초록 ▼

A removable wall-mounted back scrubber includes an anchor plate that has planar front and rear surfaces. The plate is vertically attached to a vertical interior surface of a shower stall. The plate has a plurality of equidistantly spaced suction cups coupled thereto. A reservoir is detachably connec

A removable wall-mounted back scrubber includes an anchor plate that has planar front and rear surfaces. The plate is vertically attached to a vertical interior surface of a shower stall. The plate has a plurality of equidistantly spaced suction cups coupled thereto. A reservoir is detachably connected to an upper portion of the plate and includes a hollow chamber therein. The reservoir has a longitudinal length substantially equal to a latitudinal length of the cleaning surface. A plurality of discharge outlets is oriented along a bottom surface of the reservoir. A cleaning surface is attached to the front surface of the plate and is juxtaposed orthogonally thereto. The cleaning surface extends orthogonally from the plate and terminates at a distance beyond the discharge outlets.

대표청구항 ▼

The invention claimed is: 1. A removable wall-mounted back scrubber for cleansing a user's back while showering, said back scrubber comprising: a wall-mounted anchor plate, said anchor plate having planar front and rear surfaces, said anchor plate being vertically attached to a vertical interior su

The invention claimed is: 1. A removable wall-mounted back scrubber for cleansing a user's back while showering, said back scrubber comprising: a wall-mounted anchor plate, said anchor plate having planar front and rear surfaces, said anchor plate being vertically attached to a vertical interior surface of a shower stall, said anchor plate further having a plurality of equidistantly spaced suction cups directly coupled thereto such that said anchor plate is prevented from moving laterally or vertically during operating conditions; a cleaning surface attached to said front surface of said anchor plate and juxtaposed orthogonally thereto; a reservoir detachably connected to an upper portion of said anchor plate, said reservoir including a hollow chamber therein for receiving and housing a predetermined quantity of a disinfecting agent, said reservoir including a plurality of equidistantly juxtaposed discharge outlets oriented along a bottom surface of said reservoir such that said disinfecting agent contained therein is discharged along a uniform vertical path traversing along an entire width of said cleaning surface; and wherein said cleaning surface extends orthogonally from said anchor plate and terminates at a distance beyond said discharge outlets such that said disinfecting agent displaces vertically along a longitudinal length of said cleaning surface and evenly impregnates an entire surface area of said cleaning surface wherein said cleaning surface is directly coupled to said anchor plate and begins at a location disposed anterior of said rear surface of said anchor plate; wherein said reservoir has a planar top surface registered parallel to a top surface of said anchor plate, said reservoir top surface having a rear edge beginning at said rear surface of said anchor plate and extending forwardly along a linear path wherein a front edge of said reservoir top surface terminates anterior of said front surface of said anchor plate, said reservoir top surface extending along an entire longitudinal length of said reservoir and remaining disposed above said top surface of said anchor plate, wherein said cleaning surface is directly coupled to said anchor plate and begins at a location disposed anterior of said rear surface of said anchor plate. 2. The back scrubber of claim 1, wherein said suction cups are directly connected to said rear surface of said anchor plate and extend rearwardly therefrom, said plurality of suction cups contacting the vertical interior surface of the shower stall, said suction cups being coextensively shaped for providing uniform adhesion during operating conditions. 3. The back scrubber of claim 1, wherein said reservoir further comprises: a threaded inlet monolithically formed in a top surface of said reservoir and extending upwardly therefrom such that a quantity of disinfecting agent can be introduced into said hollow chamber therein; and a threaded cap removably mated to said inlet such that said disinfecting agent contained within said hollow chamber is prevented from escaping said hollow chamber, said cap being centrally registered along a longitudinal length of said reservoir for equally discharging said disinfecting agent through an entire surface area of said hollow chamber. 4. The back scrubber of claim 1, wherein said reservoir has a front face terminating beyond said front surface of said anchor plate, said discharge outlets being spaced forwardly from said anchor plate and above said cleaning surface respectively. 5. The back scrubber of claim 1, wherein said cleaning surface is formed from a porous and deformably resilient material. 6. The back scrubber of claim 1, wherein said cleaning surface is permanently attached to a front surface of said anchor plate. 7. A removable wall-mounted back scrubber for cleansing a user's back while showering, said back scrubber comprising: a wall-mounted anchor plate, said anchor plate having planar front and rear surfaces, said anchor plate being vertically attached to a vertical interior surface of a shower stall, said anchor plate further having a plurality of equidistantly spaced suction cups directly coupled thereto such that said anchor plate is prevented from moving laterally or vertically during operating conditions; a cleaning surface attached to said front surface of said anchor plate and juxtaposed orthogonally thereto; a reservoir detachably connected to an upper portion of said anchor plate, said reservoir including a hollow chamber therein for receiving and housing a predetermined quantity of a disinfecting agent, said reservoir including a plurality of equidistantly juxtaposed discharge outlets oriented along a bottom surface of said reservoir such that said disinfecting agent contained therein is discharged along a uniform vertical path traversing along an entire width of said cleaning surface, wherein said reservoir is spaced from said suction cups for allowing the user to slidably position said anchor plate along the vertical interior surface without prematurely agitating said disinfecting