TH2003003153C3 - Trays for growing plants without soil (Hydroponics) floating on the water surface. - Google Patents

Abstract

Trays for growing plants without soil (Hydroponics) floating on the water surface consists of a bottom tray and an upper tray that is a plastic sheet molded into a rectangular fuselage, with a bottom tray having a ridge along its internal length. a number of reliefs located parallel to each other along the length and above along the length between each side edge and each ridge and Along the length between each ridge are a number of pit bases that look like inverted cones with cut ends. The inside is hollow with a core that is a wear hole. and the top tray with the area along the length of the inside of the sheet The upper tray is a number of ridges that are parallel along the length. which each ridge of the tray sheet The top is positioned corresponding to each ridge of the bottom tray. and the area above along the line The length between the edge of each side and each ridge and along the length between each ridge will be It is a number of ridges that are convex to be placed on top of each pit base. where the core of the ridge Each hole is a wear hole. and the inner area that is each wear hole of the hole base of the bottom tray plate and The inner part of each hole of the ridge of the top tray is inserted into the planting cup.

Claims (3)

1. Trays for growing plants without soil. (Hydroponics) floats on the water surface, consisting of the lower tray (1) is a plastic sheet that has been molded into a rectangular fuselage. where the surrounding lateral edge of the bottom tray (1) is the flap (2) that is folded up vertically. The upper tray (6) is used to cover the top of the lower tray (1), where the upper tray (6) is a plastic sheet that has been molded into a rectangular shape with the corresponding size. Matching the dimensions of the bottom tray (1), the surrounding lateral edges of the top tray (6) are the side flaps (7) that fold down vertically for attachment to the side surfaces. outside each side of the edge (2) of the bottom tray (1) the bottom tray (1) with a number of (3) ridges along its internal length that are parallel to each other along its length. and the upper area along the length between the laminating edges (2), each side with ridges (3), each ridge and along the length between the ridges (3), each ridge is a number of pit bases (4) that look like The cone should have a cut end, hollow inside with a center hole (5), the top plate (6) with a number of ridges (8) along the internal length of the top plate (6). parallel to each other along its length, with each ridge (8) of the upper tray (6) aligned with each ridge (3) of the lower tray (1) and the side On each side along the length between the ridges (7) and each ridge (8), and along the length between the ridges (8), there are a number of ridges (9) that are raised for overlaid on the base of the hole (4), each base in the corresponding position whereby the core of each ridge (9) will be the mounting holes (10) that are in the same position as each mounting holes (5) of the well base (4) and each base of the bottom plate (1). It is characterized by the contact surface between the bottom tray (1) and the top tray (6) that occupies the contact surface between each edge (2) of the bottom tray (1). with each edge (7) of the top tray (6) and the contact surface between each bottom tray (4) base and bottom tray ridge (9) each top tray ridge. (6) Bonded by means of bonding to form a single piece. 2. Trays for growing plants without soil. (Hydroponics) floating on the water surface. according to claim 1 in which the internal ridge (5) each hole of the ridge base (4) of the lower pan (1) and the internal ridge (10) each hole of the ridge (9) of the upper tray (6) is attached to the planting cup (11) 3. tray for planting without soil (Hydroponics) floating on the water surface. according to claim 2 in which the planting cup (11) with its surrounding top is a rim (12) for overlapping the surrounding edge of the well ridge (9), each ridge of the top tray (6) and the bottom of the The grow cup (11) is a recess (13) for which the roots of plants grown inside the grow cup (11) are channeled to the bottom where they contain water and nutrients. -------- 1. Trays for growing plants without soil. (Hydroponics) floats on the water surface, consisting of the bottom tray (1) which is a plastic sheet molded to the body into a rectangular shape, with the surrounding edge of the bottom tray (1) being the edge of the side ( 2) Raised in a vertical fold The upper tray (6) is used to cover the top of the lower tray (1), where the upper tray (6) is a plastic sheet that has been molded into a rectangular shape with the corresponding size. same with size of the lower pan (1) where the perpendicular edge of the upper pan (6) is the side flap (7) that is lowered, folded vertically, for attachment to each outer surface. of the flank edge (2) of the bottom tray (1), with a particular characteristic of the bottom tray (1) having a number of ridges (3) along its internal length in parallel to each other along the length and the upper area along the length between the edge (2) each side with ridges (3) each ridge and along the length between the ridges (3) each ridge is a hole base (4) a number that looks like An inverted cone with a cut end inside a hollow core with a wear hole in the center (5) The upper tray (6) with an area along the internal length of the upper tray (6) is a ridge (8) Number One parallel ridge along its length with each ridge (8) of the upper tray (6) aligned with each ridge (3) of the lower tray (1) and the top along the length Between each flank edge (7) and each ridge (8), and along the length between each ridge (8), there are a number of ridges (9) raised for superposition. Pit base (4) each base in the corresponding position Whereas the core of each ridge (9) will be a ridge hole (10) that is in the same position with each ridge hole (5) of the ridge base (4) and each base of the bottom plate (1). The contact surface between the bottom tray (1) and the top tray (6) in the floor area. The contact surface between each edge (2) of the bottom pan (1) edge and the flap edge (7) each edge of the top pan (6) and the contact surface between the well (4) base of the plate. Bottom tray (1) and ridge ridge (9). Each ridge of the top tray (6) is attached by means of bonding to form a single unit. 2. Trays for growing plants without soil (Hydroponics) floating on the water surface. According to Claim 1, in which the internal areas of the bearing holes (5) each of the ridge base (4) of the bottom plate (1) and the internal areas of each bearing hole (10) of the ridge (9) of The top tray (6) is attached to the plant cup (11). 3. Trays for growing plants without soil (Hydroponics) floating on the water surface. according to Claim 2, in which the planting cup (11) with its surrounding top is a rim (12) for overlapping the surrounding edge of the pit ridge (9), each ridge of the top tray (6), and At the bottom of the grow cup (11) there is a recess (13) for the roots of the plant growing inside the grow cup (11) to sift out to the bottom where there is water and minerals. packed food