Mopping unit

Abstract

Provided is a mopping unit including: a mop base, a head unit and a coupling element; wherein the coupling element having two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment; the base, being a single-piece molded article having a bottom face and a top face; two elongated bores are formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments; the base being configured for attaching a mopping substrate on the bottom face; and wherein the head unit being pivotally coupled to said central segment to permit it to pivot about a first axis essentially parallel to said central segment and including a receptacle for an end of a mopping handle.

Claims

1. A mopping unit comprising: a mop base; a head unit; and a coupling element having two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment, wherein the mop base is a single-piece molded article made of rubber or silicone rubber, and comprises: a bottom face and a top face; and two elongated bores formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments; wherein the mop base is configured for attaching a mopping substrate on the bottom face, wherein the head unit is pivotally coupled to said central segment to permit it to pivot about a first axis essentially parallel to said central segment, and comprising a receptacle for an end of a mopping handle, wherein the head unit includes a coupling portion entirely enveloping the central segment, and wherein the base comprises one or more ribs on the top face, extending from said abutments in a direction normal to the first axis.

2. The mopping unit of claim 1, wherein the two elongated bores are co-axial and the coupling element is an elongated rod.

3. The mopping unit of claim 2, wherein each of the two elongated bores has an open end, the two open ends face one another and span a central gap, into which the central segment fits.

4. The mopping unit of claim 1, wherein the base is sufficiently flexible or pliable to permit the base to bend about corners.

5. The mopping unit of claim 1, wherein the head unit has one part pivotally attached to said central segment and a second part with said receptacle, the two parts being hinged to one another and rotational one versus the other about a second axis normal to the first axis.

6. The mopping unit of claim 1, wherein the ribs extend symmetrically from the two sides of said abutments.

7. The mopping unit of claim 1, wherein the bottom face has fastening elements for said mopping substrate.

8. The mopping unit of claim 7, wherein the fastening elements are one of a hook-and-pile coupling.

9. The mopping unit of claim 7, wherein the fastening elements are seamed to said bottom base.

10. The mopping unit of claim 1, wherein said abutments are formed at equal distance from opposite edges of the base.

11. The mopping unit of claim 1, wherein a peripheral portion of the base is flexible.

12. The mopping unit of claim 11, wherein the peripheral portion comprises fastening elements for said mopping substrate.

13. The mopping unit of claim 1, wherein the mop base is generally planar.

14. A method for manufacturing a mopping unit comprising: molding a generally planar mop base having a bottom and top face and abutments on its top face such that the abutments are formed over two parallel reinforcing end segments of a coupling element, said reinforcing end segments are integral with and flanking a central, coupling segment, said coupling element is being coupled to a head unit that has a handle receptacle; and fixing attachment elements for attachment of a mopping substrate to said bottom face.

15. The method of claim 14, wherein fixing attachment elements comprises sewing the attaching elements to the bottom face.

16. The method of claim 14, further comprising, prior to molding, assembling the coupling element with the head unit such that a coupling portion of the head unit envelopes the central segment of the coupling element.

17. A mop base, being a single-piece molded article, comprising: a coupling element; a bottom face; and a top face, wherein the coupling element comprises two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment; and two elongated bores formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments, wherein the mop base is configured for attaching a mopping substrate on its bottom face, wherein the mop base is made of rubber or silicone rubber, wherein a pivot element entirely envelops said coupling element for coupling a head unit to the mop base, and wherein the mop base comprises one or more ribs on the top face, extending from said abutments in a direction normal to the first axis.

18. A mopping unit comprising: a mop base; a head unit; and a coupling element, the coupling element including two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment, wherein the mop base is a single-piece molded made of rubber or silicone rubber and article, and including a bottom face and a top face, and two elongated bores formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments, wherein in the mop base is configured for attaching a mopping substrate on the bottom face, wherein the head unit is pivotally coupled to said central segment to permit it to pivot about a first axis essentially parallel to said central segment and comprising a receptacle for an end of a mopping handle, wherein the head unit includes a coupling portion entirely enveloping the central segment, and wherein each of the reinforcing end segments is at least two times larger than the central segment.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) In order to better understand the subject matter that is disclosed herein and to exemplify how it may be carried out in practice, embodiments will now be described, by way of non-limiting example only, with reference to the accompanying drawings, in which:

(2) FIGS. 1A-1D are schematic illustrations of a different views of a non-limiting example of the mopping unit of the present disclosure. FIG. 1A is a perspective top view; FIG. 1B is a side view; FIG. 1C is a top view; and FIG. 1D is a bottom view.

(3) FIG. 2 is a non-limiting example of an image of the mopping unit of the present disclosure that is attached to a mopping substrate.

(4) FIGS. 3A-3B are flow diagrams of non-limiting examples of methods for manufacturing the mopping unit of the present disclosure.

(5) FIG. 4 is a schematic illustration of a perspective view of a non-limiting example of the mop base of the present disclosure.

DETAILED DESCRIPTION OF EMBODIMENTS

(6) The following figures are provided to exemplify embodiments and realization of the invention of the present disclosure.

