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A trench drain system and method of installation thereof on a level floor surface. An elongate channel member is placed on the floor surface. A preformed elongate sloping member having a thick end tapering to a thin end in inserted into the channel with its thin end closest to the channel drain open

A trench drain system and method of installation thereof on a level floor surface. An elongate channel member is placed on the floor surface. A preformed elongate sloping member having a thick end tapering to a thin end in inserted into the channel with its thin end closest to the channel drain opening, thereby forming an inclined sloping surface. A grate extends over the channel inlet. The area adjacent the channel is filled to the height of the channel, whereby water thereon flows through the grate into the channel, along the inclined surface and out through the drain opening. The channel can be placed adjacent a vertical wall whereby wall tile may be installed over a channel top edge. The floor area adjacent the channel is filled with preformed sloping sheet members or with plastically formable material positioned at an incline using a floor height setting post.

대표청구항 ▼

1. A method of installing a trench drain on a level floor surface comprising the steps of: placing an elongate channel member on the floor surface, the channel member having a bottom surface, side walls extending upwardly therefrom to side walls top edges, a channel inlet between the side walls top

1. A method of installing a trench drain on a level floor surface comprising the steps of: placing an elongate channel member on the floor surface, the channel member having a bottom surface, side walls extending upwardly therefrom to side walls top edges, a channel inlet between the side walls top edges and a drain opening;inserting a preformed wedge-shaped elongate sloping member having a thick end tapering to a thin end into the channel on the bottom surface with the thin end closest to the channel drain opening, the sloping member forming an inclined surface sloping toward the drain opening; andfilling an area adjacent the channel over the floor surface with a material, whereby liquid on the material may flow into the channel member through the channel inlet and along the inclined surface and out through the channel drain opening. 2. The method of claim 1 further comprising the step of covering the inclined surface with an impermeable covering layer. 3. The method of claim 2 wherein the covering layer is preformed and is inserted into the channel over and covering the inclined surface. 4. The method of claim 1 further comprising the step of locating an elongate grate over the channel opening. 5. The method of claim 1 wherein, during said step of placing, a channel side wall top edge is placed adjacent a vertical wall, and further comprising the step of adhering wall tile on the vertical wall over the adjacent side wall top edge, whereby liquid on the vertical wall tile may also flow into the channel member. 6. The method of claim 1 wherein the sloping member is preformed of a material selected from one or more of foam, plastic and fiberglass. 7. The method of claim 1 wherein the channel drain opening extends through the channel bottom surface, and further comprising the step of connecting a pipe traversing through the floor surface to the channel drain opening. 8. The method of claim 1 wherein the channel drain opening extends in part through a channel side wall, and further comprising the step of connecting a pipe traversing over the floor surface to the channel drain opening. 9. The method of claim 1 wherein the elongate channel member comprises one or more preformed channel sections selected from elongate straight channel sections, 90° corner sections, 45° corner sections, 30° corner sections and sections with a drain opening and wherein, during said step of placing, a plurality of channel sections are adhered to one another for thereby forming the elongate channel member. 10. The method of claim 1 wherein, during said step of filling, a floor height setting post having a base adapted to sit on the floor surface and a post extending vertically upwardly therefrom to a terminal end is placed on the floor surface with the terminal end extending to a height higher than a channel side wall top edge, and wherein the fill material is plastically formable and is positioned forming an inclined floor surface sloping from the post terminal end toward the channel side wall top edge, the plastically formable material thereafter hardening into a solid material. 11. The method of claim 10 wherein the post terminal end includes stacked breakaway sections and, prior to said step of filling, a breakaway section is removed for thereby providing a post terminal end extending to a desired height. 12. The method of claim 1 wherein, during said step of filling, a preformed sloping sheet member having a thick end tapering to a thin end is placed on the level floor surface with the thin end adjacent the channel, wherein the preformed sheet member forms an inclined floor surface sloping toward the channel side wall top edge. 13. The method of claim 12 wherein the sloping sheet member is preformed of a material selected from one or more of foam, plastic and fiberglass. 