TOOL HOLDER

Abstract

A tool holder includes a support stand which provides support for a protective wall that at least in part defines an enclosure within which a tool may be stored, the protective wall including a sheet of heat resistant material which at least in part is selectively releasable from and securable to the support stand, the sheet of heat resistant material being a flexible sheet whereby in a first orientation it serves as the protective wall but at least in part may be released from the support stand to provide a substantially flat heat resistant mat on which to rest a heated tool during periods of use of the tool.

Claims

1. A tool holder comprising a support stand which provides support for a protective wall that at least in part defines an enclosure within which a tool may be stored, said protective wall comprising a sheet of heat resistant material which at least in part is selectively releasable from and securable to the support stand, said sheet of heat resistant material being a flexible sheet whereby in a first orientation it serves as said protective wall but at least in part may be released from the support stand to provide a substantially flat heat resistant mat on which to rest a heated tool during periods of use of the tool.

2. A tool holder according to claim 1 wherein the flexible sheet is wholly removable from the support stand.

3. A tool holder according to claim 1 and comprising a magnet whereby at least in part the flexible sheet is securable magnetically to and is removable from the support stand.

4. A tool holder according to claim 3 wherein the magnet is secured to either the flexible sheet or the support stand and wherein the other of the flexible sheet and support stand comprises a magnetic element which cooperates with the magnet to releasably secure the flexible sheet to the support stand.

5. A tool holder according to claim 4 wherein the position and dimensions of the magnets and magnetic element enable the flexible sheet to be magnetically secured to the stand only at one position or within a predetermined range of positions of the sheet material relative to the stand.

6. A tool holder according to claim 3 wherein the magnet is a button magnet.

7. A tool holder according to claim 1 wherein an edge of the flexible sheet incorporates a substantially rigid reinforcing element that is a magnetic element.

8. A tool holder according to claim 1 wherein the flexible sheet is of a substantially rectangular shape and each of two opposite edges of the sheet comprises a substantially rigid reinforcing element.

9. A tool holder according to claim 1 wherein the support stand comprises a base section adapted to provide a support on which the end of a heated tool may rest.

10. A tool holder according to claim 9 wherein the base section defines an abutment surface against which an edge of the flexible sheet may abut when in position and secured to the support stand.

11. A tool holder according to claim 9 wherein the base section comprises a floor section on which the end of a tool may rest and said floor section is surrounded by an upstanding rim.

12. A tool holder according to claim 9 wherein the stand comprises a column section which extends upwards from the base section.

13. A tool holder according to claim 12 wherein at least one magnetic element is secured to the support column.

14. A tool holder according to claim 12 wherein the column defines two attachment surfaces each for attachment of a respective edge of the flexible sheet whereby the sheet is wholly removable from the support stand.

15. A tool holder according to claim 12 wherein the column comprises an abutment section which extends outwards from an upper end region of a column for support of the flexible sheet.

16. A tool holder according to claim 15 wherein said abutment section comprises a pair of support arms the distal ends of which are spaced apart.

17. A tool holder according to claim 12 wherein the column comprises a cable storage facility.

18. A tool holder according to claim 1 wherein the flexible sheet comprises a tab section which extends from an edge of the sheet to facilitate separation of the flexible sheet from the support stand.

19. A tool holder according to claim 1 wherein the support stand comprises a column section provided with a protrusion or recess for cooperation with a respective recess or protrusion of the flexible sheet.

20. A flexible support mat of heat resistant material wherein at least one edge of the mat is provided with a magnetic element.

21. A flexible support mat of heat resistant material according to claim 20 wherein the flexible support mat is of a substantially rectangular shape and wherein two opposite edges of the sheet are each provided with an embedded reinforcement and at least one magnetic element.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Embodiment of the present invention will now be described by way of example only, with reference to the accompanying diagrammatic drawings in which:

[0023] FIG. 1 is a perspective view of a tool holder in accordance with the present invention;

[0024] FIG. 2 is a front view of the tool holder of FIG. 1 in the direction of the arrow X of FIG. 1;

[0025] FIG. 3 is a rear view of the tool holder of FIG. 1;

[0026] FIG. 4 is a side view of the tool holder of FIG. 1;

[0027] FIG. 5 is a plan view of the tool holder of FIG. 1 as viewed in a downward direction;

[0028] FIG. 6 is an end view of the underside of the tool holder;

[0029] FIG. 7 is a perspective view of the flexible mat and support stand of the tool holder of FIG. 1 when separated from one another;

[0030] FIG. 8 is an exploded perspective view of the support stand of FIG. 7, and

[0031] FIG. 9 is an exploded perspective view of the support mat of FIG. 7.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0032] A tool holder 10 suitable for storing a heated tool such as a hair styling tool comprises a support stand 11 and a flexible silicone sheet 12. The flexible sheet 12 is releasably secured to the support stand whereby, when in situ secured to the stand, it functions as a protective wall to surround the heated tool but which may be removed from the stand and laid flat on a support surface to serve as a heat resistant mat on which to rest a heated tool during periods of use.

