[0001] The present invention relates to a dispenser for hair coloring agents, comprising
two separate pouches, each pouch being configured to store a component of a two-component
material, the dispenser further comprising an outlet part having an outlet via which
the materials stored in the pouches can be dispensed after these have been mixed in
the outlet part, and a neck connected to the two pouches, wherein a longitudinal axis
of the dispenser extends in parallel to the outlet and the two pouches are compressible
towards one another in the direction of the longitudinal axis, wherein the outlet
part is axially moveable relative to the pouches in a direction towards the neck along
the longitudinal axis. The invention further relates to a comb and to a housing for
the dispenser as well as to a method of using the dispenser.
[0002] Conventional beard and hair coloring systems require hand mixing of two component
coloring agents which is undesirable for consumers as it is messy and smelly.
[0003] Dispensers for use in hair coloration processes have to be simple to handle and comparatively
small such that a hair professional can have various colors on stock. A storage life
of the materials stored in the dispenser has to be ensured, such that a hair professional
does not have to regularly discard various colors. Furthermore, the dispensers have
to reliably discharge and mix the two components.
[0004] For this reason, it is an object of the invention to make available a dispenser that
is comparatively simple to handle, is compact and which reliably mixes two component
materials. It is a further object to make available a cost-effective dispenser which
is simple to manufacture and to fill and which ensures a long storage life of the
materials stored therein.
[0005] This object is satisfied by a dispenser having the features of claim 1.
[0006] Such a dispenser for hair coloration, comprises two separate pouches, each pouch
being configured to store a component of a two-component material, the dispenser further
comprising an outlet part having an outlet via which the materials stored in the pouches
can be dispensed after these have been mixed in the outlet part, and a neck connected
to the two pouches, wherein a longitudinal axis of the dispenser extends in parallel
to the outlet and the two pouches are compressible towards one another in the direction
of the longitudinal axis, wherein the outlet part is axially moveable relative to
the pouches in a direction towards the neck along the longitudinal axis.
[0007] The improved outlet design of the two pouches in the form of a common outlet part
enables a more constant mixing ratio and makes it easier to extrude the two materials.
Integrating the outlet part such that it directly cooperates with a neck of the pouches
ensures a comparatively compact assembly of the dispenser.
[0008] The dispenser is opened only by an axial displacement of the outlet part relative
to the two pouches, thereby the dispenser is simple in its handling.
[0009] The dispenser may further comprise a membrane which on opening the dispenser may
be pierced. Such a membrane can be reliably used to seal off the respective pouches
in order to increase a storage lifetime of components stored in the dispenser.
[0010] An outlet from each of the pouches may guided through the common neck, such that
on moving the outlet part towards the neck the outlet part can be brought into fluid
communication with both pouches at the same time during the same movement.
[0011] The outlet part may thus be configured to be brought into contact with said two outlets
to permit a flow of the respective liquid into the outlet part.
[0012] The outlet part may comprise a plunger, with the plunger being moveably received
in a sleeve associated with the neck. By means of such a plunger one can ensure an
activation of the dispenser.
[0013] The neck may comprise passages connected to outlets of the pouches, wherein on axially
moving the outlet part towards the neck, the passages may be brought into fluid communication
with the outlet.
[0014] The outlet part may comprise a static mixer arranged therein, with the static mixer
being configured to mix the materials stored in the pouches.
[0015] The mixer is integrated in the dispenser. On squeezing the pouches the material stored
therein can be output to the mixer if this has been moved towards the neck and bring
about a mixing of the material stored in the dispenser. The static mixer ensures a
good quality and reliable mixing of the two-component material of the hair coloring
agent. The static mixer can thus be integrated into the outlet part of the dispenser
and into the part of the dispenser responsible for opening the dispenser.
[0016] The two pouches may be arranged at either side of plate, optionally wherein the two
pouches are welded to said plate. On squeezing the pouches towards one another the
plate forms a resistance which permits a more controlled dispensing of the materials
stored in the pouches out of the dispenser. Leading to improved mixing results.
