Patent Application
20250127273
The following relates to devices, methods, and kits for applying compositions to hair, including hair coloring, hair highlighting, and hair lowlighting compositions.
Hair enhancements, particularly hair coloring and highlighting/lowlighting, are extremely time consuming and complicated, and require the services of trained colourists. A considerable amount of lost time and inefficiency at salons arises from the need to regularly prepare foils for the later use in salon client's hair. In addition, the foil wrapping process is very involved with stylist/colourist having to hold their fingers and foils in precise orientations to section and secure the hair for coloring to achieve the desired coloring result. Delays caused during coloring and highlighting/lowlighting cause downstream delays in haircuts, straightening, and styling. All of this, in turn, reduces the throughput/volume of customers that salons can manage, and substantially increases costs for both salons and customers alike.
Additionally, hair foils and their application lead to inconsistent results. The top edges of foils are straight and unable to flex. This linearity and inflexibility produce irregular and inferior treatment. Because the top edge of the foil is rigid and straight, it cannot follow the contour of the scalp. Only the center point of the top edge actually contacts the scalp when the foil is put into place. To either side of this center point, the top edge extends away from the scalp. This means that a composition cannot be applied in even amounts to the section of hair in the foil. The hairs positioned precisely at the center point of the foil can be treated all the way up to the scalp, given that the center point contacts the scalp. The hairs positioned at any other position on the foil (to the left or right of the center point) cannot be treated all the way up to the scalp. In addition, the progressive application of foils and application of the colour composition means that earlier applied foils have an extended exposure to the composition as compared to later applied foils. In the short term, this produces variations in coloring/highlighting/lowlighting (e.g., blotching) over the head of hair. In the long term, this causes damage in certain regions of the hair, i.e., regions that are regularly over exposed.
This increased exposure increases the potential for skin sensitivities such as dermatitis, and for serious allergic conditions such as anaphylaxis. It is noted that most hair colour and highlighting/lowlighting compositions contain known sensitisers such as 1,4-phenylenediamine (PPD) and 1,4-toluenediamine (PTD). There is also increased risk of toxicity and illness from chemical exposure. Many hair colourants and highlighting/lowlighting treatments use chemicals, such as peroxide, alkalizers, ammonia, metal oxides including titanium dioxide and iron oxide, and a variety of other agents. Many of these chemical agents are toxic and some are classified as carcinogens. Because foil based application methods are inherently imprecise (lack of contouring, lack of uniformity, etc, as noted), this means that the noted chemical agents can contact the scalp, forehead, neck, ears, and other parts of the head each time that treatment is carried out.
From the customer's standpoint, foils are inconvenient, awkward, and dated. The appearance of foils in one's hair is highly unattractive. Foils often result in “blotches” of colour due to their imprecision (lack of contouring, lack of uniformity, etc, as noted). For the same reasons, foils can result in skin irritation. These effects are concerning to the customer. Moreover, there is a considerable and negative impact on the environment, given the single use nature of the foils, how the foils are made, and the source of materials used for foils. Foils are produced in an energy intensive process from non-sustainable materials. The single use nature of foils means that there is substantial waste. At the end of each hair treatment, the large pile of foils is discarded. This is problematic given the increasing focus of salons and colour manufacturers to join sustainability programmes, and the increasing awareness of customers as to environmental and sustainability issues.
Therefore, there is an ongoing need in the field for alternative means for applying coloring, highlighting, lowlighting, and other compositions to the hair. Particularly noted are means that provide improvements in one or more of: efficiency, accuracy, customer satisfaction, customer well being, and environmental considerations.
An aspect relates to a device for applying a hair composition to hair of a subject, the device comprising:
In various aspects:
The at least one flap component includes at least one of:
The one or more positioning means or positioner includes one or more projections and/or sticky materials at or proximate to the leading edge of the at least one flap component.
The one or more positioning means or positioner includes a plurality of teeth, bulges, humps, jags, juts, ridges, or any combination thereof, at or proximate to the leading edge of the at least one flap component.
The one or more tensioning means or tensioners includes one or more protuberances and/or one or more ingresses.
The one or more tensioning means or tensioners is selected from the group consisting of knobs, buttons, prongs, pegs, nibs, hooks, fingers, flanges, clasps, hub and spoke configurations, and any combination thereof.
The one or more locking mechanism or locks is selected from the group consisting of pins, buttons, levers, and any combination thereof.
The one or more supporting means or supports includes one or more of:
The one or more raised features comprise one or more lips, ribs, rims, ridges, shoulders, guard rails, or any combination thereof.
The one or more impedance means or impediments is selected from one or more projections, one or more ingresses, and any combination thereof.
The one or more impedance means or impediments is selected from the group consisting of lips, ribs, rims, ridges, shoulders, teeth, guard rails, channels, dimples, slots, ruts, and any combination thereof.
The one or more reservoirs comprises one or more chambers.
The one or more barrier means or barriers comprises one or more sheets, one or more projections, or any combination thereof.
The one or more barrier means or barriers comprises pull tabs, pouches, or any combination thereof.
The one or more sensing means or sensors comprises heat sensors, time sensors, or any combination thereof.
The one or more sensing means or sensors communicates data to one or more electronic devices and/or one or more databases.
The tensioning means or tensioners includes one or more textures and/or one or more sticky materials to assist in keeping contact with the section of hair.
The at least one flap component is comprised of one or more plastics, elastomers, resins, or any combination thereof.
In one aspect, the disclosure encompasses a kit for applying a hair composition to hair of a subject, the kit comprising:
In various aspects:
The kit includes at least one of:
The one or more hair tool is selected from the group consisting of brushes, combs, picks, applicators, and any combination thereof.
The one or more hair composition is selected from coloring compositions, highlighting compositions, lowlighting compositions, and any combination thereof.
In one aspect, the disclosure encompasses a method of preparing a device for applying a hair composition to hair of a subject, the method comprising:
In one aspect, the disclosure encompasses a method of utilizing the device according to a preceding aspect, comprising:
In various aspects:
The applying of the hair composition is via a reservoir provided with the at least one flap component.
The applying of the hair composition is via a pouch or chamber provided with the at least one flap component.
The necessary duration is communicated by one or more sensing means or sensors on the device to one or more electronic devices.
The device is removed and cleaned following treatment.
The steps (a)-(d) are repeated for additional sections of hair until all desired sections of hair are treated.
In one aspect, this disclosure encompasses a device for applying a hair composition to a subject, the device comprising:
In various aspects:
The top clip component and/or the bottom clip component includes one or more teeth to allow fastening to the section of hair.
The top clip component and/or the bottom clip component include a tapered region to allow a closer positioning to the scalp.
The top clip component and/or the bottom clip component include one or more impedance means or impediments so as to prevent or reduce contact between the composition and the scalp.