[0033] The support stand 11 comprises a generally circular base section 15 from which three feet 16 extend outwardly to enhance stability of the support stand. The underside of each foot 16 is co-planar with the underside of the generally circular base section.

[0034] The base section, which may be formed from moulded plastics material, defines a cavity 17 (see FIG. 8) in which a heat resistant cup 18 is located. The base of the cup 18 comprises a pair of downwardly extending protrusions 19 which locate as a click fit in respective apertures 20 of the base section (see FIG. 6).

[0035] The support stand additionally comprises a column section 21 and the base section 15 defines a location cavity 22 into which the lower end 23 of the column section may be non-removably secured as a click fit.

[0036] The upper end 24 of the column section provides support for two part-circular arms 25 which are each moulded integrally with the plastics material of the column section. The part-circular arms 25 each have an outer surface having a radius of curvature the same or substantially the same as that of the outer surface 26 of the base section 15. The distal ends of the arms 25 are spaced apart thereby to define a gap through which part of a styling tool may be moved, in a direction sideways relative to the length direction of the column section, when the flexible sheet 12 is not secured to the support stand.

[0037] The column section 21 defines a pair of flat elongate abutment surfaces 30 to each of which an edge of the flexible sheet 12 may be secured. The abutment surfaces each extend lengthwise for substantially the whole of the length of the column section and in this embodiment they face outwards in opposite directions.

[0038] Each abutment surface 30 comprises two recesses 31 into each of which a small button magnet 32 is adhesively secured.

[0039] Each abutment surface 30 also comprises two frusto-conically shaped protrusions 33 each for engaging with a corresponding depression 34 in an edge of the support sheet.

[0040] A rear face 35 of the column section has moulded integrally therewith a pair of spaced apart cable supports 36 each having an integrally formed cable clip 37 whereby the cable of an electrically heated styling tool may readily by wound around the supports 36 and secured to one of each of the clips 37 for storage.

[0041] The flexible silicone sheet 12 (see FIG. 9) is of a square shape and comprises two opposite edges 40 each of which defines a pair of the aforedescribed depressions 34.

[0042] Each edge 40 is moulded to define an elongate cavity 41 into which a plastics reinforcing bar 42 is located.

[0043] Each reinforcing bar 42 comprises a pair of apertures 43 aligned with apertures 44 in that region of the edge which defines an outer wall 46 of the cavity 41. For each aperture 43 a pair of inter-engagable studs 45 enable the reinforcing bar to be secured in position within the cavity 41.

[0044] Each stud 45 is of ferrous material and the two apertures 43 are spaced apart by a distance corresponding to the spacing of the two magnets 32 secured to an abutment face 30 of the support stand column section. Accordingly, when an edge 40 of the flexible sheet 12 is moved into contact with the column section, the magnets 31 are able to interact with the exposed studs 45 to secure the sheet edge 40 to the support stand.

[0045] Although the small dimensions of the magnets 32 and studs 45 will tend to ensure that the sheet edge is in or close to a required position relative to the support stand, more accurate alignment is achieved by virtue of the frusto-conically shaped protrusions 33 which engage with the apertures 34 in the outer wall section of the cavity 41, those apertures 34 being through bores which terminate with correspondingly positioned depressions 47 in the reinforcing bar 42.

[0046] The face of the silicone sheet, opposite that at which the studs 45 are exposed, is formed with an array of small protrusions 48 which provide enhanced slip resistance when the matt is laid flat on a support surface (see FIG. 7) and which provide an outwardly facing decorative effect when the sheet is in situ supported by the support stand.

[0047] Although the flexible sheet 12 is of a substantially square shape, each of the edges 40 extends outwards beyond an edge 50 of the sheet that extends between the edges 40 thereby to define a pair of upstanding lugs 51. The lugs are positioned and dimensioned such that when an edge 40 is secured to an abutment face 30 of the support stand, the associated lug 51 extends upwards beyond a respective one of the pair of the arms 25 of the column section thereby conveniently to enable the edge 40 of the flexible sheet to be urged away from the column section against the magnetic attraction force exerted by the magnets 33 in cooperation with the outer studs 45 of each of the pairs of inter engaged studs.

[0048] Having regard to the foregoing it will be appreciated that having secured one edge 40 of the heat resistant flexible sheet 12 to one of the abutment faces 30 of the support stand column section, the remainder of the sheet may readily be wrapped around the arms 25 and outer face 26 of the base section thereby to bring the other edge 40 into alignment with the other abutment face 30 of the column section such that the flexible sheet is fully supported by and secured to the support stand.

[0049] Although the column section may be of a solid cross section, for the purpose of minimising weight of that part of the tool holder extending above the base section 15, it may be of a substantially C shaped section (see FIG. 6) comprising a pair of side walls 55 and an intervening wall 56. Accordingly the outer face of each wall section 55 defines one of the abutment surfaces 30, and the inward facing surfaces of the walls 55 are each provided with thickened regions 57 that define the outwardly facing cavities 31 into which the magnets 32 are adhesively secured.