[0017] The plate may comprise said neck, with said neck comprising outlets of said pouches.
In this way a comparatively simple and compact design of the dispenser can be realized.
[0018] The dispenser may further comprise a plunger forming part of the outlet part, wherein
the plunger may comprise a cylindrical portion that is configured to engage the sleeve
associated with the neck. Such a cylindrical portion is comparatively simple to manufacture
and use in order to enable a dispensing from the dispenser.
[0019] The plunger may comprise a ring-shaped projection, wherein the ring-shaped projection
may be received in a channel present at an inner surface of the sleeve. The plunger
can thereby be latched to the sleeve avoiding the plunger from becoming detached from
the dispenser. Moreover, the plunger can be guided in the channel towards the neck
on opening the dispenser, thereby a use of the dispenser is further simplified.
[0020] In this connection it should be noted that a length of the guide channel in parallel
to the longitudinal axis can define a distance the outlet part can be moved relative
to the sleeve.
[0021] The cylindrical portion of the plunger may be adapted to move in a slot formed between
the passages and the sleeve. The slot can act as a guide to simplify the opening of
the dispenser and to ensure that the passages come into fluid communicating contact
with the mixer arranged in the outlet part to improve the mixing results achievable
with such a dispenser.
[0022] The outlet part may be connected to or connectable to a dispensing outlet, optionally
wherein said dispensing outlet is a brush, comb or the like. The hair coloring agent
or the like can be distributed evenly via such a dispensing outlet simplifying the
use of the dispenser. Also a contact a hair professional may have with the hair coloring
agent can be minimized by guiding the mixed material straight to a comb for application
at a customers' head.
[0023] The comb may comprise two welded parts. A passage for the mixed material may exist
within one of the parts, and the second part may comprise the pouches filled with
the respective material. By applying a pressure on the front end of the comb the outlet
part may be moved towards the sleeve to open and use the device.
[0024] The two pouches may be arranged within a compressible housing that is separate from
the pouches, the compressible housing having first and second halves which can be
moved relative to one another for the purpose of dispensing.
[0025] The housing may also be referred to as a clip. The clip respectively the housing
permits the application of a uniform pressure on the pouches such that equal amounts
of the material may arrive at the static mixer at the same time, such that considerably
improved mixing results can be achieved using the housing.
[0026] The first and second halves may be connected to one another via a joint, in particular
wherein the first and second halves are permanently connected to one another; wherein
the joint can optionally be one of a film hinge and joint having a cylindrically shaped
inner space configured to receive a rear end of said plate. In this way a comparatively
simple and easy to manufacture housing can be produced by means of which reliable
and repeatable mixing results can be achieved.
[0027] According to a further aspect the present invention relates to a housing for a dispenser,
the housing comprising a joint connecting two halves of the housing, two supports
having elongate recesses for receiving a plate of the dispenser, the two supports
being connected to each of the two halves via respective arms.
[0028] Such a housing ensures the uniform application of pressure on the pouches of the
dispenser such that similar amounts of the material stored in each pouch can simultaneously
arrive in the outlet part leading to improved mixing results in comparison to not
using a housing.
[0029] According to a further aspect the present invention relates to a comb connectable
to said dispenser, the comb comprising a distributor and teeth for distributing mixed
materials dispensed from said dispenser.
[0030] By means of such a comb the mixed material can be directly applied at the hair to
be treated. In this connection it should be noted that the two component material
can also be a flea treating agent, a tick treating agent or a further agent used to
treat hair of a human or animal, an agent used in the care treatment of humans and/or
animals, such as e.g. a creme, a sun screen, an antiaging fluid, a bleaching product,
a gel, etc. and/or for medical treatment of humans and/or animals, e.g. first aid
gel, antibacterial fluids, etc., said agent likewise being able to be dispensed using
the comb and dispenser described herein. Alternatively said agents can be dispensed
with other kinds of dispensing outlets as described herein in dependence on the precise
application of the agent.
