Sliding window assembly
View Patent ↗A sliding window assembly ( 35 ) including a window frame and at least two glass panes ( 38, 39 ). At least one of the glass panes ( 38, 39 ) slides within the frame between an open position and a closed position, wherein one of the edges of each pane overlaps to form overlapping edges ( 42, 43 ). First and second rails ( 44, 45 ) are connected to the overlapping edges ( 42, 43 ) and cooperate to form a seal between them in the closed position. Each rail ( 44, 45 ) is formed from a metal component ( 46 ) and a plastic component ( 51 ) that are formed separate from each other and are assembled in nesting connection. The seal in the overlap between the overlapping edges ( 42, 43 ) in the closed position of the panes ( 38, 39 ) is formed between the plastic components ( 51 ) of the first and second rails ( 44, 45 ). The metal components ( 51 ) of the first and second rails ( 44, 45 ) are spaced from contact with each other and extend to overlie outwardly facing surfaces of the first and second panes ( 38, 39 ).
1. A sliding window assembly including:
a window frame and at least two glass panes, at least one of which is a sliding pane which slides within the window frame between open and closed positions, wherein
the panes are square or rectangular and have a first pair of parallel edges and a second pair of parallel edges generally perpendicular to the first pair of parallel edges, whereby in the closed position one of the edges of the first pair of parallel edges of each pane overlaps to form overlapping edges,
first and second rails being connected to the overlapping edges of the panes and the first and second rails cooperating to form a seal in the closed position of the panes, each rail being formed from a metal component and a plastic component, the metal and plastic components being formed separate from each other and being in nesting connection to form each rail,
the seal being formed between the plastic components of the first and second rails in an overlap between the overlapping edges in the closed position of the panes,
the metal components of the first and second rails being spaced from contact with each other and extending to overlie outwardly facing surfaces of the first and second panes, each of the outwardly facing surfaces facing away from the overlap.
2. A sliding window assembly according to claim 1 , wherein the first and second rails inter-engage in the closed position of the panes.
3. A sliding window assembly according to claim 1 , wherein the metal component of each rail has a first section extending laterally to a second section, the first section overlying an end edge surface of the respective pane and the second section overlying an outwardly facing surface of the respective pane.
4. A sliding window assembly according to claim 3 , wherein each of the first and second sections of the metal component are in nesting connection with the plastic component.
5. A sliding window assembly according claim 1 , wherein the plastic component of each rail has a first section extending laterally to a second section, the first section overlying an end edge surface of the respective pane and the second section overlying an inwardly facing surface of the respective pane.
6. A sliding window assembly according to claim 5 , wherein the second section of the plastic component includes an inter-engaging arrangement whereby with the panes in the closed position, the second sections of the plastic components of the first and second rails inter-engage.
7. A sliding window assembly according to claim 5 , wherein the second sections of the plastic components define a recess between first and second walls and whereby the first and second rails inter-engage by the second walls of each recess of the plastic components being received within the recess of the other of the plastic components.
8. A sliding window assembly according to claim 7 , wherein the recesses are V-shaped.
9. A sliding window assembly according to claim 8 , further comprising seals that extend into contact with the first walls of the recesses to seal the inter-engagement between the first and second rails.
10. A sliding window assembly according to claim 9 , wherein the seals extend from a base portion of the plastic components from which the first and second walls extend.
11. A sliding window assembly according claim 5 , wherein the first section of the plastic component of each rail rests directly against the end edge surface of the respective pane to which the rail is connected.
12. A sliding window assembly according claim 1 , wherein the metal and plastic components are formed to clip together for nesting connection.
13. A sliding window assembly according to claim 1 , wherein the metal and plastic components are formed to slide together for nesting connection.
14. A sliding window assembly according to claim 1 , wherein at least one of the at least two glass panes is a sliding pane which slides vertically within the window frame between open and closed positions, the panes forming an upper pane and a lower pane and the overlapping edges being between an upper edge of the lower pane and a lower edge of the upper pane.
15. A sliding window assembly including:
a window frame and at least two glass panes, at least one of which is a sliding pane which slides within the window frame between open and closed positions, wherein
the panes are square or rectangular and have a first pair of parallel edges and a second pair of parallel edges generally perpendicular to the first pair of parallel edges, whereby in the closed position one of the edges of the first pair of parallel edges of each pane overlaps to form overlapping edges,
first and second rails being connected to the overlapping edges of the panes and the first and second rails cooperating to form a seal in the closed position of the panes, each rail being formed from a metal component and a plastic component, the metal and plastic components being formed separate from each other and being in nesting connection to form each rail,
the seal being formed between the plastic components of the first and second rails in an overlap between the overlapping edges in the closed position of the panes,
the metal components of the first and second rails being spaced from contact with each other and extending to overlie outwardly facing surfaces of the first and second panes, each of the outwardly facing surfaces facing away from the overlap,
wherein the plastic component of each rail has a first section extending laterally to a second section, the first section overlying an end edge surface of the respective pane and the second section overlying an inwardly facing surface of the respective pane opposite the outwardly facing surface of the respective pane, wherein the plastic component of each rail has a third section extending laterally to the second section, the first, second and third sections forming a C-shaped channel for receipt of an end edge of a respective pane and the third section overlying the outwardly facing surface of the respective pane.
16. A sliding window assembly according to claim 15 , wherein the metal component connects to the plastic component at a free end of the third section of the C-shaped channel.
17. A sliding window assembly according to claim 16 , wherein the metal component includes a short flange that extends inwardly towards the outwardly facing surface of the respective pane to which it is connected and which engages against the free edge of the end of the third section.
18. A sliding window assembly according to claim 15 , wherein the metal component includes a second point of connection with the plastic component at one of the first or second sections of the C-shaped channel.
19. A sliding window assembly according to claim 18 , wherein the second point of connection is provided by a recess in the plastic component for receipt of a projection of the metal component.
20. A sliding window assembly according to claim 18 , wherein the second point of connection is made close to the junction between the first and second sections of the C-shaped channel.