(7) FIGS. 1A-1D are schematic illustrations of a different views of a non-limiting example of the mopping unit of the present disclosure. The mopping unit 100 includes a mop base 102 that is a single-piece molding article, namely it is a result of a use of a single mold. The mop base 102 is generally planar and has two elongated bores 103A and 103B, formed by two elongated abutments 104A, 104B and extending along an axis X, which is parallel to long edges 106A and 106B and normal to short edges 108A and 108B of the mop base 102. The elongated bores 203A and 203B are best seen in FIG. 4, which is a schematic illustration of a perspective view of a non-limiting example of the mop base alone. The two elongated abutments 104A and 104B protrude from a planar portion of the mop base 102 and are formed around portions of a coupling element 109, e.g. a rod that is made of metal, that is configured to couple a head unit 110 to the mop base 102. In this example, the coupling element is an elongated stiff road, e.g. made of metal, wherein a central segment thereof 112 is entirely enveloped by a pivot element 114 of the head unit 110 that is configured to allow the rotation of the head unit around the axis defined by the coupling element 108, i.e. axis X. The pivot element 114 completely surrounds the central segment 112 of the coupling element 108 such that it cannot be pulled out and decoupled from the coupling element 108. End segments 116A and 116B of the coupling element 108 are received in the elongated bores 103A and 103B, respectively, such they are entirely enveloped by the elongated abutments 104A and 104B. This structure is obtained by first assembling the pivot element 114 on the coupling element 108, following by molding the mop base 102 around the end segments 116A and 116B of the coupling element 108 such that they are surrounded and enveloped by the elongated bores elongated abutments 104A and 104B, respectively.

(8) It is to be noted that since the coupling element is entirely covered by the abutments and the pivot element, it is not seen in the figures and the numerical references that refer thereto point to the elements that envelope it.

(9) The head unit 110 has a handle receptacle 118 that is configured to receive a mopping handle 120 for allowing a subject to utilize the mopping unit 100. In this non-limiting example, the head unit is formed of two parts hinged to one another, a first part 122, including the pivot element 114, and a second part 124, including the handle receptacle 118. The first and second parts 122 and 124 are pivotable one with respect to the other to allow a rotation around an axis Y that is normal to the coupling element 108, and in this example parallel to short edges 108A and 108B of the mop base 102.

(10) It is to be noted, that the mopping unit may include a single-part head unit that is rotatable only around the coupling element.

(11) The mop base 102 is formed of a planar portion 126 on which the two elongated abutments 104A and 104B are formed. The thickness d.sub.1 of the planar portion 126 is smaller than the largest dimension of the two elongated abutments 104A and 104B, e.g. their diameter d.sub.2, as can be best seen in FIG. 1B.

(12) The mop base 102 includes couples of symmetrical ribs 128 extending normal to the elongated abutments 104A and 104B. Each rib 128 is integral with a portion of one of the abutments and a top face 130 of the planar portion 126 of the mop base 102. The ribs 128 are formed to give an extra stiffness to the central portion of the mop base 102, namely the portion that includes the abutments and the vicinity thereof.

(13) The bottom face 132 of the planar portion 126 includes fastening elements 134 that are configured to attach a mopping substrate 136. A mopping substrate 136 being attached to the bottom face of the planar portion of the mop base is demonstrated in FIG. 2, which is a non-limiting example of an image of the mopping unit of the present disclosure. In the example of FIG. 2, the fastening elements (not shown) are seamed to the bottom face by seams 138 passing through the top and the bottom face 130 and 132 of the planar portion 126 and extending along the vicinity of the long edges 106A and 106B at a peripheral portion 133 of the mop base 102. The fastening elements may be of a Velcro-type seamed to the bottom face 130 of the planar portion 126.

(14) The mop base 102 is formed of a material sufficiently flexible to allow the thin peripheral portions 133 of the mop base 102 to flex and bend about corners while the central part remains relatively stiff. For example, the mob base can be formed of silicon rubber, rubber or the like.

(15) FIGS. 3A-3B are flow diagrams of non-limiting examples of methods to manufacture the mopping unit of the present disclosure.

(16) FIG. 3A exemplifies a method that includes molding a mop base over coupling element 350. The mop base is having a bottom and top face and abutments on its top face such that the abutments are formed over two parallel reinforcing end segments of the coupling element. The reinforcing end segments are integral with and flanking a central, coupling segment and the coupling element is coupled to a head unit that has a handle receptacle. The method further includes fixing attachment/fastening elements to the bottom face of the mop base 352. The attachment elements are configured to attach a mopping substrate to the bottom face.

(17) The method exemplified in FIG. 3B differs from that of FIG. 3B by that prior to the molding, the method includes assembling the coupling element with the head unit 347 such that a coupling portion of the head unit envelopes the central segment of the coupling element. Furthermore, the method includes retaining the coupling element at a desired position 349 such that during the molding 350, the coupling element maintain its position to be received in the bores and enveloped by the abutments. The retention is carried out by retaining elements that are holding the coupling element during the molding process and are being removed once the molding process is over.