14. The method of claim 1 wherein the trench drain is installed in a shower room including a shower spray head adapted to spray water onto the fill material. 15. The method of claim 1 further comprising the steps of covering the inclined surface with an impermeable covering layer;locating an elongate grate over the channel opening;wherein the elongate channel member comprises one or more preformed channel sections selected from elongate straight channel sections, 90° corner sections, 45° corner sections, 30° corner sections and sections with a drain opening and wherein, during said step of placing, a plurality of channel sections are adhered to one another for thereby forming the elongate channel member; andwherein the trench drain is installed in a shower room including a shower spray head adapted to spray water onto the fill material. 16. The method of claim 15 wherein, during said step of placing, a channel side wall top edge is placed adjacent a vertical wall, and further comprising the step of adhering wall tile on the vertical wall over the adjacent side wall top edge, whereby liquid on the vertical wall tile may also flow into the channel member. 17. The method of claim 15 wherein, during said step of filling, a floor height setting post having a base adapted to sit on the floor surface and a post extending vertically upwardly therefrom to a terminal end is placed on the floor surface with the terminal end extending to a height higher than a channel side wall top edge, and wherein the fill material is plastically formable and is positioned forming an inclined floor surface sloping from the post terminal end toward the channel side wall top edge, the plastically formable material thereafter hardening into a solid material. 18. The method of claim 15, wherein during said step of filling, a preformed sloping sheet member having a thick end tapering to a thin end is placed on the level floor surface with the thin end adjacent the channel, wherein the preformed sheet member forms an inclined floor surface sloping toward the channel side wall top edge. 19. The method of claim 18 wherein the elongate sloping member and the sheet member are each preformed of a material selected from one or more of foam, plastic and fiberglass. 20. The method of claim 1 wherein, during said step of filling, the material is filled to at least the height of a channel side wall top edge. 21. The method of claim 1 wherein a plurality of preformed elongate sloping members each having a thick end tapering to a thin end are inserted into the channel on the bottom surface. 22. The method of claim 21 wherein a first one of the elongate sloping members includes a thin end having a thickness substantially equal to a thick end of second elongate sloping member, and wherein said ends having substantially equal thicknesses are placed adjacent one another, whereby the first and second sloping members form a continuous sloping inclined surface. 23. A trench drain system for installation on a level floor surface comprising: an elongate channel member having a bottom surface, side walls extending upwardly therefrom to side walls top edges, a channel inlet between the side walls top edges and a drain opening, said elongate channel adapted to be placed on a level floor surface; and,a preformed elongate wedge-shaped sloping member having a thick end tapering to a thin end adapted to be inserted into said channel on said bottom surface thereof with said thin end closest to said channel drain opening, said sloping member forming an inclined surface sloping toward said drain opening whereby, by filling an area adjacent said channel over the level floor surface with a material to a height of a channel side wall top edge, liquid on the adjacent fill material can flow into the channel member through the channel inlet and along said inclined surface and out through said channel drain opening. 24. The trench drain system of claim 23 further comprising an impermeable covering layer adapted to be placed over and covering the inclined surface. 25. The trench drain system of claim 23 further comprising an elongate grate adapted to be located over the channel opening. 26. The trench drain system of claim 23 wherein said sloping member is preformed of a material selected from one or more of foam, plastic, and fiberglass. 27. The trench drain system of claim 23 wherein said channel drain opening extends through the channel bottom surface and is adapted for connecting a pipe thereto. 28. The trench drain system of claim 23 wherein said channel drain opening extends in part through a channel side wall and is adapted for connecting a pipe thereto. 29. The trench drain system of claim 23 wherein said elongate channel member comprises one or more preformed channel sections selected from elongate straight channel sections, 90° corner sections, 45° corner sections, 30° corner sections and sections with a drain opening, said channel sections adapted to selectively be adhered to one another for thereby forming the elongate channel member. 30. The trench drain system of claim 29 further comprising an impermeable covering layer adapted to be placed over and covering the inclined surface and an elongate grate adapted to be located over the channel opening. 31. The trench drain system of claim 23 further comprising an impermeable covering layer adapted to be placed over and covering the inclined surface and an elongate grate adapted to be located over the channel opening. 