Hanna IP

A photovoltaic roofing slate for use as a roofing product. The photovoltaic roofing slate has a photovoltaic cell, a backsheet, and at least one encapsulant layer arranged over the backsheet and cell. A method of manufacturing a photovoltaic roofing slate involving printing, arranging, laminating, and moulding method steps. An assembly for manufacturing a photovoltaic roofing slate. A kit of parts for a photovoltaic roofing slate, a tooling assembly, a method of forming components of a tooling assembly.

A cleaning system (100) for the removal of particulate matter from an object having a chamber (102) for housing the object, wherein the chamber (102) comprises a door (114) for providing access to the internal volume of the chamber (102) and an outlet (118) for passage of particulate matter therethrough. The cleaning system has at least one lock (128) operably couplable to the door (114), said at least one lock (128) being operable to selectively lock the door (114). The cleaning system (100) has a sensing means (166) operable to detect the level of airborne particulate matter resulting from cleaning of objects using the cleaning system (100). The cleaning system has a control means (164) communicatively coupled to the sensing means (166) and the at least one lock (128), wherein the control means (164) is configurable to receive the detected level of airborne particulate matter from the sensing means (166), and wherein the control means (164) is configurable to controllably operate the at least one lock (128) according to the level of airborne particulate matter detected by the sensing means (166).

A modular component for forming a walkway or walkway section for machinery of an industrial plant. The component is configurable to have one or two open opposite ends and/or an open side for the passage of operators. A coupling means for coupling the component to at least one adjacent component about the or each open end and/or the open side of the component.

There is provided a profile device (100, 500, 900) for forming part of a frame member (202, 602, 1002), said frame member (202, 602, 1002) being suitable for forming part of a frame assembly (200, 600, 1000) for a glazing system (300, 700, 1100), the glazing system (300, 700, 1100) comprising a glazing unit (302, 702, 1102) selectable from a first glazing unit (302a, 702a, 1102a) having a first glazing unit thickness and a second glazing unit (302b, 702b, 1102b) having a second glazing unit thickness that is different to the first glazing unit thickness. The profile device (100, 500, 900 is configured to form a first interlocking arrangement with a first portion profile member (204, 604, 1004) forming part of the frame member (202, 602, 1002), and a second interlocking arrangement with the same first portion profile member (204, 604, 1004) such that selected glazing unit (302, 702, 1102) may be flushly seated in the glazing system (300, 700, 1100).

A hood (100) for a roof window (200), the hood (100) for a roof window (200) having at least one filter-retaining component (108) for retaining a filter device (110), wherein the at least one filter-retaining component has retaining means (112) for releasably retaining the filter device (110), wherein the retaining means (112) has a first configuration for retaining the filter device (110), and a second configuration for releasing a retained filter device (110). The filter-retaining component (108) has an actuation means (114c), said actuation means (114c) being actuatable from a rest configuration to an actuated configuration, wherein the actuation means (114c) is operable to cause a change in configuration of the retaining means (112).

A hinge (2) for a roof window, the hinge (2) having a frame-mountable component (4) mountable to a frame (8) of a roof window, a sash-mountable component (6) mountable to a sash (12) of a roof window, wherein the frame-mountable component (4) and the sash-mountable component (6) are engageable with one another and are movable relative to one another when engaged. The frame-mountable component (4) comprises a channel (14), and wherein the sash-mountable component (6) comprises a guide arrangement (16), the guide arrangement (16) being configured to move through the channel (14) of the frame-mountable component (4) and to guide the relative movement between the frame-mountable component (4) and the sash-mountable component (6). At least part of the guide arrangement (16) is adjustable so that the guide arrangement (16) occupies more or less of the space of the channel (14) of the frame-mountable component (4).

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …