DE102018204939A1 - Massage dispenser with massage applicator - Google Patents

Abstract

A massage dispenser (10) with a massage applicator for discharging and massaging creamy liquids is known from the prior art, which has a liquid reservoir (12) with a deformable outer wall (14) in the form of a tube with an outlet nozzle (16) defining a main extension direction (2). and via a discharge head (20) attached to the outlet port (16) of the fluid reservoir (12), which is designed as a massage applicator. The discharge head (20) has a massage surface (40) extending approximately transversely to the main extension direction (2), which is provided with a massage profile (42) and which is penetrated by at least one outlet opening (38). It is proposed that the discharge head (20) via a pumping device (22) with volumetrically variable pumping chamber (26) and a pressure-dependent opening and closing Inlet valve (24) and a pressure-dependent opening and closing outlet valve (28) ve rfügt, by means of which liquid from the liquid reservoir (12) to the outlet opening (38) can be promoted. In this case, the discharge head (20) has an actuating handle (30) for actuating the pumping device, which is provided between the liquid reservoir (12) and the massage surface (40) laterally on the discharge head (20).

Description

AREA OF APPLICATION AND PRIOR ART

The invention relates to massage dispenser with massage applicator for dispensing and massaging creamy liquids.

Generic and inventive massage dispensers have a liquid storage, usually with a volume between 20 ml and 500 ml, in which the cream-like liquid, in particular a cosmetic and / or pharmaceutical cream or a corresponding gel are stored before discharge.

Generic and inventive massage dispensers also have a discharge head in the manner of a massage applicator, said discharge head has a massage surface with massage profiling. For the purpose of applying the liquid, this is first promoted to the massage area. Subsequently, the massage surface is pressed under against a part of the skin to be treated and distributed there by means of the massage surface and rub. The massage profiling ensures that the conveyed on the massage surface fluid does not remain completely immediately on the skin, but at least partially initially in the formed by the massage profiling recessed areas and is applied gradually with continued movement of the massage surface on the skin.

From the prior art, generic massage dispensers with tubes are already known as liquid stores. These have a simple structure and as a main component of said massage area. When pressed onto the tube, cream or gel is spread on the massage surface and can be rubbed on the area of the skin to be treated.

TASK AND SOLUTION

The object of the invention is to provide a particularly easy to handle massage dispenser available, which favors a uniform distribution of the liquid on the skin.

Proposed for this purpose is primarily a massage dispenser, which has in genus typical manner via a liquid reservoir with deformable outer wall, in particular in the form of a tube, with a main extension direction defining outlet.

The massage dispenser further comprises a discharge head which is attached to an outlet nozzle of the liquid storage and which is formed in the manner of a massage applicator. For this purpose, the discharge head has a massage surface extending approximately transversely to the main extension direction, which is provided with a massage profiling and which is penetrated by at least one outlet opening.

To convey liquid from the liquid reservoir to the massage surface, the discharge head in an embodiment according to the invention has a pump device with a volumetrically variable pumping chamber and an inlet valve and an outlet valve. Preferably, the inlet valve is designed as a pressure-dependent opening and closing inlet valve. Furthermore, the outlet valve is preferably designed as a pressure-dependent opening and closing outlet valve. Such a pressure-responsive switching valve is understood to mean a valve which establishes the closing or opening state when the downstream or upstream pressure is higher or lower than on the other side of the valve. By means of the pumping device, liquid can be conveyed from the liquid reservoir to the outlet opening. The discharge head has to actuate the pumping means via an actuating handle which is provided between the liquid storage and the massage surface laterally on the discharge head.

In a massage dispenser according to the invention thus a liquid storage is provided, which has a variable volume due to the flexible outer wall and therefore usually has no ventilation device for supplying compensation air. Although such a fluid reservoir usually allows to be conveyed solely by the compression of the same liquid to the massage surface, it is provided in a massage dispenser according to the invention that the said pumping device is used for the purpose of fluid delivery.

This pumping device is actuated via said actuating handle, which is provided laterally on the discharge head. It is therefore possible to operate the pumping device with that hand which is guided by the massage dispenser and the massage surface is pressed against the skin. Thus, liquid can be easily conveyed while the massage surface is pressed continuously with gentle pressure against the skin. A particularly fast and uniform application of the creamy or gel-like liquid is thereby made possible.

