SE537771C2 - Dispenser Composition - Google Patents

Abstract

The invention relates to a dispenser assembly comprising a tubular sleeve (2) having a first end (21) with an axial opening (24) and a second end (22), said first end (21) having the tubular sleeve (21). 2) is arranged to be arranged at a surface (41) having a carrier (4), a feed mechanism (5) arranged in said tubular sleeve (2), the feed mechanism comprising a laper (50), which is reciprocable in said a sleeve (2) between a storage position and an operating position, and a container (3) receives a fluid. The dispenser assembly is characterized in that the container (3) is releasably connected to the pair (50) and axially displaceable relative to the axial opening (24) in the first end (21) of the rim-shaped sleeve (2), a jacket surface (31) having the container (3) ) is hidden by the tubular sleeve (2) in the runner (50) is the bellows in the storage position, and wherein the mantle surface (31) of the container (3) is accessible from the outside of the tubular sleeve (2) in the runner (50) and is coated in the operating position .

Description

TECHNICAL FIELD OF THE INVENTION The present invention relates generally to a dispenser composition for storing and dispensing a fluid, such as, for example, detergent, soap, cooking oil, vinegar, ketchup, etc. In particular, the present invention relates to a dispensing composition. a rudder-shaped sleeve having a first end having an axial opening and a second end, said first end having the rudder-shaped sleeve arranged to be arranged at a surface having a carrier, a feed mechanism arranged in said ridge-shaped sleeve, the feed mechanism comprising is displaceable back and forth in the said sleeve-shaped sleeve between a storage position and an operating position, and a container for a fluid.

Background of the invention and the state of the art in several areas, it is undesirable to handle fluids in a simple and efficient manner and to be able to obtain a suitable amount of fluid when the need arises. In a household, such fluids can be, for example, dishwashing liquid or detergent for cleaning in a kitchen or bathroom, or cooking oil, vinegar or the like for use in cooking. There are also other applications in the industry, where for example a cleaning agent or a substance in liquid form used in a process needs to be provided in an efficient and controlled manner.

To provide a fluid mom for example a household is valsant mom area, among other things in the form of a bottle of detergent or a soap pump that stands on a surface adjacent to a coke sink or a sink in a bathroom. A disadvantage of this, however, is the need for a separate bottle or container that takes up space in the room and stands in front of the door when not in use. 1 537 771 It is above edge to have a pump for a fluid, where the pump is fixedly mounted in e.g. a bank disk, however, this means that it makes it difficult / impossible to use the fluid in other places On the pump Or mounted. Before supplying fluid to the pump, there are technical solutions where, for example, via a hose or the like, fluid is supplied from a container such as Or placed under the bank disk, this Or, however, is responsive and takes up unnecessarily much space.

The problems described above with reference to use in a household are also present in industrial applications.

There is therefore a need for a more spiritually appropriate dispenser composition which solves the above problems and which is simple and space-saving.

Brief Description of the Objects of the Invention The present invention aims to obviate the above-mentioned disadvantages and shortcomings of prior art dispenser compositions and to provide an improved dispenser composition. A basic object of the invention is to provide an improved dispenser composition of the initially defined type, which is loadable in it up in an operating position and hidden in it in the storage position, so that the container can be hidden when not in use and easily accessible when it is to be used. used. Thanks to the fact that it can be loaded, various mechanisms for accessing / discharging the fluid can be used, for example by pumping or tilting, and cleaning and padding are also simplified. Also use in different places, both in connection with the position of the dispenser composition and at a distance from it, is made possible by the container being removable. Summary of the features of the invention According to the invention, at least the basic object is achieved by means of the initially defined dispenser composition, which has the features defined in the independent claims. Preferred embodiments of the present invention are further defined in the dependent claims.

According to a first aspect of the present invention, there is provided a dispenser assembly of the initially defined type, which is characterized in that the container is releasably connected to the barrel and axially displaceable relative to the axial tilt of the first end of the tubular sleeve, a mantle surface having the container the runner-shaped sleeve when the runner is bellows in the storage position, and wherein the mantle surface of the container is accessible from the outside of the rudder-shaped sleeve and the runner is bellows in the operating position.

Thus, the present invention is based on the insight that the container should not be visible or in the wall when it is not in use and can be easily fed to be selectively used on site or at any other desired location.

In a further preferred embodiment, the runner can be fixed in the operating position, preferably in that the runner in the operating position is arranged to selectively engage with the bayonet first sleeve sleeve and thereby be fixed. Hereby it is achieved that the container Above can be used in place in the sleeve in a convenient and practical way and that a pumping of fluid can be obtained without a movement of the container between the operating position and the storage position.

In a further hazardous embodiment, the feed mechanism is spring-loaded by means of a coil spring, in order to provide a practical and reliable power storage which for a long time can guide the runner from the storage position to the operating position. Alternatively, the dispenser assembly also comprises a damping device which dampens the movement of the container between the storage position and the operating position, so that a smooth movement is obtained.

It is preferred that the upper end of the container, in which the runner and the container are in the storage position, be bellows at the same level as the surface of the carrier at which the dispenser assembly is arranged. This gives the possibility to hide the container completely under the surface, at the same time as the container is easily accessible when it is to be used.

Further advantages and features of the invention will become apparent from other dependent claims and from the following detailed description of preferred embodiments.

Brief Description of the Drawings A more complete understanding of the above and other features and advantages of the present invention will become apparent from the following detailed description of preferred embodiments when taken in conjunction with the accompanying drawings, in which: Fig. 1 is a side view of a dispenser assembly; Fig. 2 is a perspective view from above of a dispenser assembly with the container in its storage position, Fig. 3 is a side view of the container and parts of the feed mechanism; Fig. 4 is a perspective view below the container; Fig. 5a is a schematic sectional side view of a dangerous embodiment of the container, Fig. 5b is a sectional side view of the runners of the feed mechanism, Fig. 6 is a sectional side view of the sleeve and the gear ring and lining of the feed mechanism, Fig. 7hr is a perspective view. of the barrel, Fig. 8 is a sectional view from above of the sleeve and the feed tube at a level above the barrel, Fig. 9 is a sectional side view of the dispenser assembly with the container in its storage position, Fig. 10a is a schematic sectional side view of a gas clamping device then the container. the sleeve is pressed down, and Fig. 10b shows a schematic sectional side view of Fig. 10a of the gas vaporizing device in which the container is pushed up out of the sleeve.

Detailed Description of the Preferred Embodiments The reference is initially made to Figure 1 which shows a dispenser assembly 1 according to a preferred embodiment of the present invention. The dispenser assembly 1 comprises a tubular sleeve 2 and a container / bottle 3, the sleeve 2 hr arranged at a carrier 4 so that a first end 21 of the sleeve 2 hr placed in a through opening has the carrier 4 and a radial flange 23 is preferably provided in the the first end 21 of the sleeve 2. The flange 23 preferably rests on a surface 41 having the carrier 4 or aura lifted into the surface of the bar 4 so that the sleeve 2 of the sleeve is flush with the surface 41. Thereby a lowering of the dispenser composition 1 in the bar 4 is achieved. , which may be a bank disk or other flat surface suitable for mounting the dispenser assembly 1. The first Spirit 21 has the sleeve has an axial opening 24 where the container 3, suitable for containing a fluid such as e.g. dishwashing liquid, soap, cooking oil, vinegar, here arranged to be introduced, as will be explained in more detail below. The sleeve 2 can be anchored in the carrier by gluing the radial flange 23, or the like, but the sleeve must also be detachable 537 771 fixed by having a clamping device / connection (not shown) which abuts the underside of the carrier and which clamps the sleeve at the carrier. For example, an eccentric clamping ring can be fastened around the sleeve 2 and pressed up against the underside of the carrier 4, or the outside of the sleeve 2 can be folded and a nut can be tightened on the underside of the carrier 4.

A first end 21 opposite the second end 22 of the sleeve 2 is preferably axially open, but may alternatively be completely or partially closed and may comprise a bottom surface 25 on which components of the dispenser assembly 1 may rest.

Figure 2 shows the sleeve 2 in perspective from above, with the flap 23 projecting radially from the first end 21 and the container 3 immersed in the axial opening 24.

