Adjustable dusting tool and related method
A manual dusting tool incorporating a handle connected to an elongated bendable paddle member adapted for insertion into a textile sock structure for use in dusting hard-to-access surfaces. The bendable paddle member may be deformably bent in either one or two directions to adopt a curved or serpentine shape as may be desired for cleaning.
1. An adjustable hand-manipulated dusting tool comprising:
a rear handle;
a forward elongated paddle element having a length dimension extending in a direction away from the rear handle, the paddle element comprising a malleable spine disposed in sandwiched relation between a pair opposing panels of flexible rubber or plastic, wherein at least one of the opposing panels of flexible rubber or plastic includes a plurality of outwardly projecting fins oriented in a ladder rung pattern transverse to the length dimension and angled towards the rear handle, wherein all of the plurality of outwardly projecting fins are in an angled orientation towards the rear handle to form an acute angle relative to a surface of the underlying panel in a range of 35-85 degrees, wherein the paddle element is adapted to be received within a textile sock and is reversibly bendable to adopt a curved or serpentine profile along the length dimension.
2. A dusting tool as recited in claim 1 , wherein the handle is hollow along its length and includes an axial opening adapted to matingly receive an elongated pole element.
3. A dusting tool as recited in claim 1 , wherein the paddle element is disposed in rotatable relation to the rear handle about a lockable pivot axis.
4. A dusting tool as recited in claim 1 , wherein the malleable spine is a metal plate or rod.
5. A dusting tool as recited in claim 4 , wherein the malleable spine is formed from an austenitic ferrous alloy.
6. A dusting tool as recited in claim 5 , wherein the ferrous alloy is selected from the group consisting of grades 304, 304L, 316 and 316L stainless steel.
7. A dusting tool as recited in claim 1 , wherein the opposing panels of flexible rubber or plastic are disposed in over-molded relation to the malleable spine.
8. A dusting tool as recited in claim 7 , wherein the opposing panels of flexible rubber or plastic have a Shore A hardness in the range of 50-80 A.
9. A dusting tool as recited in claim 8 , wherein the opposing panels of flexible rubber or plastic are formed from silicone rubber.
10. A dusting tool as recited in claim 1 , wherein the opposing panels of flexible rubber or plastic are adjoined to one another by fusion at locations outboard from the malleable metal spine.
11. A dusting tool as recited in claim 1 , wherein each of the opposing panels of flexible rubber or plastic includes a plurality of outwardly projecting fins oriented in a ladder rung pattern transverse to the length dimension and angled towards the rear handle.
12. An adjustable hand-manipulated dusting tool comprising:
a hollow rear handle including an axial opening adapted to matingly receive an elongated pole element;
a forward elongated paddle element having a length dimension extending in a direction away from the rear handle, the paddle element being disposed in rotatable relation to the rear handle about a lockable pivot axis, the paddle element comprising a malleable metal spine of austenitic stainless steel disposed in sandwiched relation between a pair of over-molded opposing panels of silicone rubber having a Shore A hardness in the range of 50-80 A, the opposing panels of flexible rubber or plastic being adjoined to one another by fusion or adhesive bonding at locations outboard from the malleable metal spine, wherein each of the over-molded opposing panels includes a plurality of outwardly projecting fins oriented in a ladder rung pattern transverse to the length dimension, wherein all of the outwardly projecting fins are in an angled orientation towards the rear handle to form an acute angle relative to a surface of the underlying panel in the range of about 50-85 degrees, wherein the paddle element is adapted to be received within a textile sock and is reversibly bendable to adopt a curved or serpentine profile along the length dimension.