The massage surface intended for direct contact with the skin is provided at a distal end of the dispensing head. It may have a disregard of massage profiling a flat shape or a slightly concave or convex shape. In a simple design, the massage surface is rotationally symmetrical to the main extension axis, ignoring the massage profiling. Other configurations may have a slight angulation of preferably less than 20 ° between a vertical center axis of the massage surface and the main direction of extent of the massage dispenser.

The massage surface preferably has a substantially round or oval shape in plan view, although other shapes are possible. The size of the surface is preferably between 0.5 cm ² and 20 cm ² , in particular preferably between 1 cm ² and 10 cm ² . In the case of a simple round massage surface, this means that it has a diameter between 7 mm and 50 mm, preferably between 12 mm and 35 mm.

As already mentioned, the massage area has a massage profiling. Such massage profiling serves the purpose of providing receiving spaces in the form of depressions which cause the liquid on the massage surface not to be released completely directly to the skin, but partly remain in the depressions and are dispensed later, for example through a changing orientation or a changed direction of movement of the massage dispenser during the discharge movement or by an increased contact pressure. Particularly preferred embodiments of a massage profiling provide for a large number of elevations or depressions relative to a base area or else a plurality of concentric circular elevations. A single circular elevation in an outer area of the massage area may also be sufficient.

The massage dispenser preferably has a cap which can be placed on the dispensing head in a placement direction in such a way that it covers the massage surface and the actuating handle and is fastened between the actuating handle and the liquid reservoir on an attachment surface of the dispensing head.

The cap ensures the protection of the massage surface in a storage and transport state and also prevents any remaining fluid from contaminating other objects. By its design with overlap of the actuating handle in the attached state, it further prevents that the actuating handle is pressed inadvertently and thereby fluid is conveyed to the massage surface.

However, since an unintentional compression of the liquid reservoir due to the pressure-dependent opening valves of the pumping device could result in a liquid discharge on the massage surface, it is advantageous if the cap has on its inside a survey for closing the outlet opening. The survey can either protrude into the outlet opening in the manner of a pin or surround it to effect the desired seal.

The valves of the pumping device have movable valve sections, which open or close by abutment or spacing of a valve seat. These can be designed as separate valve bodies such as valve balls or as intrinsically flexible valve sections, which can in particular be integrally formed on other parts of the discharge head. Thus, in particular the molding of a movable valve section to the massage surface is advantageous.

The said elevation of the cap can close the outlet opening in the manner described above when the cap is fitted. In addition to the direct hydraulic closing of the outlet channel or the isolation of the outlet opening, this can also take place in that the patch cap rests directly on said movable valve portion of the outlet valve and thereby blocks the outlet valve against opening. This facilitates the configuration of the survey, since this does not have to be self-sealing, but instead only the valve body or section must specify so that its sealing interaction with the valve seat is also used to ensure in the transport or storage condition, the tightness.

The cap preferably has a cylindrical outer surface, on the inside thereof also a fastening surface is provided to cooperate with the mounting surface of the discharge head for securing the cap in non-positive or positive form. The attachment surfaces may be formed in particular in the manner of an external thread or internal thread.

The actuating handle is in the case of such a design of the cap with a cylindrical outer surface preferably reset such that the cap can be pushed with the cylindrical surface over the actuating handle, without touching them or at least without depressing them. How a corresponding arrangement can be configured in an advantageous manner will be explained below.

The actuating handle may be formed in the manner of a rigid knob, which as a whole in can be pressed about orthogonal to the main extension direction, thereby actuating the pumping device. However, this is structurally difficult to implement in a compact size and in particular coverable by the cap way, so that it is considered preferable if the actuating handle is formed by an elastically deformable surface portion which limits the pumping chamber with its inner side directly.

With such a design, the pumping chamber is limited in sections from the environment by the area section mentioned, so that its deformation directly causes the reduction of the pumping chamber. Such a design is in addition to the structural simplicity and the compact design also beneficial because it allows a sensitive metered delivery of the liquid. The elastic configuration of the surface portion causes it returns to its original position after the end of the manual application of force and in this case the pumping chamber is increased again. The resulting negative pressure causes suction of liquid from the liquid storage in the pumping chamber.

The elastic surface portion may be a partial surface of a tubular member made of an elastic material, which circumscribes the pumping chamber circumferentially. It is advantageous, however, if the elastic surface portion forms only the actuating handle, but the pumping chamber is otherwise formed by one or more rigid housing parts of the discharge head. In such a case, it is preferably molded by multi-component injection molding on an outer housing of the discharge head, so that a high degree of tightness is achieved.