[0031] According to a further aspect the present invention relates to the use of a dispenser.
The method comprises the steps of:
- axially moving the outlet part towards said neck;
- pressing said pouches in order to urge the material stored in the pouches out of the
neck towards the outlet part;
- mixing the material urged out of the pouches in the outlet part; and
- dispensing said mixed material via the outlet of the dispenser.
[0032] By means of such a method the dispenser described in the foregoing can be reliably
used.
[0033] Further embodiments of the invention are described in the following description of
the Figures and/or the dependent claims attached to this specification. The invention
will be explained in the following in detail by means of embodiments and with reference
to the drawing in which is shown:
- Fig. 1
- a perspective view of a dispenser mounted in a housing;
- Fig. 2
- a side view of the dispenser of Fig. 1;
- Fig. 3
- a perspective view of the housing of Fig. 1 with the dispenser removed;
- Fig. 4
- a part sectional view of an outlet part of the dispenser of Fig. 1;
- Fig. 5
- a perspective view of a beard and mustache dispenser;
- Fig. 6
- a side view of the beard and mustache dispenser of Fig. 5; and
- Fig. 7
- a sectional view of the section indicated at the sectional lines A : A of Fig. 6.
[0034] In the following the same reference numerals will be used for parts having the same
or equivalent function. Any statements made having regard to the direction of a component
are made relative to the position shown in the drawing and can naturally vary in the
actual position of application.
[0035] Fig. 1 shows a perspective view of a dispenser 10 mounted in a housing 12. The housing
12 has first and second halves 14, 16 pivotally mounted at a joint 18, such that the
first and second halves 14, 16 can be moved towards one another at their front sides
14', 16' arranged at their respective end opposite to the joint 18.
[0036] In order to guide the movement of the first and second halves 14, 16 arms 20 are
arranged at their front sides 14', 16'. The arms are mounted at a support 22 arranged
between the arms 20 of the respective first and second halves 14, 16. The arms 20
are connected to the respective first and second halves 14, 16 via shoulders.
[0037] Each support 22 comprises a respective channel configured to receive part of a plate
26 of the dispenser 10. A rear end 30 of the plate 28 is received within the joint
18. In this way the plate 28 and hence the dispenser 10 is supported at three positions
within the housing 12, namely at the joint 18 and at the supports 22.
[0038] The rear end 30 has a cylindrical outer shape which is formed complementary to a
cylindrically shaped inner space of the joint 18 of the housing 12. The cylindrically
shaped rear end 30 is thus received in the cylindrically shaped inner space of the
joint 18. The complementary shaped joint and rear end 30 enable a smoother clamping
of the first and second halves 14, 16 towards one another.
[0039] The dispenser 10 comprises a first pouch 32 arranged at a top side 28' of the plate
28. As indicated in Fig. 2 a second pouch 34 is arranged at a bottom side 28" of the
plate 28.
[0040] The dispenser 10 further comprises an outlet part 36 having an outlet 38 with an
outlet opening 40. The outlet part 36 further comprises an outlet tube 42 extending
from within the outlet part 36 to the outlet opening 40. The outlet part 36 can be
moved along the longitudinal axis A extending in parallel to a central axis of the
outlet tube 42 in the direction of a sleeve 44 arranged at the plate 28 of the dispenser.
[0041] Fig. 2 shows a side view of the dispenser 10 removed from the housing 14. The outlet
part 36 comprises a plunger 48 in which the outlet tube 42 is accommodated. The plunger
48 is received in the sleeve 44. The plunger 48 can be moved in the direction of the
sleeve 44 and into the sleeve 44 along the longitudinal axis A.
[0042] On moving the plunger 48 into the sleeve 44 a connection is made between the outlet
part 36 and a neck 56 of the first and second pouches 32, 34. This connection permits
a dispensing of the respective material M stored in the first and second pouches 32,
34 from the first and second pouches via the outlet 38.
