The present invention relates to the field of shaving. More particularly, the present invention relates to a modular shaving system adapted to reversibly adopt a shaving brush transportation configuration and a shaving brush support configuration.
Many people use a shaving brush to apply shaving foam or gel prior to shaving. Transporting a shaving brush while travelling can present many issues. For example, it is important to ensure that the bristles of the shaving brush are not damaged. However, it is often the case that a shaving brush will be packed into a wash bag or other container with many different toiletries and grooming product and this can lead to the bristles being bent or deformed.
Another issue is ensuring hygiene of the shaving brush during transportation and after use. If a brush is improperly dried, it can lead to growth of microbial agents. Therefore, it is important to ensure that the brush is dried properly after use and prior to transportation.
Yet another issue is that when travelling there is presently no means to keep the items required for shaving readily accessible in one place.
When travelling and in an unfamiliar environment, these needs are of importance. The brush must be able to be transported safely but also dried after use and prior to being packed away. Therefore, there exists a requirement for a system that can fulfil these needs.
It is an object of the present invention to provide apparatus that seeks to mitigate problems such as those described above.
According to a first aspect of the invention there is provided a modular shaving system, comprising a shaving brush and a shaving brush holder, wherein the system is adapted to reversibly adopt a shaving brush transportation configuration and a shaving brush support configuration, wherein in the transportation configuration an interior volume of the shaving brush holder is adapted to reversibly retain the shaving brush, wherein in the support configuration the shaving brush holder is adapted to reversibly secure the shaving brush.
Advantageously, a modular system provides a means to transport the shaving brush and support the brush during shaving and after shaving to ensure the brush is properly dried. When in the transportation configuration the tips of the bristles of the brush may be orientated such that they are substantially vertical to a vertical axis of the shaving brush holder and in the support configuration the tips of the bristles of the brush may be substantially horizontal to a vertical axis of the shaving brush holder.
The term support refers to any means of securing the shaving brush during use and/or during the process of drying the shaving brush. The term may refer to a stand, plinth, pedestal, platform, hook, or any surface on which the shaving brush is secured.
It is preferred that the shaving brush is secured to the shaving brush holder using magnetism when the system is in the shaving brush support configuration. Using magnets to secure the shaving brush to the shaving brush holder is an easy to use, reliable, and convenient mechanism that does not require complex securing means.
It is preferred that the shaving brush holder comprises at least a first portion and a second portion adapted to be reversibly securable to each other to form the interior volume adapted to store the shaving brush when the system is in the transportation configuration.
It is preferred that the first portion and the second portion are adapted to be reversibly securable to each other using magnetism. As above, using magnets provides an easy to use, reliable, and convenient mechanism that does not require complex securing means.
It is preferred that the first portion and the second portion comprise a sinusoidal shaped interface in the transportation configuration.
It is preferred that the first portion and second portion each comprise magnets at their sinusoidal shaped interface.
It is preferred that the shaving brush is adapted to be configured to be reversibly securable to the sinusoidal interface of the first portion or second portion in the support configuration. The shaving brush can be shaped to fit the sinusoidal interface of the first portion and sit in the curve created by this shape such that the sinusoidal interface cradles the shaving brush. In one embodiment, the brush may be substantially cylindrical or substantially frustoconical in shape. In another embodiment, the brush may also have a tapered surface. In a further embodiment, the brush may have a curved surface.
It is preferred that the first portion is adapted to reversibly secure the shaving brush using magnetism when the system is in the support configuration.
It is preferred that the shaving brush comprises a magnet.
It is preferred that the shaving brush has a gripping portion and a bristle portion.
It is preferred that the gripping portion of the shaving brush comprises the magnet.
It is preferred that the magnet in the shaving brush is adapted to reversibly secure the shaving brush substantially horizontally to a vertical axis of the shaving brush holder. Securing the shaving brush at a substantially horizontal axis is advantageous for drying the shaving brush.
It is preferred that the first portion is substantially cylindrical in shape.
It is preferred that the second portion comprises a reversibly removable cap.
It is preferred that the second portion is substantially frustoconical in shape.
It is preferred that the second portion is adapted to reversibly secure a razor when the system is in the support configuration. This is advantageous as it provides a storage space for the razor such that all the elements for shaving are kept together.
It is preferred that the first portion and the second portion comprise a tongue and groove arrangement when in the transportation configuration.
It is preferred that the shaving brush holder is made from aluminium. Aluminium is a very light metal which reduces that weight of the system. The shaving brush and magnetic parts of the system may be formed from a ferrous metal. In an alternative embodiment, the shaving brush holder and shaving brush may be formed from a ferrous metal.
According to a second aspect of the invention there is provided a method of manufacturing a system according to the first aspect of the invention.
According to a third aspect of the invention there is provided a kit comprising the system according to the first aspect of the invention and a razor.
The invention will further be described by way of example, with reference to the accompanying drawings, in which;
In the embodiment of
Number | Date | Country | Kind |
---|---|---|---|
1614393.5 | Aug 2016 | GB | national |