The impedance means or impediments is selected from one or more projections, one or more ingresses, and any combination thereof.
The impedance means or impediments is selected from the group consisting of lips, ribs, rims, ridges, shoulders, teeth, guard rails, channels, dimples, slots, ruts, and any combination thereof.
The top clip component and the bottom clip component are connected by one or more hinging means.
The top clip component and/or the bottom clip component include one or more securing means to keep the top clip component and the bottom clip component clamped in a closed position.
The securing means is selected from the group consisting of magnetic closures, teeth, hooks, loops, hook and loop materials, clips, pins, snaps, and any combination thereof.
The top clip component and/or the bottom clip component include one or more releasing means to transition the top clip component and the bottom clip component from the closed position to an open position.
The releasing means is selected from the group consisting of pins, buttons, levers, and any combination thereof.
The releasing means is offset from the top clip component and/or the bottom clip component.
The top clip component and/or the bottom clip component include one or more engaging means to allow interaction with a hair tool.
The hair tool is selected from the group consisting of a hair brush, a hair comb, a hair pick, an applicator, and any combination thereof.
The engagement means is selected from one or more recesses, one or more projections, or any combination thereof.
The engagement means is selected from the group consisting of bores, slots, loops, hooks, clips, pins, snaps, and any combination thereof.
The top clip component and/or the bottom clip component are comprised of one or more metals, plastics, resins, and any combination thereof.
The top clip component and/or the bottom clip component include one or more of: (a) one or more coloured sections; (b) one or more clear sections; or (c) a bench portion to allow connection to a flap component.
The top flap component and/or the bottom flap component includes one or more reservoirs for holding the hair composition until contact between the hair composition and the section of hair is desired.
The reservoir comprises one or more chambers.
The top flap component and/or the bottom flap component includes one or more barrier means or barriers for preventing the hair composition from contacting the section of hair until contact is desired.
The barrier means or barriers comprises one or more sheets, one or more projections, or any combination thereof.
The barrier means or barriers comprises pull tabs, pouches, or any combination thereof.
The top flap component and/or the bottom flap component includes one or more protrusions to assist in preventing drips or runs of the hair composition.
The one or more protrusions comprise lips, ribs, rims, ridges, shoulders, guard rails, or any combination thereof.
The top flap component and/or the bottom flap component includes one or more one or more ingresses or one or more protuberances to assist with treating longer hair.
The one or more ingresses are selected from the group consisting of channels, dimples, slots, ruts, and any combination thereof.
The one or more protuberances are selected from the group consisting of knobs, prongs, pegs, nibs, hooks, fingers, flanges, clasps, and any combination thereof.
The top flap component or the bottom flap component includes one or more sensing means, or the top clip component or the bottom clip component includes one or more sensing means.
The one or more sensing means or sensors comprise heat sensors, time sensors, or any combination thereof.
The one or more sensing means or sensors communicate data to one or more electronic devices.
The one or more electronic devices are selected from the group consisting of smart watches, mobile phones, tablets, personal computers, and any combination thereof.
The data is transmitted to one or more databases for storage.
The top flap component and/or the bottom flap component are comprised of one or more plastics, elastomers, resins, metals, or any combination thereof.
The top flap component and/or the bottom flap component include one or more of: (a) one or more coloured sections; (b) one or more clear sections.
In one aspect, this disclosure encompasses a kit for applying a hair composition to a subject, the kit comprising:
In one aspect, this disclosure encompasses a kit for applying a hair composition to a subject, the kit comprising:
In various aspects:
The kit further includes one or more hair tools.
The hair tools are selected from the group consisting of brushes, combs, picks, applicators, and any combination thereof.
The kit further includes one or more hair compositions.
The hair composition is selected from coloring compositions, highlighting compositions, lowlighting compositions, and any combination thereof.
In one aspect, this disclosure encompasses a method of manufacturing a device for applying a hair composition to a subject, the method comprising:
In one aspect, this disclosure encompasses a method of manufacturing a device for applying a hair composition to a subject, the method comprising:
In various aspects:
The one or more pairs of clip components are comprised of one or more metals, plastics, resins, and any combination thereof.
The one or more pairs of flap components are comprised of one or more plastics, elastomers, resins, metals, or any combination thereof.
The one or more top clip components are comprised of one or more metals, plastics, resins, and any combination thereof.
The one or more bottom clip components are comprised of one or more metals, plastics, resins, and any combination thereof.
The one or more top flap components are comprised of one or more plastics, elastomers, resins, metals, or any combination thereof.
The one or more bottom flap components are comprised of one or more plastics, elastomers, resins, metals, or any combination thereof.
In one aspect, this disclosure encompasses a method of utilizing the device of a previous aspect, comprising:
In various aspects:
The hair composition is applied by a tool.
The tool is selected from a comb, brush, pick, applicator, or any combination thereof.
The hair composition is applied from a composition supply in the top flap component or the bottom flap component.
The hair composition is applied from a composition reservoir provided with the top flap component or the bottom flap component.
The hair composition is applied from a pouch or chamber provided with the top flap component or the bottom flap component.
The necessary duration is signalled by one or more sensing means or sensors on the device to one or more electronic devices.
The one or more electronic devices are selected from the group consisting of smart watches, mobile phones, tablets, personal computers, and any combination thereof.
The device is removed and cleaned following the treatment.
The device is disassembled prior to cleaning.
In some embodiments, step (i) is repeated with additional pairs of clip components as needed, and following this, steps (ii) and (iii) are carried out for each section of hair.
In one aspect, this disclosure encompasses a paired clip componentry suitable for use in applying hair treatment to a subject, the paired clip componentry comprising a top clip component and a bottom clip component,
In various aspects:
The top clip component and the bottom clip component co-operate together to facilitate a clamping action through a tongue and groove configuration.
The top clip component and the bottom clip component co-operate together to facilitate a clamping action through complimentary opposing tongues that abut together.
The top clip component and/or bottom clip component are further adapted in use to receive and retain at least one flap component.
The at least one flap component is adapted to facilitate contact between the section of hair and the hair treatment composition.
The at least one flap component is further adapted to prevent hair treatment applied to the hair from contacting the scalp or other hair of the subject.
The foregoing brief summary broadly describes the features and technical advantages of certain embodiments. Further technical advantages will be described in the detailed description and examples that follow.
Novel features that are believed to be characteristic will be better understood from the detailed description when considered in connection with any accompanying figures and examples. However, the figures and examples provided herein are intended to help illustrate or to assist with developing an understanding, and are not intended to limit the scope of the subject matter that is disclosed.
Some of the embodiments will be described in detail, with references to the following Figures, wherein like designations denote like members, wherein:
The following description sets forth numerous exemplary configurations, parameters, and the like. It should be recognised, however, that such description is not intended as a limitation on the scope of what is disclosed, but is instead provided as a description of exemplary embodiments.