32. The trench drain system of claim 31 wherein said sloping member is preformed of a material selected from one or more of foam, plastic, and fiberglass. 33. The trench drain system of claim 23 comprising a second preformed elongate sloping member having a thick end tapering to a thin end adapted to be inserted into said channel on said bottom surface thereof with said thin end closest to said channel drain opening, said second preformed sloping member also forming an inclined surface sloping toward said drain opening, whereby liquid on the adjacent fill material can flow into the channel member through the channel inlet and along said inclined surfaces of both preformed elongate sloping members and out through said channel drain opening. 34. The trench drain system of claim 23 comprising a second preformed elongate sloping member having a thick end tapering to a thin end adapted to be inserted into said channel on said bottom surface thereof, wherein said thick end of said first one of said elongate sloping members has a thickness substantially equal to said thin end of said second elongate sloping member, whereby said ends having substantially equal thicknesses may be placed adjacent one another and the first and second sloping members form a continuous sloping inclined surface. 35. The trench drain system of claim 34 further comprising an elongate grate adapted to be located over the channel opening. 36. The trench drain system of claim 34 further comprising an impermeable covering layer adapted to be placed over and covering the inclined surfaces of said first and second preformed elongate sloping members. 37. The trench drain system of claim 23 wherein at least one of said side walls top edges comprises a tile abutting edge for supporting tile. 38. The trench drain system of claim 23 further comprising an elongate grate supporting member having a plurality of large inlet openings adapted to be located over the channel opening and an elongate grate adapted to be located over said grate supporting member. 39. The trench drain system of claim 38 wherein said elongate grate supporting member includes a rail for supporting wall tile. 40. The trench drain system of claim 38 wherein said elongate channel member comprises one or more preformed channel sections selected from elongate straight channel sections, 90° corner sections, 45° corner sections, 30° corner sections and sections with a drain opening, said channel sections adapted to selectively be adhered to one another for thereby forming the elongate channel member. 41. The trench drain system of claim 38 comprising a second preformed elongate sloping member having a thick end tapering to a thin end adapted to be inserted into said channel on said bottom surface thereof with said thin end closest to said channel drain opening, said second preformed sloping member also forming an inclined surface sloping toward said drain opening, whereby liquid on the adjacent fill material can flow through said grate and said supporting member into the channel member through the channel inlet and along said inclined surfaces of both preformed elongate sloping members and out through said channel drain opening. 42. The trench drain system of claim 38 comprising a second preformed elongate sloping member having a thick end tapering to a thin end adapted to be inserted into said channel on said bottom surface thereof, wherein said thick end of said first one of said elongate sloping members has a thickness substantially equal to said thin end of said second elongate sloping member, whereby said ends having substantially equal thicknesses may be placed adjacent one another and the first and second sloping members form a continuous sloping inclined surface. 43. A drainage system for receiving water from a floor, said drainage system comprising: grated tracks having a plurality of openings;an underneath channel running below said grated tracks;a drain located on said underneath channel;a wedge-shaped elongate sloping member having a thick end tapering to a thin end placed in and configured to the shape of said underneath channel with said thin end closest to said drain, wherein said sloping member achieves a slope creating drainage flow to said drain. 44. The drainage system of claim 43 wherein said grated tracks and underneath channel are located along a periphery of a shower floor. 45. The drainage system of claim 43 further comprising a drain conduit running from said drain to a floor drain. 46. The drainage system of claim 43 further comprising a waterproof membrane placed along the floor and extending over said underneath channel. 47. The drainage system of claim 44 further comprising a drain conduit running from said drain to a floor drain. 48. The drainage system of claim 47 further comprising a waterproof membrane placed along the floor and extending over said underneath channel. 49. The drainage system of claim 43 wherein said underneath channel is made of polyvinyl chloride. 50. The drainage system of claim 43 wherein said grated tracks are made of plastic. 51. The drainage system of claim 43 wherein a preformed tray is provide below the floor, and wherein a waterproof membrane is located between the floor and said tray and extends over said underneath channel. 52. The drainage system of claim 43 wherein said grated tracks are removable.