In particular, for achieving the recessed arrangement of the actuating handle for the purpose of covering the actuating handle by the cap, it is advantageous if the actuating handle is provided with a convex shape and is arranged in a recess of an outer housing of the discharge head. The recess is such that the user with two fingers, especially with thumb and forefinger, on both sides of the actuating handle can dive into the depression and then kraftbeaufschlagen the actuating handle from opposite sides. It has been found that this allows a particularly good dosage, by means of which in particular continuous liquid of the massage surface can be supplied while rubbing over the skin of the user. But even if only one finger is used to actuate the actuating handle, it is advantageous if the concave actuating handle is provided in a recess, so that the finger can also immerse in lateral contact with the actuating handle upon depression of the same in the recess.

In particular, for receiving two fingers for actuating the actuating handle, the recess preferably extends such that it allows both sides of the actuating handle the application of two fingers on the actuating handle. It is particularly advantageous if the recess is not only provided on both sides of the actuating handle, but is designed as a recess surrounding the discharge head. This allows a particularly secure gripping of the discharge head and makes it particularly easy to press with well-dosed contact force the massage surface against the skin.

The actuating handle, which is preferably designed in the manner of an elastic surface section, preferably has, in particular, the form of a partial cylinder which extends in the main extension direction. This means that a curvature of the surface portion is given with respect to a plane on which the main extension direction is perpendicular. On the other hand, in the plane of the main extension direction itself, the actuating handle is not curved, which enables easier demolding during production.

In order to provide the said possibility that the actuating handle is acted upon from opposite sides with one finger in each case, said partial cylinder shaping preferably has a curvature which is selected to be greater than the curvature of an outer circumference of the massaging surface. So can be achieved in the ideal case that the actuating handle of two completely opposite and thus parallel sides is subjected to force (angle = 180 °). But even if the opposite and circumferentially offset sides of the actuating handle form an angle of 120 ° or more, an advantageous double-sided operation possibility is created.

The said circumferential recess on the discharge head can be achieved in particular in that the discharge head has an outer housing, which widens from a slender handle portion to a first in the direction of the massage surface subsequent housing portion and an opposite second housing portion in the direction of the liquid reservoir. The outer housing has in this case a shape that is similar to an hourglass. The slim grip region preferably has a diameter which is preferably at least 20% smaller than the diameter of the housing sections adjoining on both sides. The outer housing is preferably a one-piece Component, which includes the slim handle portion and said adjacent housing sections.

Preferably, at least from one side of a filler, the outer housing is inserted. This serves to reduce a dead volume, ie a volume of the pumping chamber, which can not be influenced by actuation of the actuating handle. It is particularly advantageous if the filler piece simultaneously provides a valve seat of the inlet or outlet valve and / or a receiving space for the corresponding valve body.

The seal between said filler and the outer housing is preferably provided at a distal end of the outer housing, for which purpose in particular the outer diameter of the filler forms a liquid-tight fit with a cylindrical end of the outer housing and its inner diameter.

In order to achieve that a comparatively slim grip area with a preferably circumferential recess for secure gripping and pressing of the massage dispenser is available and yet a pumping chamber arranged there has a satisfactory pumping volume, it is preferred that a preferably substantially rotationally symmetrical outer housing of the dispensing head with an opening is provided for supplying the pumping chamber, wherein the pumping chamber itself is provided at least for the most part and in particular with respect to its volume-variable part completely outside the outer housing and is limited by an outside of the outer housing attached elastic surface portion.

The invention further relates to a massage dispenser, which preferably also has the aforementioned design with a lateral actuating handle and which has the special feature of a massage surface, which optionally adopt a first configuration with a convexly outwardly curved shape or a second configuration with a concave, inwardly curved or planar configuration ,

To be able to use a massage dispenser according to the invention in two configurations and optionally in further intermediate configurations has proved to be advantageous, since the skin parts in which liquid is to be massaged by means of the massage dispenser also have a concave or convex basic shape. Thus, a concave configuration, for example, for applying cream to the outside of the elbow joint or to the front of the knee is particularly suitable, while a convex configuration is advantageous for the respective opposite flexion.

The terms concave and convex configuration refer to the basic shape of the massage surface, ignoring massage profiling. Naturally, massage profiling itself always leads to small concave and convex partial surfaces which, however, do not influence the basic shape of the massage surface.