[0043] The plunger 48 comprises a cylindrical body 50 which expands via a conical part 52
to a cylindrical end portion 54. On using the dispenser 10 a user can push the plunger
48 via the cylindrical end portion 54 towards the sleeve 44.
[0044] Each pouch 32, 34 is configured to store the same amount of material M. Also other
designs are possible in which different ratios of volumes of material M are stored
in the different pouches 32, 34. The dispenser is a two-component dispenser 10 and
the material M stored in each pouch is mixed in the outlet part 36 once this has been
moved towards the neck 56 adjoining the sleeve 44.
[0045] The first and second pouches 32, 34 are preferably connected to said plate 28, but
may also be connected to the neck and be moveable relative to the plate 28.
[0046] An amount of fluid that can be stored in each pouch 32, 34 can be selected to be
in the range of 5 ml to 100 ml, depending on the application.
[0047] The material to be stored in the dispenser 10 is a two component material M, and
can be selected from the group of members comprising, a coloring agent, a bonding
agent, a treating agent, a lice treating agent etc.
[0048] Fig. 3 shows a perspective view of the housing 12 of Fig. 1 with the dispenser 10
removed. The recess 26 of the supports 22 has an elongate shape and is configured
such that on closing the two halves 14, 16, the supports 22 can slide in parallel
to the longitudinal axis A in the direction of the joint 18 along the plate 28.
[0049] In this connection it should be noted that the recesses 26 may comprise a latching
mechanism which cooperates with corresponding parts at the plate 28. By way of example
the recess 26 can comprise a projection, such as a tooth or a bulge, at its inner
surface, that cooperates with an aperture or recess present at the plate 28 or vice
versa (both not shown).
[0050] On closing the first and second halves 14, 16 towards one another with the pouches
32, 34 arranged therebetween, the first and second halves 14, 16 ensure that the material
M stored in the respective pouch can be dispensed via the outlet 38.
[0051] The arms 20 are of equal length and the position of each support 22 is symmetrical
with respect to the first and second halves 14, 16, such that a uniform dispensing
of the materials M is affected by a like pressure being applied at each pouch 32,
34.
[0052] It is not necessarily required to use the housing 12 on dispensing the material M
from the dispenser 10. However, the use of the housing 12 ensures a more uniform application
of pressure on the ouches 32, 34 on dispensing and therefore leads to improved mixing
results. These improved mixing results are brought about as the same amount of material
M is respectively dispensed from the pouches 32, 34.
[0053] Fig. 4 shows a part sectional view of the outlet part 36 of the dispenser 10 of Fig.
1. The outlet part 36 comprises a static mixer 58. A rear end 60 of the static mixer
is connectable to two inlet passages 62 of which only one is visible. Each inlet passage
62 is associated with one of the pouches 32, 34.
[0054] On moving the outlet part 36 towards the neck 56, the respective inlet passages 62
come into contact with the static mixer 58, such that a fluid communication can take
place between a respective outlet 64 associated with the respective pouch 32, 34,
the passages 62 and the static mixer 58.
[0055] The passages 62 may be covered with a membrane (not shown) extending perpendicular
to the longitudinal axis A. The membrane can be pierced on moving the outlet part
36 towards the neck 56. The membrane can seal off the outlets 64 of the pouches 32,
34 and prevent a contamination and/or degradation of the material M stored in the
pouches 32, 34.
[0056] A back end 66 of the outlet tube 42 is connected to an inner surface 68 of the plunger
48 via a disc-shaped part 70. The disc-shaped part 70 is connected to and extends
completely around the outlet tube 42. Moreover, the inner surface 68 of the plunger
48 is connected to and completely surrounds the disc-shaped part 70, so that the space
within the outlet tube 42 is sealed off from the outside at this portion of the outlet
part 36.
[0057] A ring space 68' is provided between the between the outlet tube 42 and the cylindrical
portion 50 of the plunger 48. This ring space 68' is not necessarily required, in
which case the cylindrical portion 50 forms the outlet tube 42 housing the static
mixer 58, as is e.g. indicated in Fig. 7.
[0058] An outer surface 72of the cylindrical portion 50 of the plunger 48 comprises a ring-shaped
projection 74. The ring-shaped projection 74 is received in a guide channel 76 present
at an inner surface 78 of the sleeve 44. A length of the guide channel 76 defines
a distance the outlet part 36 can be moved relative to the sleeve 44.
[0059] An inner surface 80 of the cylindrical portion 50 of the plunger 48 is adapted to
move relative to an outer surface 82 of the passages 62. Specifically, the cylindrical
portion 50 of the plunger 48 can move in a slot 84 which is present between the passages
62 and the inner surface 78 of the sleeve 44.
[0060] Fig. 5 shows a perspective view of a beard and mustache dispenser 10'. A dispenser
10 very similar to the dispenser 10 illustrated in connection with the embodiment
shown in Figs. 1 to 4 is attached to the beard and mustache dispenser 10'.
[0061] The outlet 38 of the dispenser 10 is connected to an outlet passage 86 of the beard
and mustache dispenser 10'. The outlet passage 86 is configured to guide the mixed
two-component material M to a dispensing outlet 88' in the form of the comb 88 for
distribution of the hair color at a person whose beard, mustache and/or hair is currently
being treated. In order to ensure a uniform distribution via the comb 88 a distributor
90 is arranged between the comb 88 and the outlet passage 86. The distributer 90 guides
approximately equal shares of the mixed two-component material M to each tooth 92
of the comb 88.
[0062] In this connection it should be noted that the amount of material provided at each
tooth 92 of the comb 88 may be different, and/or that only every second or third tooth
92 of the comb 88 is supplied with the mixed two-component material M from the distributor
90.
[0063] A width of the comb 88 can be selected in the range of 1. 5 to 10 cm. A length of
the teeth 92 can be selected in the range of 0.5 to 2 cm. A length of the dispenser
10' can be selected in the range of 10 to 20 cm between a tip of the teeth 92 and
the rear end 30. A length of the dispenser 10 between the outlet opening 40 and the
rear end 30 can be selected in the range of 5 to 15 cm.
[0064] A material of the teeth 92 can be identical to the material of the dispenser 10,
but may also be different. For example, the comb and distributor can be formed of
a metal and can be releasable connected to the dispenser 10 via a non-shown connection.
In this case the comb 88 can be cleaned following a use and re-used with a disposable
dispenser 10.
[0065] In this connection also other kinds of dispensing outlets 88' can be provided at
the dispenser 10. The dispensing outlet can for example comprise comparatively soft
bristles, a long slot etc. In this connection it should be further noted that the
applicator geometry provided as the dispensing outlet 88' makes available special
types of treatment. By way of example, comparatively soft bristles can be used for
dispensing cremes, whereas comparatively rigid bristles (e.g. in the form of the comb
88) provides for an improved separation of hair and can be used for the treatment
of hair or skin lying beneath the hair. In contrast to this a soft applicator with
nobs can generate a massage effect etc. Thus various kinds of geometries of applicators
can be used as a dispensing outlet 88' for the dispenser 10 described herein on the
basis of the example of the comb 88.
[0066] Fig. 6 shows a side view of the beard and mustache dispenser 10' of Fig. 5. The comb
88 is arranged at an angle of 25° to the longitudinal axis A. In order to prevent
the mixed material M from being blocked in the outlet passage 86, this angle is achieved
via an outlet passage 86 curved relative to the longitudinal axis A. The angle between
the comb 88 and the longitudinal axis A can be selected in the range of 0 to 45°.
[0067] Fig. 7 shows a sectional view of the dispenser 10 installed at the beard and mustache
dispenser 10' taken along the sectional lines A:A of Fig. 6.
[0068] The outlet part 36 does not comprise the space 68' shown in the dispenser 10 of e.g.
Fig. 4. Furthermore, the cylindrical body 50 transitions abruptly into the cylindrical
portion 54 via a planar surface 94. The planar surface 94 is arranged perpendicular
to the longitudinal axis A.
[0069] A pre-mixing volume 96 is arranged between the passages 62 and the rear end 60 of
the static mixer 58. The material M dispensed from the pouches 32, 34 enters this
pre-mixing volume 96 prior to entering the static mixer 58.
[0070] An end 44' of the sleeve 44 is connected to the neck 56 via two projections 98 projecting
into two recesses 100. The recesses 100 are present at an outer surface 44" of the
sleeve 44, whereas the projections 98 are present at an inner surface 56' of the neck
56.
[0071] The outlets 64 of the first and second pouches 32, 34 are also visible and connect
the first and second pouches 32, 34 to the passages 62.
[0072] The pouches 32, 34 can be film bag pouches whose walls are formed by a single or
multi-layer film. Alternatively, walls of the pouches 32, 34 may be formed from very
thin injection molded plastic parts.
[0073] In this connection it should be noted that a material 32, 34 of the pouches and/or
a material of at least some of the remaining parts of the dispenser may comprise a
plastic polymer, such as a thermoplastic, e.g. PET (polyethylene terephthalate), LDPE
(low-density polyethylene), HDPE (high-density polyethylene), PVC (polyvinyl chloride),
PP (polypropylene), PS (polystyrene), a thermosetting plastic or an elastomer.
[0074] In this connection it should be noted that the various parts of the dispenser 10,
such as the outlet part 36, the mixer 58, the sleeve 44, the neck 56, the plate 28,
the housing 12 and the comb 88 may comprise a plastic selected from the above group.
The material of the various parts being selected for its intended purpose, e.g. the
mixer 58 can be formed from a harder plastic (e.g. HDPE) than e.g. the pouches (LDPE).
List of reference numerals:
[0075]
- 10, 10'
- dispenser
- 12
- housing
- 14, 14'
- first half, front side of 14
- 16, 16'
- second half, front side of 16
- 18
- joint
- 20
- arm
- 22
- support
- 24
- shoulder
- 26
- channel in 22
- 28, 28', 28"
- plate of 10, top side of 28, bottom side of 28
- 30
- rear end of 28
- 32
- first pouch
- 34
- second pouch
- 36
- outlet part
- 38
- outlet
- 40
- outlet opening
- 42
- outlet tube
- 44, 44', 44"
- sleeve, end of 44, outer surface of 44
- 46
- front end of 28
- 48
- plunger of 36
- 50
- cylindrical body
- 52
- conical part
- 54
- cylindrical end portion
- 56
- neck
- 58
- static mixer
- 60
- rear end of 58
- 62
- passage
- 64
- outlet of 32, 34
- 66
- back end of 42
- 68, 68'
- inner surface of 48, ring space between 42 and 50
- 70
- disc-shaped part
- 72
- outer surface of 50 of 48
- 74
- ring-shaped projection
- 76
- channel of 44
- 78
- inner surface of 44
- 80
- inner surface of 50 of 48
- 82
- outer surface 82 of 62
- 84
- slot between 62 and 44
- 86
- outlet passage of 10'
- 88
- comb
- 90
- distributor
- 92
- tooth
- 94
- planar surface
- 96
- pre-mixing volume
- 98
- projection
- 100
- recess
- A
- longitudinal axis
- M
- material
1. A dispenser (10, 10') for hair coloring agents, the dispenser (10, 10') comprising
two separate pouches (32, 34) each pouch (32, 34) being configured to store a component
of a two-component material (M), the pouches optionally being filled with a respective
one of the two-component materials, the dispenser (10, 10') further comprising an
outlet part (36) having an outlet (38) via which the materials (M) stored in the pouches
(32, 34) can be dispensed after these have been mixed in the outlet part (36), and
a neck (56) connected to the two pouches (32, 34), wherein a longitudinal axis (A)
of the dispenser (10, 10') extends in parallel to the outlet (38), and the two pouches
are compressible towards one another in the direction of the longitudinal axis, wherein
the outlet part (36) is axially moveable relative to the pouches (32, 34) in a direction
towards the neck (56) along the longitudinal axis (A).