In each instance herein, in descriptions, embodiments, and examples of the present disclosure, the terms “comprising”, “including”, etc., are to be read expansively, without limitation. Thus, unless the context clearly requires otherwise, throughout the description and the claims, the words “comprise”, “comprising”, and the like are to be construed in an inclusive sense as to opposed to an exclusive sense, that is to say in the sense of “including but not limited to”.
As used herein, “approximately” means up to 10% greater or up to 10% lesser than a particular value. This includes up to 2% greater or up to 2% less than the value, or up to 5% greater or up to 5% less than the value, or up to 6% greater or up to 6% less than the value, or up to 7% greater or up to 7% less than the value, or up to 8% greater or up to 8% less than the value, or up to 9% greater or up to 9% less than the value.
The directional terms “top”, “bottom”, “upper”, and “lower”, as used herein are defined relative to application device, given the viewpoint of a user engaging with the device, for example, in attaching to or removing from the hair on the back of the head.
The dimension of “length” (or “height”) for the device is determined by measuring the device from top to bottom, with the user looking at a vertically oriented device. The dimension of “width” for the device is determined by measuring the device from left to right, with the user looking at a vertically oriented device.
The dimension of “depth” for the device is determined by measuring the device from front to back, with the user looking at a vertically oriented device. The width and depth may be measured at the top or bottom of the device.
“Essentially vertical” encompasses an orientation that is up to 10° out from true vertical. “Essentially identical” encompasses a dimension (e.g., length, width, height or depth, for example, length ‘A’) that is up to 10% greater or lesser than the dimension being compared (e.g., length, width, height or depth, for example, length ‘B’).
Various shapes and configurations, as referred to herein, e.g., “quadrilateral”, “rectangular”, etc, can be, but will not necessarily be, precise by mathematical, geometric, or engineering standards. Approximations of such shapes and configurations (e.g., essentially quadrilateral, essentially rectangular) are thereby included in this disclosure.
As used herein, a “composition” refers to a substance applied to hair. This can be, for example, a liquid, gel, cream, or paste, or other formulation for the hair. Coloring and highlighting/lowlighting compositions are specifically noted, including bleaching, dyeing, tinting, toning, ombre, glossing, and glazing compositions, as well as permanent, semi-permanent, demi-permanent, and temporary coloring compositions. Compositions having natural components, e.g., henna, cassia, or indigo compositions, are also included.
As used herein, a “clip” refers to an engagement component which can be, for example, arcuate or essentially arcuate in configuration. Clip components can be provided as pairs (e.g., top clip component assembled with bottom clip component), or can be provided individually (e.g., top clip component and bottom clip component provided without assembly).
As used herein, a “flap” refers to a supporting or covering component which can be, for example, flat or essentially flat in configuration. Flap components can be provided as pairs, or can be provided individually.
“Connecting”, as used herein, refers to provision of an association or linking between two or more components. Connecting can be direct or indirect, and can be reversible.
“Other means”, as used herein, includes additional means, as well as any combination of the means being recited.
The present disclosure encompasses a device for applying compositions to the hair, including hair coloring and highlighting/lowlighting compositions. The device is designed to provide ease, consistency, and efficiency for application, substantially improved safety and accuracy for applying for compositions, and sustainable and reusable componentry. The device is designed to prevent or significantly reduce incidences of undesirable colour variations, hair damage, and scalp irritation. The device is designed to allow for substantially faster application, and to have an appealing and modern appearance for customers. The device is envisioned as producing superior results. Such results can be achieved where the composition is applied onto each section of hair at the closest proximity to the scalp (ideally, without over shooting onto the scalp and adjacent hair), and where each section of hair is treated uniformly such that the composition is applied along the same distance from the scalp. Further to these aims, it is the aim of this disclosure to at least to provide the public with a useful alternative.
The device disclosed herein may comprise a clip component. The clip component is designed so as to secure the device in position. The device may be secured, for example, proximate to the scalp, adjacent to the scalp, or onto a section of hair (e.g., not adjacent to the scalp). The clip component thereby provides a point of engagement with the hair. The clip component also helps to protect the scalp from contact with the composition. In particular aspects, the clip component can be positioned adjacent to the scalp, and provide an effective barrier for the scalp. In this way, the scalp is essentially sealed off from the composition.
In various aspects, the clip component may include one or more projections for engaging with a section of hair. For example, the clip component may include on its length one or more teeth or other projections to allow fastening to a section of hair. The one or more projections may be of a similar size or may be different sizes. The size of the projections may be graded, e.g., gradually increasing in size towards the center of the clip component. A plurality of projections may be utilised, for example, a plurality of teeth, bulges, humps, jags, juts, ridges, or other means.
In particular aspects, the clip component may be designed as arcuate or essentially arcuate in its configuration. For example, the clip component may be contoured in such a way as to generally follow the curvature of the scalp. In certain exemplifications, the clip component may be a concave or essentially concave in shape. The clip or a portion of the clip may be deformable so as to enhance a concave or essentially concave shape at the leading edge. The clip component may have different widths, lengths, spans and curvatures. In this way, the clip component can be adapted to different areas of the scalp and/or different scalp sizes and shapes. Thus, a kit as disclosed herein may include clip components of varying dimensions and curvatures.
As one embodiment, the portion of the clip component that contacts the hair is tapered and/or elongated. This allows the closest possible connection to the scalp, while at the same time forming a safety boundary to prevent the composition from contacting the scalp. The tapered design also assists in making a positive connection with the section on hair, thereby securing the clip component in place.
The clip component may be designed to prevent the colourist from overshooting the composition onto the scalp. Similarly, the clip can be designed to catch any product that swells or migrates during treatment. In specific aspects, the clip component may include one or more impedance means or impediments so as to prevent or reduce contact between the composition and the scalp. This impedance means or impediments can be provided by one or more projections or other shapes for the clip component (e.g., one or more lips, ribs, rims, ridges, shoulders, teeth, guard rails, or other means) and/or one or more ingresses for the clip component (e.g., one or more channels, dimples, slots, ruts, or other means). Various exemplifications for projections are provided herein. Combinations of projections, shapes, and/or ingresses may also be used.
The clip component may be provided individually or as a paired set. For example, single components (e.g., separate top clip components and bottom clip components) may be connected together by the user to form a paired componentry for clamping onto a section of hair. As an alternative, pre-connected and paired clip components can be provided (e.g., top clip component assembled with bottom clip component) to allow clamping onto a section of hair. In certain circumstances, the paired clip components are connected via one or more hinging means. Such means allow for the paired componentry to be readily open and clamped closed over a section of hair.