The change of the configuration can be done via a switching handle, which can be effected for example by a rotational movement of the massage surface relative to the other discharge head about the main extension axis. A simpler construction can be achieved if the massage surface assumes the convex configuration in a non-force applied to the main by the state and against a force acting in the direction of this state, which causes the inherent rigidity of the massage surface or integrally connected parts or by a separate spring means can be deflected into the plane or concave configuration. Preferably, at least parts of the massage surface between these configurations are movable by a few millimeters, in particular preferably between 1.5 mm and 5 mm. Since the deformation in such a design should not require a strong pressing of the massage surface, at least 90% of said deformation should be adjusted when the discharge head is pressed against the skin with a force of less than 10 Newtons.

In order to ensure a liquid-conducting channel connection between the liquid reservoir and the outlet opening despite the deformation of the massage surface, a length-variable channel portion is preferably provided, which is preferably integrally formed integrally on the inside of the massage surface. This can be designed as a telescopic channel section. Also advantageous is a compressible design, in particular with a bellows-like deformation section. This offers, inter alia, the advantage that this deformation section can bring about a restoring force acting in the direction of the convex configuration.

An alternative embodiment of the massage dispenser provides that the massage surface is deformable as such, but it is fixed in the region of an outer outer circumference of the massage surface and in the region surrounding the outlet opening inner periphery of the massage surface fixed to a rigid outer casing of the discharge head. The deformability of the massage surface is produced in such a design solely by the deformability of a ring region of the massage surface between said inner circumference and said outer circumference.

This annular area is pressed either by the inherent rigidity of the massage surface or a separate spring device in a convex configuration in which the massage surface has the shape of a cut torus, ignoring the massage profiling. By pressing against the skin, this cut torus shape is pressed into a flatter or even predominantly flat configuration.

This design has the significant advantage that despite the deformability of the massage surface, the outlet opening remains stationary relative to the outer housing. This allows a particularly sure way that a resignation on the inside of the cap closes the outlet opening when the cap is fitted.

An alternative embodiment of the massage dispenser provides that the discharge head has a transverse to a main extension extending massage surface, which is provided with a massage profiling and which is penetrated by at least one outlet opening, wherein the massage surface is designed as a movable massage surface by using as End face of an elastically deformable massage body is provided. This massage body is attached to a rigid housing of the discharge head, wherein the massage body is fixed along a first outer annular mounting portion and along an inner annular mounting portion fixed to the rigid housing. The inner mounting area forms the outlet opening.

Since the attachment areas are fixedly provided on the rigid housing, the inner attachment area surrounds a fluid channel in the rigid housing. This is suitable to close this liquid channel by means of the cap with a suitably designed cap, which comes when placed in a defined position to the housing to exclude unwanted operations.

In order to achieve a high degree of deformability of the massage surface, it has proven to be helpful to form the massage body as a bellows body. He then preferably has an outer wall and / or an inner wall, which are each formed as Balgwandungen.

The above-mentioned change between at least two configurations can also be achieved by providing, instead of a massage surface permitting both configurations, a change of different massage surfaces, which are used by the user on a case-by-case basis.

The invention therefore also relates to a massage dispenser set with a massage dispenser having a liquid storage and a dispensing head in the manner of a massage applicator. For this discharge head at least two massage attachments are provided as part of the massage dispenser set, which differ with respect to their basic shape and / or with respect to their massage profiling. The massage surfaces can therefore be made stiffer than the form-flexible massage surface described above.

The connection to a housing of the discharge head is preferably carried out via a frictionally retaining connector. Alternatively, however, other connection options are given such as a threaded connection.

For the reasons described above, it is advantageous if one of the massage attachments has a convex configuration while the other has a planar or concave configuration.

list of figures

• 1 und 2 zeigen einen erfindungsgemäßen Massagespender mit aufgesetzter bzw. abgenommener Kappe in einer ersten Variante.
• 3 zeigt die Handhabung des Massagespenders.
• 4 zeigt den Austragkopf des Massagespenders der 2 in einer geschnittenen Darstellung.
• 5A bis 5C verdeutlichen die Funktionsweise des Massagespenders in Hinblick auf die Förderung von Flüssigkeit.
• 6A und 6B sowie 7A und 7B zeigen in geschnittener Darstellung zwei Varianten des Massagespenders, die abweichend von der Gestaltung der 2 jeweils eine Massagefläche aufweisen, die als Ganzes zwischen einer konkaven und konvexen Konfiguration wechselbar ist.
• 8 und 9 zeigen eine weitere Variante eines erfindungsgemäßen Massagespenders.
• 10 zeigt ein Massagespenderset mit zwei wechselbaren Massageaufsätzen, wobei diese im montierten Zustand in den 11 und 12 dargestellt sind.
• 13A und 13B zeigen eine weitere Variante eines Massagespenders.

Further advantages and aspects of the invention will become apparent from the claims and from the following description of preferred embodiments of the invention, which are explained below with reference to the figures.

• 1 and 2 show a massage dispenser according to the invention with attached or removed cap in a first variant.
• 3 shows the handling of the massage dispenser.
• 4 shows the discharge head of the massage dispenser 2 in a cut view.
• 5A to 5C illustrate the functioning of the massage dispenser with regard to the promotion of fluid.
• 6A and 6B and FIGS. 7A and 7B show, in a sectional view, two variants of the massage dispenser deviating from the design of the massage dispenser 2 each having a massage surface that is interchangeable as a whole between a concave and convex configuration.
• 8th and 9 show a further variant of a massage dispenser according to the invention.
• 10 shows a massage set with two exchangeable massage essays, which in the assembled state in the 11 and 12 are shown.
• 13A and 13B show another variant of a massage dispenser.

DETAILED DESCRIPTION OF THE EMBODIMENTS

The 1 and 2 show a massage dispenser according to the invention, wherein the massage dispenser 10 in the state of 1 still in a storage and transport condition with in Aufsetzrichtung 4 attached cap 50 located. The massage dispenser has a liquid storage 12 , which in the present case is designed in the manner of a tube.

Like the first variant according to 2 with removed cap 50 shows, connects to the liquid storage 12 a discharge head 20 at. This has a shape similar to an hourglass. Its outer casing 60 tapers starting from a tube-side housing section 66 and an opposite housing portion 64 into an intermediate tapered grip area 62 , In other words, the outer casing has a different shape 60 a circumferential recess 32 on, but in the area of an actuating handle 30 is interrupted. To the distal end of the outer housing 60 joins a massage area 40 on, through a variety of massage profilings 42 receives a characteristic shape and as part of a massage essay 80 is trained. The diameter of the massage surface 40 is about 30 mm in the present embodiment. Centric is on the massage area 40 an outlet opening 38 provided through which cream or gel on the massage surface 40 can be promoted to massage this cream or gel into the skin of a user.

The massage profiles 42 , which are designed here in the form of light knob-like elevations, serve the purpose of the cream or gel to a limited extent on the massage surface 40 to hold, so do not immediately rubbing the entire through the outlet opening 38 discharged liquid is delivered to the skin. In addition, the massage profiling naturally serve the actual massage effect, as they rubbing the discharge head 20 cause a rapid change in the locally acting contact force over the skin of the user.

How the comparison of 1 and 2 shows, covers the cap 50 not just the massage area 40 but also protects the actuating handle 30 , The cap 50 is in the range of a mounting surface 21 the discharge head 20 fixable, in this case by means of a threaded connection.

The use of a massage dispenser according to the invention 10 is in 3 shown. In the illustrated in this figure type of gripping the fingertips of the thumb and the index finger and the middle finger are in the recess 32 or in the slim grip area 62 of the outer casing 60 the discharge head 20 , The index finger and the thumb are thus in the immediate vicinity of the actuating handle 30 and allow simultaneous pressing of a pressure to the skin, the depression of the actuating handle 30 and thus the delivery of liquid from the liquid storage 12 to the outlet opening 38 , The delivery of liquid by means of the pumping device described below 22 and the shape of the discharge head 20 make it possible to dispense very metered and constant liquid while the discharge head 20 and his massage area 40 over the massaging and with cream or gel to be provided skin area is performed.

4 illustrates the structure of the discharge head 20 in a cut view. The discharge head 20 has an outer casing 60 on, which at the same time the main component of the discharge head 20 forms. This outer case 60 has the already mentioned in about hourglass-like shape with a slim grip area 62 and the opposite widened housing sections 64 on. Furthermore, there is a connection section with internal thread for coupling to the outlet 16 the tube part of the outer housing 60 , From the upper end is a filler 70 with a tapered shape in the outer housing 60 pushed in, with the two housing parts 60 . 70 together an inside of a pumping chamber 26 form, the outside by an elastic, flexible surface section 31 is formed, which simultaneously with its outside the actuating handle 30 forms. The supply of liquid into the pumping chamber 26 takes place through a channel 23 and at an inlet valve 24 with valve ball 25 past. The outlet from the pumping chamber 26 done by an outlet valve 28 with valve body 29 as well as the already mentioned outlet opening 38 , The massage area 40 with her massage profiling 42 is part of the intended purpose of this variant not changeable provided massage attachment 80 that by means of a circumferential bridge 43 in the area of the outer circumference 40A the massage area 40 on the outer housing 60 is attached. The massage attachment 80 has another circumferential walkway 44 that on the filler 70 forming a recording room 72 for the valve body 29 is deferred.

The functioning of the pumping device 22 is based on the 5A to 5C explained. 5A shows an initial state in which the pumping chamber 26 and all other intended liquid-carrying volumes within the discharge head 20 already filled with liquid. The comparatively highly viscous liquid is also already in the receiving space 72 the exhaust valve 28 , Although the valve body 29 at this stage the outlet opening 38 does not close, due to the high viscosity of the liquid in the state of 5A no uncontrolled discharge.

Only when in the in 5B illustrated manner, the actuating handle 30 is pressed and thereby the volume of the pumping chamber 26 is reduced, it comes to the discharge. Pressing back the fluid from the pumping chamber 26 in the liquid storage 12 does not take place because the inlet valve 24 closes by the valve body 25 is pressed against its valve seat. The actuation takes place in a massage dispenser according to the invention preferably finely dosed. This means that the actuating handle 30 during the massage movement is slowly and dosed, in particular by thumb and forefinger, pressed to achieve the desired discharge in a continuous manner.

As soon as the actuating handle 30 has been completely pressed in, it must first be refilled for a continued discharge. When the application of force to the actuating handle 30 deleted, this is due to their elastic restoring force back and generates this a negative pressure, the first closing the exhaust valve 28 and opening the inlet valve 24 causes and then a suction of liquid from the liquid storage 12 into the pumping chamber 26 caused.

The design of the 6A and 6B is different from the previous ones 2 to 5 in that the massage attachment 80 has a special design here. Such is a channel section 44 that is integral with the massage surface 40 is formed and the intended creates the connection to the housing, in particular to the filler 70 , deformable designed. For this he has a deformation area 46 that is between the massage surface 40 and an end-side attachment portion 45 of the canal section 44 is provided. This end attachment section 45 is attached to the housing and does not move as intended. Through the deformation area 46 However, it is possible to massage the massage area 40 between a convex shape according to 6A and a concave shape according to 6B to change by the massage area 40 something stronger pressed on a skin area.

A variant of this show the 7A and 7B , Here is the channel section 44 without deformation range 46 designed. Instead, he forms with an outer surface 76 on walls of the recording room 72 a sliding guide. The inside surface 47 of the canal section 44 can in the by the 7A and 7B clarified way with largely tightness on the outer surface 76 be moved to the convex configuration of the 7A and the concave configuration of the 7B to allow.

In the embodiment according to the 8th and 9 is realized as a special feature that the massage area 40 as a whole is deformable in order to invest in a particularly advantageous manner to the skin can. However, the deformation takes place only in a ring area between an outer circumference 40A and an inner circumference 40B. This approximately torus-shaped annular region can be depressed, as the dotted line in 9 clarified. Another feature is provided in this embodiment that the outlet valve does not have a separate valve body, but a valve portion made of elastic material, which is integral with the massage surface 40 is designed. The outlet valve 28 is thus relatively cheap. Another advantage is that the inside elevation 54 at the cap 50 this outlet valve by depressing the valve section 48 can close safely without having to provide a sealing surface itself.

The 10 to 12 show a massage dispenser set 100 , which is characterized by the fact that for the treatment of different parts of the body different massage essays 180A . 180B are provided, which on any functionally identical discharge head 20 can be put on.

With such a design, it is thus the task of the user to select the right massage attachment for the particular application and the discharge head 20 to fix. The attachment takes place in the manner of a frictionally retaining connector. As the 11 and 12 for the massage essays 180A . 180B make clear, the respective massage attachment on the one hand in the region of an outer edge of the outer housing 60 deferred, on the other hand in the area of the outer surface 76 of the filler 70 ,

The design according to the 13A and 13B corresponds with respect to the design largely the design of the example 9 , The peculiarity here is that the massage area 40 as the front end of an elastically deformable massage body 39 is trained. This has inside and outside of the annular massage surface 40 walls 39A . 39B on, which are designed as Balgwandungen and with her the massage area 40 opposite ends on the rigid housing 59 the discharge head are attached. In the by 13B clarified way, this achieves a high degree of flexibility of the massage surface in terms of their location and orientation. In a manner not shown, the valve may be similar to 9 through an inside elevation 54 on a cap 50 be securely closed.

Claims (19)

Massage dispenser (10) with massage applicator for the delivery and massage of creamy liquids with the following features: a. the massage dispenser (10) has a liquid store (12) with a deformable outer wall (14), in particular in the form of a tube, with an outlet nozzle (16) defining a main extension direction (2), and b. the massage dispenser has a discharge head (20) attached to the outlet port (16) of the fluid reservoir (12), which is designed as a massage applicator, and c. the discharge head (20) has a massage surface (40) extending approximately transversely to the main extension direction (2), which is provided with a massage profiling (42) and which is penetrated by at least one outlet opening (38), characterized by the following features: d. the discharge head (20) has a pump device (22) with a volumetrically variable pumping chamber (26) and an inlet valve (24) and an outlet valve (28) by means of which liquid can be conveyed from the liquid reservoir (12) to the outlet opening (38), and e. the discharge head (20) has an actuating handle (30) for actuating the pump device, which is provided between the liquid reservoir (12) and the massage surface (40) on the side of the discharge head (20). Massage dispenser (10) after Claim 1 with the following additional features: a. the massage dispenser (10) has a cap (50) which can be placed on the dispensing head (20) in a placement direction (4) in such a way that it covers the massage surface (40) and the actuating handle (30) and between the actuating handle (30 ) and the liquid reservoir (12) is secured to a mounting surface (21) of the dispensing head (20), preferably with at least one of the following additional features: b. the cap (50) has an elevation (54) on its inner side, which closes the outlet opening (38) tightly when the cap (5) is attached, either surrounding or protruding into the outlet opening, and / or c. the cap (50) has on its inside a raised portion (54) which, when the cap (5) is mounted, bears directly against a movable valve portion (48) of the outlet valve (28) and thereby blocks the outlet valve (28) from opening. Massage dispenser (10) after Claim 2 with the following additional features: a. the cap (50) has a cylindrical lateral surface (52), and b. the actuating handle (30) is formed as compared to the mounting surface (21) of the discharge head (20) recessed operating handle (30). Massage dispenser (10) according to one of the preceding claims, having the following additional features: a. the actuating handle (30) is formed by an elastically deformable surface portion (31), which directly defines the pumping chamber (26) with its inside. Massage dispenser (10) according to one of the preceding claims, having the following additional features: a. the actuating handle (30) has a convex shape and is disposed within a recess (32) of an outer housing (60) of the discharge head (20) so that it is kraftbeaufschlagbar from opposite sides. Massage dispenser (10) after Claim 5 with the following additional features: a. the recess (32) is provided as a recess (32) provided on both sides of the actuating handle, preferably as a recess (32) surrounding the discharge head. Massage dispensers after one of Claims 4 to 6 with the following additional features: a. the actuating handle (30) has the shape of a part cylinder extending in the main extension direction, the outer side of which is curved to a greater extent than an outer circumference (40A) of the massage surface (40). Massage dispenser (10) according to one of the preceding claims, having the following additional features: a. the discharge head (20) has an outer housing (60) which extends from a slender handle region (62) to a first housing section (64) adjoining in the direction of the massage surface (40) and toward an opposite second housing section (66) the liquid storage (12) widens, preferably with the following additional feature: b. in the outer housing (60) is inserted from at least one side of a filler (70) for reducing a dead volume, in particular preferably only from one side of a filler for reducing a dead volume is inserted. Massage dispenser (10) after Claim 8 with the following additional features: a. at least one filler piece (70) is circumferentially sealed in the region of a first or second axial end (65) of the outer housing (60) with respect to the outer housing (60). Massage dispenser (10) after one of Claims 8 or 9 with the following additional characteristic: a. at least one filling piece (70) has a receiving space (72) for receiving a valve body (29) of the inlet valve or outlet valve (28). Massage dispenser (10) according to one of the preceding claims, having the following additional features: a. an outer housing (60) of the discharge head is provided with an opening (68) for supplying the pumping chamber (26), and b. the pumping chamber (26) is provided at least for the most part outside of the outer housing (60) and is delimited by an elastic surface section (31) attached to the outer housing (60) on the outside. Massage dispenser (10) with massage applicator for the delivery and massage of creamy liquids with the following features: a. the massage dispenser (10) has a liquid reservoir (12), in particular in the form of a tube, and b. the massage