2. A dispenser (10, 10') according to claim 1, wherein the outlet part (36) comprises
a plunger (48), with the plunger (48) being moveably received in a sleeve (44) associated
with the neck (56).
3. A dispenser (10, 10') according to claim 1 or claim 2, wherein the neck (56) comprises
passages (62) connected to outlets (64) of the pouches (32, 34), wherein, on axially
moving the outlet part (36) towards the neck (56), the passages (62) are brought into
fluid communication with the outlet (38).
4. A dispenser (10, 10') according to one of the preceding claims, wherein the outlet
part (36) comprises a static mixer (58) arranged therein, with the static mixer (58)
being configured to mix the materials (M) stored in the two pouches (32, 34).
5. A dispenser (10, 10') according to one of the preceding claims, wherein the two pouches
(32, 34) are arranged at either side of a plate (28), optionally wherein the two pouches
(32, 34) are welded to said plate (28).
6. A dispenser (10, 10') according to claim 5, wherein said plate (28) comprises said
neck (56), with said neck (56) comprising outlets (64) of said pouches (32, 34).
7. A dispenser (10, 10') according to one of the preceding claims, optionally in accordance
with claim 2, further comprising a plunger (48) forming part of the outlet part (36),
wherein the plunger (48) comprises a cylindrical portion (50) that is configured to
interact with a/the sleeve (44) associated with the neck (56).
8. A dispenser (10, 10') according to claim 7, wherein the plunger (48) comprises a projection
(74), wherein the projection (74) is received in a channel (76) present at an inner
surface (78) of the sleeve (44).
9. A dispenser (10, 10') according to claim 7 or claim 8, wherein the cylindrical portion
(50) of the plunger (48) is adapted to move in a slot (84) formed between the passages
(62) and the sleeve (44).
10. A dispenser (10, 10') according to at least one of the preceding claims,
wherein said outlet part (36) is connected to or connectable to a dispensing outlet,
optionally wherein said dispensing outlet is a brush, comb (88) or the like.
11. A dispenser (10, 10') according to at least one of the preceding claims,
wherein the two pouches (32, 24) are arranged within a compressible housing (12) that
is separate from the pouches (32, 34), the compressible housing (12) having first
and second halves (14, 16).
12. A dispenser (10, 10') according to claim 12,
wherein the first and second halves (14, 16) are connected to one another via a joint
(18) and via supports (22), in particular wherein the first and second halves (14,
16) are permanently connected to one another; wherein the joint (18) can optionally
be one of a film hinge and a joint (18) having a cylindrically shaped inner space
configured to receive a rear end (30) of said plate (28).
13. A housing (12) for a dispenser (10, 10') in accordance with one of the preceding claims,
the housing (12) comprising a joint (18) connecting two halves (14, 16) of the housing
(12), two supports (22) having elongate recesses (26) for receiving a plate (28) of
the dispenser (10, 10'), the two supports (22) being connected to each of the two
halves (14, 16) via respective arms (20).
14. A comb (88) connectable to said dispenser (10) of one of the claims 1 to 12, the comb
(88) comprising a distributor (90) and teeth (92) for distributing mixed materials
(M) dispensed from said dispenser (10).
15. A method of using a dispenser (10, 10') in accordance with one of the claims 1 to
12, the method comprising the steps of:
- axially moving the outlet part (36) towards said neck (56);
- pressing said pouches (32, 34) in order to urge the material stored in the pouches
(32, 34) out of the neck (56) towards the outlet part (36);
- mixing the material (M) urged out of the pouches (32, 34) in the outlet part (36);
and
- dispensing said mixed material (M) via the outlet (38) of the dispenser (10, 10').