channel, which includes a first end opening onto the first edge surface and a second end opening onto the second edge surface. The first hole opens into the string channel. A guiding string included in the sunshade can be extended into the first hole by way of the string channel.

Abstract: The sunshade comprises a first edge strip and a second edge strip, at least two conductor wires extending from the first edge strip to the second edge strip and a movable protective curtain suspended from the conductor wires. The first edge strip and/or the second edge strip have a substantially rigid gripping projection for attachment to the edge profile of the glazing. The method comprises attaching the sunshade to a glazing element having a first edge profile and a second edge profile, wherein the edge profiles have a fastening groove in the longitudinal direction of the edge profile.

Abstract: The end piece of sunshade's edge rail comprises an end plate, which includes a first edge surface, a second edge surface and a first end surface. The end plate further includes a second end surface, which is to be placed against an end of the edge rail and which has at least one gripping protrusion adaptable to fit inside the edge rail. The end plate is further provided with a first hole for the penetration of a guiding string. The end piece is further provided with a string channel, which includes a first end opening onto the first edge surface and a second end opening onto the second edge surface. The first hole opens into the string channel. A guiding string included in the sunshade can be extended into the first hole by way of the string channel.

Abstract: A sunshade is installed to a glazing part, which comprises a transparent sheet with a first end edge and second end edge and a first side edge and second side edge. The side edges are free edges of the sheet. At least one first fastening element is attached close to the first end edge of the transparent sheet and at least one second fastening element is attached close to the second end edge of the transparent sheet, and the sunshade is suspended on the said fastening elements. The first and second fastening elements are attached to the side edges of the transparent sheet.

Abstract: The fastener is intended to be attached to a glazing element, which has a glass sheet and at least one frame part setting against the surface of the glass sheet. The fastener has a support part and a fastening element to be inserted into the gap between the glass sheet and frame. The fastening element comprises a locking element for locking to the surface of the frame part facing the glass sheet. The fastener installed in place remains in place in the gap between the frame part and glass sheet by means of the locking element without any other attachment elements. The locking element can be a locking projection turning to an angle from the plane of the fastening element, a flexible locking tongue turning to an angle from the plane of the fastening element or a rigid locking tip. The support part may comprise gripping means for attaching to the edge rail of the sunshade.

Abstract: In the method a sunshade is installed to a glazing part, which comprises a transparent sheet (10) with a first end edge and second end edge and a first side edge (16) and second side edge (18). The side edges are free edges of the sheet. In the method at least one first fastening element (20) is attached close to the first end edge of the transparent sheet and at least one second fastening element is attached close to the second end edge of the transparent sheet, and the sunshade (100 is suspended on the said fastening elements. The first and second fastening elements are attached to the side edges of the transparent sheet. Typically the sunshade can comprise at least one guide wire (24), which has a first end and second end. In this case the first end of the guide wire is attached to the first fastening element and the second end of the guide wire is attached to the second fastening element.

Abstract: The fastener is intended to be attached to a glazing element, which has a glass sheet and at least one frame part setting against the surface of the glass sheet. The fastener has a support part and a fastening element to be inserted into the gap between the glass sheet and frame. The fastening element comprises a locking element for locking to the surface of the frame part facing the glass sheet. The fastener installed in place remains in place m the gap between the frame part and glass sheet by means of the locking element without any other attachment elements. The locking element can be a locking projection turning to an angle from the plane of the fastening element, a flexible locking tongue turning to an angle from the plane of the fastening element or a rigid locking tip. The support part may comprise gripping means for attaching to the edge rail of the sunshade.

Abstract: A method for forming flanged end of an inner conductor of a coaxial resonator at one end of the conductive body. The flange is formed integral to the conductive body by flaring the end of the conductive body. The size and shape of the flange are selected to achieve a desired capacitance surface area for use in a resonator. A combination of expanding tool and calibration tool are used to control the size and shape of the flange that will be formed on the end of the conductive body.

Abstract: A method and apparatus for making an inner conductor from a conductive body integrally forms a flange on one end of the conductive body. The flange is formed integral to the conductive body by flaring the end of the conductive body. The size and shape of the flange is selected to achieve a desired capacitance surface area for use in a resonator. A resonator housing that has a plurality of cavities can be provided with a plurality of conductive bodies that are inserted into holes located in a bottom wall of the resonator body and that protrude into the plurality of cavities. The resonator housing and conductive bodies are placed onto a flanging fixture to produce a flange on each conductive body of a desired size and shape to achieve a desired capacitance surface area. The plurality of conductive bodies can be simultaneously flanged and fastened to the base of the resonator housing.

Abstract: A method and apparatus for making an inner conductor from a conductive body integrally forms a flange on one end of the conductive body. The flange is formed integral to the conductive body by flaring the end of the conductive body. The size and shape of the flange is selected to achieve a desired capacitance surface area for use in a resonator. A resonator housing that has a plurality of cavities can be provided with a plurality of conductive bodies that are inserted into holes located in a bottom wall of the resonator body and that protrude into the plurality of cavities. The resonator housing and conductive bodies are placed onto a flanging fixture to produce a flange on each conductive body of a desired size and shape to achieve a desired capacitance surface area. The plurality of conductive bodies can be simultaneously flanged and fastened to the base of the resonator housing.

Abstract: A method and apparatus for making an inner conductor from a conductive body integrally forms a flange on one end of the conductive body. The flange is formed integral to the conductive body by flaring the end of the conductive body. The size and shape of the flange is selected to achieve a desired capacitance surface area for use in a resonator. A resonator housing that has a plurality of cavities can be provided with a plurality of conductive bodies that are inserted into holes located in a bottom wall of the resonator body and that protrude into the plurality of cavities. The resonator housing and conductive bodies are placed onto a flanging fixture to produce a flange on each conductive body of a desired size and shape to achieve a desired capacitance surface area. The plurality of conductive bodies can be simultaneously flanged and fastened to the base of the resonator housing.