For a paired set of clip components, the one or more projections (e.g., one or more teeth, bulges, humps, jags, juts, ridges, or other means) of the individual components may provide securement when the paired set is clamped closed. In this way, the paired components can hold a section of hair more tightly. For example, a plurality of teeth of the top clip component may fit into a corresponding plurality of cavities of the bottom clip component. Alternatively, a plurality of teeth of the bottom clip component may fit into a corresponding plurality of cavities of the top clip component. As a further alternative, a plurality of teeth of the top clip component may interlock with a corresponding plurality of teeth of the bottom clip component.
Therefore, in certain aspects, it may be suitable to include one or more securing means to keep the paired clip components in a closed position, e.g., clamped onto a section of hair. Exemplifications include projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means) as noted above, as well as magnetic closures, hooks, loops, hook and loop materials (e.g., Velcro®), clips, pins, snaps, and other means. As further examples, the top clip component and the bottom clip component may clamp together via a tongue and groove configuration. Alternatively, the top clip component and the bottom clip component may clamp together through complimentary opposing tongues that abut together.
It is also possible for the paired set of clip components to include one or more releasing means. In this way, the paired componentry can be transitioned from a closed position (e.g., clamped onto a section of hair) to an open position (e.g., released from the section of hair). Exemplifications include pins, buttons, levers, and other means. As an example, a releasing means may be positioned proximate to a hinging means for the paired clip componentry. In certain aspects, the releasing means (e.g., lever) may be offset from the assembled top clip component and bottom clip component so that it does not get in the way of another paired set being attached onto to a section of hair that is in proximity to the original paired set.
As an alternative to hinging and releasing means (e.g., as in
In one specific aspect, the clip component can include one or more engaging means for interaction with a comb, brush, pick, applicator or other tool. The engaging means may include recesses, projections, or various combinations of these. For example, the clip component may include a bore or slot (e.g., hexagonally shaped bore) that can be engaged by an appropriately configured tool (e.g., having an Allen key-shaped handle). Other arrangements are also possible, for example, two or more projections (e.g., loops, hooks, clips, pins, snaps, or other means) can allow engagement between the comb, brush, etc. and the clip component. These arrangements can be used to engage with and adjust the clip component, and reposition the clip component when needed. It will be understood that bores, slots, hooks, etc, are some of the available options, and that the engagement means and the corresponding tool can be any appropriate shape to allow interaction.
The materials used for the clip component may be natural, non-natural, or combinations thereof. Nonlimiting examples include metals, plastics, resins, and any combination of these. Specifically noted are components constructed from one or more durable plastics, such as polyethylene (e.g., HDPE or LDPE), polypropylene, or polycarbonate. Also noted are components constructed from plastic coated metals, e.g., nylon covered aluminium, or nylon covered aluminium alloys. Other metal and non-metal materials may also be suitable.
In specific examples, clip components may be approximately 30 mm to approximately 120 mm, or approximately 40 mm to approximately 110 mm, or approximately 50 mm to approximately 100 mm, or approximately 60 mm to approximately 90 mm in width. Exemplary width for the clip components include: at least 30 mm, at least 40 mm, at least 50 mm, at least 60 mm, at least 70 mm, at least 80 mm, at least 90 mm, at least 100 mm, at least 110 mm, and at least 120 mm. Other sizes may also be suitable.
In further examples, clip components may be approximately 5 mm to approximately 10 mm, or approximately 6 mm to approximately 9 mm or approximately 7 mm to approximately 8 mm in height. Exemplary height for the clip components include: at least 5 mm, at least 6 mm, at least 7 mm, at least 8 mm, at least 9 mm, and at least 10 mm. Other sizes may also be suitable. It will be understood that device is not limited to any particular size or type of clip component to be used.
In certain embodiments, the clip component may be provided in one or more colours, e.g., with colour coding, to assist in the coloring or highlighting/lowlighting process. For example, different sized clip components may be provided in different colours or shades. This could assist the colourist in identifying the correct clip component for a particular coloring/highlighting/lowlighting project. In some embodiments, the clip component (or a portion of the clip component) may be provided as a clear or essentially clear material. This could assist the colourist in seeing the scalp and identifying any ingress of the composition onto the scalp. In particular aspects, the clip component may include a bench portion, e.g., a flat portion where the flap component can be mounted. The bench portion may be included on the top clip component or the bottom clip component, or on both top and bottom clip components. The flap component is described in further detail below.
The device disclosed herein comprises a flap component. The flap component is designed so as to support/cover a section of hair and/or to support/cover a portion of the composition. The flap component thereby provides a means for facilitating contact between the hair and the composition. This facilitation can assist with heating the hair and/or the composition, and thereby accelerating the treatment process. The flap component also helps to protect the scalp and surrounding hair from contact with the composition.
In various aspects, the flap component may be provided such that it is adapted to be connected to a clip component. Alternatively, the flap component may include one or more means for connecting to the clip component, and the user can affect the connection. It is also possible for the clip component to include one or more means for connection to the flap component. It is further possible for both flap component and clip component to include connecting means. Exemplary connecting means include rings (e.g., spiral rings, axial rings), loops, hooks, clips, pins, snaps, and other means. In certain aspects, the connection is reversible, such that the flap component can be removed (e.g., for washing) or replaced.
As one exemplification, the top edge of a first flap component can be connected to the bottom edge of a first clip component. In the same way, the top edge of a second flap component can be connected to the bottom edge of a second clip component. With this arrangement, the pair of clip components can be clamped on a section of hair proximate to or adjacent to the scalp, while the connected flap components extend down from the clip components and cover the section of hair. This arrangement allows the efficient application of the composition onto the hair positioned on the lower flap component. Further, the hair composition stays in place on the section of hair that is positioned between the pair of flap components.
In another exemplification, one flap component can be attached: (1) on its back side to the front side of a first clip component; and (2) on its bottom edge to the top edge of a second clip component. With this arrangement, the first clip component can be engaged with a section of hair, and the second clip component can be clamped to first clip component, thereby folding the flap component back on itself. This arrangement allows the efficient application of the composition onto the hair positioned on the flap component. Further, the hair composition stays in place on the section of hair that is positioned under the folded flap component.
As a further exemplification, one flap component can be attached: (1) on its top edge to the bottom edge of a first clip component; and (2) on its bottom edge to the top edge of a second clip component. With this arrangement, the first clip component can be engaged with a section of hair, and the second clip component can be clamped to first clip component, thereby folding the flap component back on itself. These and other variations are feasible. For example, it is possible to attach only a bottom flap component to a bottom clip component, i.e., to omit the top flap component. It is also possible to attach only a top flap component to a top clip component, i.e., to omit the bottom flap component. It is further possible to attach only a bottom flap component or only a top flap component, and to fold the selected flap component back on itself. It is therefore possible for the single or paired flap components effectively act as a “rolled wrap” or a “sandwich” or a “folded pocket”, keeping the hair section in place, keeping the composition in contact with the hair section, and keeping the composition separate from the untreated hair and the scalp. Moreover, where the flap component is positioned close to the scalp, the composition will not bleed and produce coloured/lightened blotches.
In particular aspects, the flap component may include means for positioning the flap component onto the hair, such that a separate clip component or paired clip componentry may not be necessary. For example, the flap component may be positioned proximate to the scalp, or adjacent to the scalp, or onto a section of hair (e.g., not adjacent to the scalp). As exemplifications, one or more projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means), and/or one or more sticky material or substance may be included at or proximate to the leading edge of a flap component to assist with positioning. The one or more projections may be of a similar size or may be different sizes. The size of the projections may be graded, e.g., gradually increasing in size towards the center of the flap component. As an exemplification, a plurality of projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means) along the leading edge of the flap component may be used to position the leading edge of the flap component proximate to the scalp, or adjacent to the scalp, or onto a section of hair which is not proximate to/adjacent to the scalp.
In specific aspects, the flap component may be designed as arcuate or essentially arcuate in its configuration, particularly where the positioning means or positioner (such as a plurality of projections) is provided. For example, the flap component may be contoured at its leading edge in such a way as to generally follow the curvature of the scalp. In certain exemplifications, the flap component may be a concave or essentially concave in shape at its leading edge. The flap may be flexible so that when the leading edge deforms, the flap will follow, i.e., stretch and retract. In particular, the flap may be deformable so as to enhance a concave or essentially concave shape at the leading edge. The flap component may have different widths, lengths, spans and curvatures. In this way, the flap component can be adapted to different areas of the scalp and/or different scalp sizes and shapes. Thus, a kit as disclosed herein may include flap components of varying dimensions and curvatures.
In other aspects, the flap component may be designed to prevent the colourist from overshooting the composition onto the scalp. For example, the flap component can be designed to catch product that goes beyond the flap surface. In specific aspects, the flap component may include one or more impedance means or impediments so as to prevent or reduce contact between the composition and the scalp. This impedance means or impediments can be provided by one or more projections or other shapes for the flap component (e.g., one or more lips, ribs, rims, ridges, shoulders, teeth, guard rails, or other means) and/or one or more ingresses for the flap component (e.g., one or more channels, dimples, slots, ruts, or other means). Various exemplifications for projections are provided herein. Combinations of projections, shapes, and/or ingresses may also be used.
The flap component (e.g., top flap component, bottom flap component, both top and bottom flap components, or a single flap component) may include one or more reservoirs. For example, one or more reservoirs may be used for holding the hair composition until contact between the hair composition and the section of hair is desired. The reservoirs may include one or more chambers. For example, separate chambers may be used for holding compositions that require mixing before use, or for holding compositions that are used sequentially. In addition, one or more reservoirs may be used to provide accommodation for the section of hair on the flap component. For example, one or more concave or essentially concave formations on the flap component (e.g., bubble formations, teardrop formations, or other means) may assist in accommodating the hair on the flap component. Again, these reservoirs may include one or more chambers. For example, separate chambers may be used to apply/maintain different compositions on different parts of the hair. Alternatively, separate chambers may be used to apply a composition to different parts of the hair at different times (e.g., sequential application). In certain aspects, a reservoir can include one or more clear sections or essentially clear sections (e.g., window(s)) to assist with inspection and monitoring of the treatment. For manufacture, the one or more reservoirs on the flap component may be moulded directly into the flap component, or may be produced separately and then attached to the flap component.
In such aspects where a flap component is utilised without a separate clip component or paired clip componentry, it may be helpful to include additional functionality as part of the flap component. For example, the leading edge of the flap component may be provided so as to be deformable, particularly in the horizontal plane. This allows shaping and moulding of the leading edge to the customer's scalp. To provide additional functionality, the flap component (side facing the scalp) may include a support body and one or more support arms. In particular aspects, the support body and one or more support arms may be presented in essentially a Y shape or wishbone shape, whereby the left and right arms reach towards the left and right of the leading edge of the flap component. The support body may contain the locking mechanism or locks, as described further below.
As a further example, the flap component may include one or more bracing elements. In particular aspects, the one or more bracing elements may include a plurality of elongated members (e.g., juts, palings, fingers, or other means) that span between the left and right of the leading edge of the flap component. As an exemplification, the bracing elements may be positioned along the leading edge, and may span between the left and right support arms. In certain aspects, the bracing elements may be attached to the projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means), which assist in positioning the flap component. The bracing elements may also provide a platform which assists in application of the hair composition. In addition, the bracing elements may provide assistance in keeping the correct configuration for the leading edge of the flap component. In this way, the flap component may be enhanced by additional supporting/shaping features.
In particular aspects, the flap component may be designed as quadrilateral or essentially quadrilateral in its configuration. For example, the flap component may be shaped approximately as a rectangle or a square. One or more corners of the quadrilateral configuration may be rounded. Alternatively, the flap component may have even more of a curved shape, e.g., as oval, half-oval, elliptical, half-elliptical, stadium, half-stadium, pyriform, parabolic, or hyperparabolic configurations, or variations thereof. Other configurations and shapes may also be suitable. The top edge, or at least a portion thereof, of a flap component may optionally include edging to enhance engagement with a clip component. For example, the top flap component, the bottom flap component, or both top and bottom flap components may include edging to enhance engagement with the clip componentry.
As indicated above, the clip component may be arcuate or essentially arcuate in shape, and may have different spans and different curvatures. In the same way, the flap component may be sized and shaped to allow the appropriate connection with the clip component. In this way, a flap component can be matched with its corresponding clip component. Thus, a kit as disclosed herein may include flap components of varying sizes and shapes. In addition, in lieu of a flap component being utilised, it is possible for the clip component (e.g., the top clip component and/or bottom clip component) to have a shape or configuration to help prevent the hair treatment from contacting the scalp or other hair of the subject. That is, the top clip component and/or the bottom clip component can be adapted to have a built-in element that is comparable to a flap as described herein.
In specific aspects, the flap component may include or may be associated with a barrier means or barriers so as to prevent or delay contact between the composition and the section of hair until such contact is desired. This barrier means or barriers can be provided by one or more sheets (e.g., pull tab or other means) or one or more projections (e.g., pouch or other means) associated with or included with the flap component. For example, the composition can be positioned below the top most flap component and above the barrier means or barriers. The barrier means or barriers, in turn, sits above the section of hair. When the barrier is removed (e.g. tab pulled out) or otherwise traversed, the composition can come in contact with the hair and processing can begin. Combinations of various sheets and projections may also be used.