dispenser (10) has a discharge head (20) provided at the outlet of the liquid store (12), which is designed as a massage applicator, and c. the dispensing head (20) has a massage surface (40) extending transversely to a main extension direction, which is provided with a massage profiling (42) and which is penetrated by at least one outlet opening (38), characterized by the following features: d. the massage surface (40) is adapted to optionally assume a first configuration with a convex outward curved configuration or a second configuration with a concave inward or planar configuration, in particular with the following additional feature: e. The massage dispenser (10) is designed according to one of the preceding claims. Massage dispenser (10) after Claim 12 with the following additional features: a. between the massage surface (40) and the outlet opening (38) penetrating it, on the one hand, and the outlet of the liquid reservoir (12), a variable-length channel section (44) is provided, in particular with one of the following additional features: b. the variable length channel portion (44) is formed as a channel portion compressible in an extension direction, or c. the variable-length channel section (44) is designed as a telescopic channel section in an extension direction. Massage dispenser (10) with massage applicator for the delivery and massage of creamy liquids with the following features: a. the massage dispenser (10) has a liquid reservoir (12), in particular in the form of a tube, and b. the massage dispenser (10) has a discharge head (20) provided at the outlet of the liquid store, which is designed as a massage applicator, and c. the dispensing head (20) has a massage surface (40) extending transversely to a main extension direction, which is provided with a massage profile (42) and which is penetrated by at least one outlet opening (38), characterized by the following features: d. the massage surface (40) is designed as a deformable massage surface (40), and e. the massage surface (40) is fixed in the region of an outer outer circumference (40A) and in the region of an inner circumference (40B) surrounding the outlet opening (38) to a rigid outer housing (60) of the discharge head, and f. the deformability of the massage surface (40) is caused by the deformability of a ring area between the inner circumference and the outer circumference, in particular with the following additional feature: g. The massage dispenser (10) is designed according to one of the preceding claims. Massage dispenser (10) with massage applicator for the delivery and massage of creamy liquids with the following features: a. the massage dispenser (10) has a liquid reservoir (12), in particular in the form of a tube, and b. the massage dispenser (10) has a discharge head (20) provided at the outlet of the liquid store, which is designed as a massage applicator, and c. the dispensing head (20) has a massage surface (40) extending transversely to a main extension direction, which is provided with a massage profile (42) and which is penetrated by at least one outlet opening (38), characterized by the following features: d. the massage surface (40) is designed as a displaceable massage surface (40), and e. the massage surface (40) is formed as an end face of an elastically deformable massage body (39), and f. the massage body (39) is fixed to a rigid housing (59) of the discharge head (20), wherein the massage body along a first outer annular mounting portion and along a inner annular mounting area fixed to the rigid housing, in particular with the following additional feature: g. The massage dispenser (10) is designed according to one of the preceding claims. Massage dispenser (10) after Claim 15 with the following additional features: a. the massage body (39) is designed as a bellows body. Massage dispenser (10) after Claim 16 with the following additional features: a. the massage body (39) has an outer wall (39A) and an inner wall (39B), which are each formed as Balgwandungen. Massage dispenser set (100) with a massage dispenser (10) with massage applicator for the delivery and massage of creamy liquids with the following features: a. the massage dispenser (10) has a liquid reservoir (12), in particular in the form of a tube, and b. the massage dispenser has a discharge head (20) provided at the outlet of the liquid storage device, which is designed as a massage applicator, characterized by the following feature: c. the dispensing head (20) is adapted to mount a replaceable massage attachment (180A, 180B), and d. the massage dispenser set has a plurality of massage attachments (180A, 180B) for attachment to the dispensing head, each having a massage surface (40) provided with a massage profiling (42) and penetrated by at least one outlet opening (38) the plurality of massage attachments (180A, 180B) differ from each other in their shape and / or type of massage profiling. Massage dispenser set (100) after Claim 18 with the following additional features: a. The plurality of massage tips (180A, 180B) comprises at least one first massage attachment (180A) having a convex massage surface (40) and at least one second massage attachment (180B) having a concave or planar massage surface (40).

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