The present invention is directed to an illuminating landscape edging strip having an elongated edging substrate. Contained within the edging substrate are a heat sink disposed in a first slot along a long dimension of the edging substrate, a lighting strip disposed in a first channel along the long dimension of the edging substrate, and a lens disposed in a second slot along the long dimension of the edging substrate. The lighting strip abuts against and is thermally conductive to the heat sink. The lens is closely spaced apart from a light emitting surface on the lighting strip. The lens and the second slot open into light-emitting channel on a front face of the edging substrate. The upper edge of the light-emitting channel includes a bevel that increases the angle of light exposure.

The present invention is directed to an illuminating landscape edging strip having an elongated edging substrate. Contained within the edging substrate are a heat sink disposed in a first slot along a long dimension of the edging substrate, a lighting strip disposed in a first channel along the long dimension of the edging substrate, and a lens disposed in a second slot along the long dimension of the edging substrate. The lighting strip abuts against and is thermally conductive to the heat sink. The lens is closely spaced apart from a light emitting surface on the lighting strip. The lens and the second slot open into light-emitting channel on a front face of the edging substrate. The upper edge of the light-emitting channel includes a bevel that increases the angle of light exposure.

A landscape edging for use on a stone surface, the edging solving the problem that known edging has a poor shaping effect, is higher in cost and cannot satisfactorily harmonize with vegetation. The landscape edging comprises an edging body, the edging body having flexibility, and an outer wall thereof being provided with a decoration layer made of stone granules. When in use, an isolation belt can satisfactorily harmonize with the surrounding environment, and has a certain flexibility, can achieve better shaping, has a better usage effect and is a good substitute for an existing landscape edging.

A landscape edging for use on a stone surface, the edging solving the problem that known edging has a poor shaping effect, is higher in cost and cannot satisfactorily harmonize with vegetation. The landscape edging comprises an edging body, the edging body having flexibility, and an outer wall thereof being provided with a decoration layer made of stone granules. When in use, an isolation belt can satisfactorily harmonize with the surrounding environment, and has a certain flexibility, can achieve better shaping, has a better usage effect and is a good substitute for an existing landscape edging.

A method for providing an artificial turf edge. In one embodiment, the method includes: determining a perimeter of an artificial turf area up to be covered by artificial turf; connecting together a plurality of raised border pieces so as to follow a contour of at least a portion of the perimeter of the artificial turf area; securing each of the plurality raised border pieces to an underlying surface along the perimeter of the artificial turf area; and placing an artificial turf material to cover at least an area within the perimeter of the artificial turf area.

A method for providing an artificial turf edge. In one embodiment, the method includes: determining a perimeter of an artificial turf area up to be covered by artificial turf; connecting together a plurality of raised border pieces so as to follow a contour of at least a portion of the perimeter of the artificial turf area; securing each of the plurality raised border pieces to an underlying surface along the perimeter of the artificial turf area; and placing an artificial turf material to cover at least an area within the perimeter of the artificial turf area.

A raised garden box assembly. The raised garden box assembly may include a plurality of hollow sidewalls, each hollow sidewall may have a top rail, a bottom rail, an inner side member and an outer side member, where the top rail is connected to an outer side member and an inner side member and the bottom rail is also connected to the inner side member and the outer side member. The outer side member and the inner side member may form a hollow interior space and each of the plurality of hollow sidewalls may include a plurality of support ribs, each of the plurality of support ribs may directly contact the outer side member and the inner side member. The top rail, bottom rail, outer side member, inner side member and plurality of support ribs of each hollow sidewall may be integrally formed as a single unitary piece via an extrusion process. The raised garden box assembly may also include a plurality of hollow corner posts, each corner post having a first and second opening, where each of the first and second openings may receive a terminating end of one of the plurality of hollow sidewalls, the plurality of hollow sidewalls and corner posts forming an enclosure.

A raised garden box assembly. The raised garden box assembly may include a plurality of hollow sidewalls, each hollow sidewall may have a top rail, a bottom rail, an inner side member and an outer side member, where the top rail is connected to an outer side member and an inner side member and the bottom rail is also connected to the inner side member and the outer side member. The outer side member and the inner side member may form a hollow interior space and each of the plurality of hollow sidewalls may include a plurality of support ribs, each of the plurality of support ribs may directly contact the outer side member and the inner side member. The top rail, bottom rail, outer side member, inner side member and plurality of support ribs of each hollow sidewall may be integrally formed as a single unitary piece via an extrusion process. The raised garden box assembly may also include a plurality of hollow corner posts, each corner post having a first and second opening, where each of the first and second openings may receive a terminating end of one of the plurality of hollow sidewalls, the plurality of hollow sidewalls and corner posts forming an enclosure.

A flower bed system includes an elongated frame having a first side bar and second side bar in a longitudinal direction thereof, a first and a second riser removably attached to the first and second side bar, respectively, the first riser having a first notch away from the first side bar by a predetermined distance and the second riser having a second notch away from the second side bar by approximately the same predetermined distance, and a flowerpot holder having a first and second pin rigidly protruding from opposite sides thereof, respectively, the first and the second pin being substantially aligned in an axial line transverse a center of the flowerpot holder, wherein the first and second pin removably rest in the first and second notch, respectively, so that the flowerpot holder can rotate freely around the axial line.

The present invention is directed to an illuminating landscape edging strip having an elongated edging substrate. Contained within the edging substrate are a heat sink disposed in a first slot along a long dimension of the edging substrate, a lighting strip disposed in a first channel along the long dimension of the edging substrate, and a lens disposed in a second slot along the long dimension of the edging substrate. The lighting strip abuts against and is thermally conductive to the heat sink. The lens is closely spaced apart from a light emitting surface on the lighting strip. The lens and the second slot open into light-emitting channel on a front face of the edging substrate. The upper edge of the light-emitting channel includes a bevel that increases the angle of light exposure.