As further aspects, the flap component may include one or more means to assist in securing and tensioning the section of hair. This may be helpful for when wanting to treat the full length of hair for a customer that has long hair. Exemplifications include one or more s, including one or more protuberances, such as one or more knobs, buttons, prongs, pegs, nibs, hooks, fingers, flanges, clasps, hub and spokes, and other means. For example, the section of hair may be wrapped around or otherwise trapped or secured by one protuberance or more than one protuberance. The section of hair may be held in place between a plurality of protuberances, e.g., in a channel formed by the protuberances.
In certain aspects, it may be desirable to lock the one or more tensioning means or tensioners in place, to further secure the hair to the flap component. For example, tensioning means or tensioners may be pressed to achieve a locked position, and may be pulled on to achieve an unlocked position. As an alternative to this, tensioning means or tensioners may engage with a locking mechanism or locks, and thereby be locked and unlocked through use of the locking mechanism or locks. It will be understood that one or more secondary tensioning means or tensioners (e.g., protuberance(s)) can be utilised for longer sections of hair. For example, a longer section of hair can be wrapped around the secondary tensioning means or tensioners before being wrapped around the primary tensioning means or tensioners (which can be locked and unlocked). In this way, a longer section of hair may be arranged neatly on the flap component.
The tensioning means or tensioners for the flap component can be highly beneficial for the user. It allows the user to hold the section in hair in place while freeing up the users fingers. With foils, the user typically uses a thumb or other finger to hold the hair onto the foil, i.e., gather into a “v” shape. The tensioning means or tensioners keeps this “v” shape, but without the user needing to keep one or more fingers in place. Moreover, the tensioning means or tensioners can be used to keep the hair positioned in initial stages and throughout the entire treatment process. The tensioning means or tensioners may be optimised for ease of use, ease of cleaning, and/or ease of manufacture. Different shapes and options may be utilised for the s, e.g., open and closed positions, one or more transparent portions, and/or hub and spoke configurations to allow hair to be treated while being trapped at a tension point.
As one option, when pushed into its locked position, an outer rim of the tensioning means or tensioners can be utilised to compress against the flap component and hair and hold the hair in position. As one option, the underside of the tensioning means or tensioners may include a sticky softer polymer or similar substance to aid in the holding of the hair. As one option, the hub and each of the spokes may be utilised as connection points. The hair composition may be applied whilst the tensioning means or tensioners is in a locked position in between the spokes. As one option, when the tensioning means or tensioners is in an unlocked position, this can be utilised to assist in releasing the hair and also provide ease of cleaning under the s. As one option, when the user wishes to disengage the device of this disclosure, the device can be lifted from its tail end. In this way, the tightness of the tensioning means or tensioners may be lessened. As one option, the user may disengage the tensioning means or tensioners by disengaging the locking mechanism or locks on the underside of the flap component, and in this way and the hair may be released.
In specific aspects, the tensioning means or tensioners may take advantage of the hair's cuticle, which is comprised of small scales pointing downward. In this way, the tensioning means or tensioners can facilitate attachment of the hair (going in the direction of the cuticle), but can work against release of the hair (going against the direction of the cuticle). When the user wished to remove the hair from the tension means, it is possible to pull the device on an angle and this releases the tension points. For example, sharks teeth tread may be utilised on the flap component to get under the cuticle and help to hold the hair in place. When sharks teeth tread is applied on an angle (e.g., about 30° to about 45° angle), then it is possible to facilitate removal of the flap component by tilting the flap component to approximately the tread angle (e.g., about 30° to about 45° angle), and pulling on the flap component to assist with release. This tilting and pulling action can be performed along with releasing/unlocking the one or more tensioning means or tensioners, if such is/are being used.
As indicated above, the clip component may be provided individually, or as a paired set (e.g., top and bottom clip components assembled together). In the same way, the flap components may be provided individually, or as a paired set (e.g., top and bottom flap components assembled together). For example, a device comprising pre-connected and paired clip components and pre-connected and paired flap components can be provided to allow clamping onto a section of hair. As an alternative, the user can connect the pairs of clip components, and can also connect the pairs of pairs of flap components to allow clamping and holding a section of hair. It is also possible to provide a clip component and a flap component as one integrated piece, i.e., a flap component having a built in clip. It is further possible to provide pairs of integrated componentry, i.e., a pair of flap components with each having a built in clip.
In addition, it is possible to forgo the clip component/paired clip componentry and rely on the flap component having certain features, for example, one or more of: engagement or positioning means or positioner (e.g., one or more teeth or other projections), tensioning means or tensioners (e.g., one or more protuberances), operational features (e.g., one or more supporting arms, supporting body, and/or bracing elements), and/or contouring (e.g., curvature to generally follow the scalp), as described herein. Thus, the one or more aspects, features, and advantages of the clip component noted herein may be incorporated into the flap component.
In certain aspects, one or more surfaces of the flap component are adapted to allow easy and neat application of the composition. For example, the surface of the flap component that holds the section of hair can be essentially flat, smooth, and firm. This assists the colourist in painting or brushing the composition onto the hair, and ensures easy and even coverage. Ideally, the surface is not slippery as to make the composition drip or run during application. At the same time, the flap component may include a portion having one or more textures, e.g., elevated features such as treads, scales, corrugations, or other means. The flap component may include a portion having one or more sticky substances or materials, e.g., tacky components, such as one or more viscoelastics, and/or friction forming components, such as one or more frictional polymers. These one or more textures and/or sticky substances/materials may assist in holding the hair in place. In specific aspects, the one or more textures and/or sticky substances/materials may be on the underside of the one or more tensioning means or tensioners on the flap component.
In some circumstances, it may be helpful to include one or more raised features on the surface of a flap component. This can include, for example, one or more protrusions to help prevent drips or runs. In particular, this can help to prevent the composition from leaking from the flap component, and/or help to prevent overshooting, i.e., to prevent the user from applying the composition to the scalp. As exemplifications, the flap component may include one or more lips, ribs, ridges, rims, shoulders, teeth, guard rails, or other means. For example, a moulded guard rail may extend along left and/or right portions of the flap component, and/or bottom portion of the flap component, to inhibit leaking of the composition onto the scalp or neighbouring regions of hair. In certain aspects, it may be possible to align the left and right guard rails on the bottom portion of the flap component with the left and right guard rails on the top portion of the flap component, to allow folding and securing of the flap component on itself. This is particularly useful where the flap component is used without the clip component/paired clip componentry. In this way, the guard rails may provide a means for securing the top and bottom portions of the flap component together, but other securement means may also be utilised.
It is also possible to include one or more ingresses in the flap component (e.g., one or more channels, dimples, slots, ruts, or other means) to assist with holding and coloring longer hair. In addition, as noted above, the flap component may include one or more reservoirs for holding a hair composition, which can be transitioned onto the hair, e.g., by pressing, sliding, squeezing action. The reservoir may be refillable and/or recyclable. The flap component (and or the clip component) may also be designed to include a heat sensor, time sensor, or other means for sensing relevant parameters. The sensing means or sensors may in turn communicate with one or more electronic devices, e.g., smart watches, mobile phones, tablets, personal computers, etc. In some embodiments, the data may be transmitted to one or more databases for storage. For example, databases may be employed to store client information and specific treatment details.
In other aspects, the design of the flap component allows easier manipulation or folding. For example, where paired flap components are used, the top most flap can be a construction that is lighter weight and/or more flexible than the bottom most flap. At the same time, it is helpful for the construction to have some stiffness, to ensure that the top most flap can close over the bottom most flap. As a further example, where individual flap components are used (single flap folded or rolled back on itself), the construction will tend to be lighter weight and/or more flexible. In addition, these components may include a “fold line” or similar construction, so that the fold occurs in the same region with each use. Ideally, this region is sufficiently durable so as to stand up to repeated folding and unfolding.
Notably, where paired flap components are sandwiched together over a section of hair, this will assist in heating up the hair and accelerating any treatment on the hair. Similarly, where a flap component is folded onto itself or rolled onto itself so as to cover the section of hair, this will assist in heating up the hair and accelerating any treatment on the hair. It will be understood that hair cuticles will be able to open in a heated environment, and will be more receptive to treatment in this environment. In addition, hair compositions will tend to work faster and/or more completely where heat is increased. Therefore, the one or more flap components can be utilised to provide highly efficient and highly effective treatments.
The materials used for the flap component may be natural, non-natural, or combinations thereof. Nonlimiting examples include plastics, elastomers, resins, metals, and any combination of these. Noted are materials that form a malleable surface, and can be manipulated to cover the section of hair on the flap component. Specifically noted are flap components constructed from one or more polymers, such as silicone, rubber, polyisoprene, polybutadiene, ethylene propylene, or polyurethane. Other polymer and non-polymer materials may also be suitable. As one exemplification, a flap component can comprise a foil, e.g., an aluminium foil sheet. For example, the top flap component, bottom flap component, or both top and bottom flap components can be an aluminium foil sheet. Ideally, the one or more materials for the flap component will be capable of retaining heat for the reasons noted herein.
In specific examples, flap components may be approximately 30 mm to approximately 120 mm, or approximately 40 mm to approximately 115 mm, or approximately 50 mm to approximately 110 mm, or approximately 60 mm to approximately 100 mm in length. Exemplary lengths for the flap components include: at least 30 mm, at least 40 mm, at least 50 mm, at least 60 mm, at least 70 mm, at least 80 mm, at least 90 mm, at least 100 mm, at least 110 mm, and at least 120 mm. Other sizes may also be suitable.
In further examples, flap components may be approximately 30 mm to approximately 120 mm, or approximately 40 mm to approximately 110 mm, or approximately 50 mm to approximately 100 mm, or approximately 60 mm to approximately 90 mm in width. Exemplary widths for the flap components include: at least 30 mm, at least 40 mm, at least 50 mm, at least 60 mm, at least 70 mm, at least 80 mm, at least 90 mm, at least 100 mm, at least 110 mm, and at least 120 mm. Other sizes may also be suitable.
It will be understood that increasing the height of the flap component(s) that are provided will increase the length of hair to be supported/covered. Similarly, increasing the width of the flap component(s) that are provided will increase the width of hair to be supported/covered. In some situations, the paired flap components will be similar or essentially identical in size. In other situations, it is possible for the paired flap components to be different sizes. For example, the bottom most flap component that sits closest to the scalp can be provided as slightly larger in length or width than the top most flap component. This would provide additional protection for the scalp. The device is not limited to any particular size or type of flap component to be used.
In certain embodiments, the flap component may be provided in one or more colours, e.g., with colour coding, to assist in the coloring or highlighting/lowlighting process. For example, different sized flap components may be provided in different colours or shades. This could assist the colourist in identifying the correct flap component for a particular coloring/highlighting/lowlighting project. In one aspect, the flap component that supports the section of hair may be a dark colouration, for example, black, dark grey, dark blue, or dark purple. This provides a visual contrast for the colourist and shows clearly where the composition has been applied or where it needs to be applied.
In some embodiments, the flap component (or a portion of the flap component) may be provided as a clear or essentially clear material. Ideally, the clear or essentially clear material (e.g., a clear or essentially clear window) will allow visualisation of the hair processing. Particularly of interest is the area close to the scalp. For example, where there is paired flap componentry, the top most flap may be transparent or translucent, or may include a transparent or translucent window, to allow the colourist to confirm where colour has been applied and to visualise the extent of processing without lifting the top most flap, or otherwise disturbing the hair that is being processed. This is particularly helpful when multiple treatments are being applied to the hair, e.g., two or more colours being applied for the same customer.
Similarly, where individual flap components are used (single flap folded or rolled back on itself), it is possible for the bottom half of the flap component to be transparent or translucent, or to include a transparent or translucent window in the bottom half of the flap component. Then, when the flap component is folded back on itself and secured (such that the bottom half is now positioned over the top of the hair section), the colourist will be able to visualise the extent of processing without unfolding the flap, or otherwise disturbing the hair that is being processed.
The disclosed device may be used to optimise hair treatments and to prevent or reduce damage to the hair and scalp. The device is designed to provide for faster application and treatment times. The device is designed to be simple to remove, and can be rinsed out the customer's hair upon treatment completion. The device and its components are designed to be washed and reused numerous times, thereby reducing waste. Where the clip component is contoured to the shape of the scalp, this keeps colour and highlighting/lowlighting even and protects the scalp. The look of the device is clean, professional, and modern.
The clip components may be manufactured by any suitable means. Production may be from a natural or non-natural material, or any combination thereof. Particularly noted are plastic materials, metal materials, resin materials, and various combinations of these. The clip components may be bent or moulded to the appropriate shape and size, and/or may be modified by one or more of cutting, drilling, or coating, or other means. The clip components may then be assembled, e.g., paired and connected together, or may be provided individually.
In the same way, the flap components may be manufactured by any suitable means. Production may be from a natural or non-natural material, or any combination thereof. Particularly noted are plastic materials, elastomer materials, resin materials, and various combinations of these. The flap components may be sliced or moulded to the appropriate shape and size, and/or may be modified by one or more of cutting, drilling, or coating, or other means. The flap components may then be assembled, e.g., paired and connected to the cognate clip components, or may be provided individually. As noted above, the flap components may be designed for use without the clip components/paired clip componentry.
In one aspect, a kit may be provided which includes one or more of the clip components and/or one or more of the flap components. In one other aspect, the kit may include one or more assembled devices and/or one or more assembled componentry pairs, e.g., one or more pre-connected and paired clip components. The devices and/or components may be provided in one or more containers or packages in the kit. Additional items may also be provided with the kit, for example, one or more compositions for hair or one or more tools (e.g., combs, brushes, picks, applicators, or other means) for hair. In some embodiments, instructions may be provided with the kit, as well as any other containers (e.g., jars, bottles, envelopes, bags, sachets, sacks, pouches, or other means), labels, fasteners, or implements.
As one embodiment, a method of this disclosure comprises positioning a first clip component under a section of hair, positioning a second clip component over this section of hair, and clamping the first clip component and the second clip component together so as to hold the section of hair in place. This method can further comprise connecting the first clip component to a first flap component, and connecting the second clip component to a second flap component.
As one other embodiment, a method of this disclosure comprises positioning a first clip component under a section of hair, positioning a second clip component over this section of hair, and clamping the first clip component and the second clip component together so as to hold the section of hair in place, wherein the first clip component is connected to a first flap component, and the second clip component attached to a second flap component.
As another embodiment, the method comprises clamping a pair of clip components onto a section of hair, and then connecting each clip component to a flap component. According to this embodiment, the clip components are pre-connected and already paired.
As a further embodiment, the method comprises clamping a pair of clip components onto a section of hair, wherein each clip component is connected to a flap component. According to this embodiment, the clip components are already paired together and connected to each other and to the corresponding flap components. In this way, it is possible to pre-assemble the device before use.
As still a further embodiment, the method comprises positioning a first clip component under a section of hair, positioning a second clip component over this section of hair, and clamping the first clip component and the second clip component together so as to hold the section of hair in place, wherein the first clip component is connected to the backside of a flap component, and the second clip component is connected to the bottom end of the flap component.
As even a further embodiment, the method comprises positioning the flap component (that does not include a clip component or paired clip componentry) proximate to the scalp, adjacent to the scalp, or onto a section of hair (i.e., not adjacent to the scalp). For example, a plurality of projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means) may be lined along the leading edge of the flap component, and such may assist with positioning of the flap component. In addition, the hair may be secured and tensioned onto the flap component by one or more tensioning means or tensioners (e.g., protuberance(s)) on the flap component. In certain aspects, the plurality of projections (e.g., teeth, bulges, humps, jags, juts, ridges, or other means) can work in conjunction with the one or more tensioning means or tensioners (e.g., protuberance(s)) so as to position the device and secure the hair that is to be treated. In addition, the leading edge of the flap component may be deformed when put into position, so as to provide better engagement with the scalp and/or the section or hair.
In some cases, it will be helpful to put all of the necessary devices in place on the head before applying the composition. This ensures a more even processing result over the whole head (unlike foils, which are much slower to apply and necessarily progressive). However, it is also possible to add composition to one or more devices at different times, if desired. Where the barrier means or barriers is used with the flap components of the device, it is possible to release the composition onto the sections of hair very quickly, and provide what is effectively a coordinated application of the composition. Again, this assists with providing an even result.
Therefore, it can be advantageous to utilise devices where the flap components are pre-loaded with composition. This removes the need to paint or brush the composition onto each section of hair. As already noted, it is possible to utilise the barrier means or barriers to keep the composition from the hair until the desired contact time. In certain circumstances, it is possible to pre-load the flap components with a precursor composition that is not activated until addition of a specific compound or substance, or until removal of barrier means or barriers. It is also possible to transition a composition from a reservoir in a flap component to the hair, e.g., by pressing, sliding, or squeezing action. It is further possible to activate the heat sensor, time sensor, or other means on the clip component and/or the flap component for sensing relevant parameters. It is then possible to use the sensing means or sensors to communicate with one or more electronic devices, (e.g., smart watches, mobile phones, tablets, personal computers, or other means), and optionally to transmit data to one or more databases. These various approaches can provide for an even and consistent colour result.
In one aspect, the device disclosed herein may be used with a specially modified comb, brush, pick, applicator, or similar tool. For example, the tool may be specifically adapted to interact with the device or one or more components of the device. As noted above, a hexagonally configured tool (e.g., having an Allen key-shaped handle) may be used to engage with a hexagonally configured bore in the clip component. Other tool configurations may be utilised, e.g., rectangular, rounded, etc. As exemplifications, the tool handle may be composed of metal, plastic, or resin, or any combination of these.
The tool handle may also be adapted to allow parting and sectioning hair. For example, the handle may have a point or other projection. In one aspect, the head of the comb or brush, or other tool, is sized to be similar to or slightly wider than the flap component. This helps the colourist to obtain sections of hair that are suitable to fit the flap components. While this specification refers to coloring and highlighting/lowlighting compositions, in particular, it will be understood that the disclosed device and disclosed methods are not limited to use with these hair compositions. Other compositions of note include conditioning, repairing, protecting (e.g., heat protection), detoxifying, densifying, relaxing, smoothing, straightening, styling, curling, wave applying, moisture applying, shine applying, and gloss applying compositions. A combination of compositions may be utilised.
Non-limiting exemplifications of the device and components are described as follows.
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In this specification, where reference has been made to external sources of information, including patent specifications and other documents, this is generally for the purpose of providing a context for discussing the features of this disclosure. Unless stated otherwise, reference to such sources of information is not to be construed, in any jurisdiction, as an admission that such sources of information are conventional art or form part of the common general knowledge in the conventional art.
The subject matter of the present disclosure and its embodiments have been described in detail. However, the scope of this subject matter is not intended to be limited to the particular embodiments of any process, manufacture, composition of matter, compounds, means, methods, and/or steps described in the specification. Various modifications, substitutions, and variations can be made to the disclosed material without departing from the scope and/or essential characteristics of what is disclosed.
Accordingly, one of ordinary skill in the conventional art will readily appreciate from the disclosure that later modifications, substitutions, and/or variations performing substantially the same function or achieving substantially the same result as embodiments described herein may be utilized according to such related embodiments. Thus, the present disclosure is intended to encompass, within its scope, the modifications, substitutions, and variations to processes, manufactures, compositions of matter, compounds, means, methods, and/or steps set out herein.
The description herein may contain subject matter that falls outside of the scope of the claimed invention. This subject matter is included to aid understanding of the invention.
Although the present invention has been disclosed in the form of embodiments and variations thereon, it will be understood that numerous additional modifications and variations could be made thereto without departing from the scope of the invention.
For the sake of clarity, it is to be understood that the use of “a” or “an” throughout this application does not exclude a plurality, and “comprising” does not exclude other steps or elements. The mention of a “unit” or a “module” does not preclude the use of more than one unit or module.
| Number | Date | Country | Kind |
|---|---|---|---|
| 779414 | Aug 2021 | NZ | national |
This application claims priority to PCT Application No. PCT/NZ2022/050111, having a filing date of Aug. 25, 2022, which claims priority to NZ Application No. 779414, having a filing date of Aug. 25, 2021, the entire contents both of which are hereby incorporated by reference.
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/NZ2022/050111 | 8/25/2022 | WO |