agent housed within said hollow chamber; and wherein said cleaning surface extends orthogonally from said anchor plate and terminates at a distance beyond said discharge outlets such that said disinfecting agent displaces vertically along a longitudinal length of said cleaning surface and evenly impregnates an entire surface area of said cleaning surface, wherein said cleaning surface is directly coupled to said anchor plate and begins at a location disposed anterior of said rear surface of said anchor plate; wherein said reservoir has a planar top surface registered parallel to a top surface of said anchor plate, said reservoir top surface having a rear edge beginning at said rear surface of said anchor plate and extending forwardly along a linear path wherein a front edge of said reservoir top surface terminates anterior of said front surface of said anchor plate, said reservoir top surface extending along an entire longitudinal length of said reservoir and remaining disposed above said top surface of said anchor plate. 8. The back scrubber of claim 7, wherein said suction cups are directly connected to said rear surface of said anchor plate and extend rearwardly therefrom, said plurality of suction cups contacting the vertical interior surface of the shower stall, said suction cups being coextensively shaped for providing uniform adhesion during operating conditions. 9. The back scrubber of claim 7, wherein said reservoir further comprises: a threaded inlet monolithically formed in a top surface of said reservoir and extending upwardly therefrom such that a quantity of disinfecting agent can be introduced into said hollow chamber therein; and a threaded cap removably mated to said inlet such that said disinfecting agent contained within said hollow chamber is prevented from escaping said hollow chamber, said cap being centrally registered along a longitudinal length of said reservoir for equally discharging said disinfecting agent through an entire surface area of said hollow chamber. 10. The back scrubber of claim 7, wherein said reservoir has a front face terminating beyond said front surface of said anchor plate, said discharge outlets being spaced forwardly from said anchor plate and above said cleaning surface respectively. 11. The back scrubber of claim 7, wherein said cleaning surface is formed from a porous and deformably resilient material. 12. The back scrubber of claim 7, wherein said cleaning surface is permanently attached to a front surface of said anchor plate. 13. A removable wall-mounted back scrubber for cleansing a user's back while showering, said back scrubber comprising: a wall-mounted anchor plate, said anchor plate having planar front and rear surfaces, said anchor plate being vertically attached to a vertical interior surface of a shower stall, said anchor plate further having a plurality of equidistantly spaced suction cups directly coupled thereto such that said anchor plate is prevented from moving laterally or vertically during operating conditions; a cleaning surface attached to said front surface of said anchor plate and juxtaposed orthogonally thereto; a reservoir detachably connected to an upper portion of said anchor plate, said reservoir including a hollow chamber therein for receiving and housing a predetermined quantity of a disinfecting agent, said reservoir including a plurality of equidistantly juxtaposed discharge outlets oriented along a bottom surface of said reservoir such that said disinfecting agent contained therein is discharged along a uniform vertical path traversing along an entire width of said cleaning surface, wherein said reservoir is spaced from said suction cups for allowing the user to slidably position said anchor plate along the vertical interior surface without prematurely agitating said disinfecting agent housed within said hollow chamber, wherein said reservoir has a longitudinal length substantially equal to a latitudinal length of said cleaning surface; and wherein said cleaning surface extends orthogonally from said anchor plate and terminates at a distance beyond said discharge outlets such that said disinfecting agent displaces vertically along a longitudinal length of said cleaning surface and evenly impregnates an entire surface area of said cleaning surface, wherein said cleaning surface is directly coupled to said anchor plate and begins at a location disposed anterior of said rear surface of said anchor plate; wherein said reservoir has a planar top surface registered parallel to a top surface of said anchor plate, said reservoir top surface having a rear edge beginning at said rear surface of said anchor plate and extending forwardly along a linear path wherein a front edge of said reservoir top surface terminates anterior of said front surface of said anchor plate, said reservoir top surface extending along an entire longitudinal length of said reservoir and remaining disposed above said top surface of said anchor plate. 14. The back scrubber of claim 13, wherein said suction cups are directly connected to said rear surface of said anchor plate and extend rearwardly therefrom, said plurality of suction cups contacting the vertical interior surface of the shower stall, said suction cups being coextensively shaped for providing uniform adhesion during operating conditions. 15. The back scrubber of claim 13, wherein said reservoir further comprises: a threaded inlet monolithically formed in a top surface of said reservoir and extending upwardly therefrom such that a quantity of disinfecting agent can be introduced into said hollow chamber therein; and a threaded cap removably mated to said inlet such that said disinfecting agent contained within said hollow chamber is prevented from escaping said hollow chamber, said cap being centrally registered along a longitudinal length of said reservoir for equally discharging said disinfecting agent through an entire surface area of said hollow chamber. 16. The back scrubber of claim 13, wherein said reservoir has a front face terminating beyond said front surface of said anchor plate, said discharge outlets being spaced forwardly from said anchor plate and above said cleaning surface respectively. 17. The back scrubber of claim 13, wherein said cleaning surface is formed from a porous and deformably resilient material. 18. The back scrubber of claim 13, wherein said cleaning surface is permanently attached to a front surface of said anchor plate.