Reference is now made to Figure 3 which shows the container / bottle 3 with a mantle surface, generally designated 31, extending from an upper end 35 to a batten 34. The container 3 is intended to contain one or more fluids and comprises in the preferred embodiment a pump mechanism is allowed to discharge this fluid, as will be described in more detail below. It is to be understood, however, that the container 3 may alternatively comprise other types of discharge solutions, such as a removable lid so that the fluid can be discharged through an axial opening by tipping the container 3, or may include a radial opening near the upper end 35 so that the fluid can be discharged by tipping the container 3, or some other opening or dispensing mechanism may be present so that the fluid can be discharged from the container 3 in an undesired amount. The container 3 is also dangerously refillable so that new fluid can be supplied when needed. The container 3 may in addition comprise several compartments or spaces for different fluids, with a common discharge opening or separate discharge openings. In some embodiments, the container has air vents that allow air to enter the container 3 when the fluid is discharged / held out.

The container 3 is placed on top of a part of a feed mechanism, generally designated 5, which comprises a loader 50. The looper 50 comprises in the illustrated danger embodiment an adhesive disc 51 and a lower disc 52 which are concentric and interconnected. sd that they can be rotated in relation to each other. The pawl 50, or the one below the disc 52, rests on or is connected to a spring 53 which in a storage position is partially compressed. The spring 53 is preferably a helical spring. Furthermore, the feed mechanism 5 comprises a gear 54 beldgen below the runner 50, the spring 53 lower spirit resting on or connected to the gear ring 54. The gear ring 54 comprises serrated teeth 55 directed upwards towards the runner 50 and the container 3.

Reference is now also made to Figure 4 which shows the container 3 in perspective view from below. In the preferred embodiment shown, the container 3 has a radial opening 32 for discharging fluid, for example by means of a pump mechanism shown by a joke. In the bat 34, the container 3 comprises at least one recess 33 which can cooperate with at least one corresponding shaft 57 having the lapar 50 (see figure 7).

Figure 5a shows a preferred embodiment of the container 3 in cross section, with the recesses 33 in the bath 34 and a schematically shown pump mechanism 37. The pump mechanism 37 is actuated by a lid 36 having the container 3, which can be pressed down against the bath 34 and run telescopically on the outside of a narrower portion 31a has the jacket surface 31. When depressed, fluid from an inner cavity 30 is sucked up the container 3 along a tube 38 which runs from an area near the bottom of the inner cavity 30 up to the lid 36 and discharged through the discharge channel 39 and via the opening. 32, pd a sdtt that is} cant within the area. The pump mechanism 37 preferably comprises on a conventional spring a spring which returns the lid 36 to its original position and allows a repetition of the pumping. Other designs of a discharge mechanism are of course also possible within the scope of the appended claims, for example with a radial nozzle at the opening 32 or a removable lid or hood which exposes an axial opening, and it will be readily appreciated by those skilled in the art that a number of further variants may come into question.

Figure 5b shows the runner 50 in cross section, with the upper disc 51 placed ph the lower disc 52 and connected to it by means of a central bellows fastening device 58, arranged to allow inward rotation of the lower disc 51 and the lower disc 52. The lower disc 52. 52 comprises in the embodiment shown a recess 59 in which the upper part of the spring 53 can abut (see figure 9).

Figure 6 shows a cross-section of the sleeve 2 in which a liner tube 6 is placed in the sleeve 2 and is intended to enclose the container 3 when it is inserted into the sleeve 2. The liner tube 6 comprises a cylindrical inner surface 60 with a plurality of axial grooves 61 running from a lower end. 64 has the liner 6 against a 6th end 65 where in the preferred embodiment it merges into a bayonet first 62. At the lower end 64 there is also a set of inclined surfaces between each pair of axial grooves 61, a storage position 63 being arranged between each pair of axial spar 61.

The feed tube 6 is preferably inserted into the sleeve 2 from below, whereupon the gear ring 54 is inserted into and connected to the second / lower end of the sleeve 2. The gear ring 54 thus secures the feed tube 6 in the sleeve 2. The feed tube 6 forms part of the feed feed 50. are not shown in Figure 6.

In an alternative embodiment, the axial grooves 61, the bayonet fittings 62 and the storage positions 63 are arranged directly in the inner surface of the sleeve 2.

Figure 7 shows the preferred embodiment of the runner 50 in detail, with the two disks the runner 50 is viewed in perspective from above, so that a plurality of houses 57 ph the surface of the upper disk 51 are visible. These shafts 57 are designed to co-operate with the recesses 33 in the batten 34 of the container 3 so that a rotation of the container 3 about a center axis which runs between the pivot end 35 of the container 3 and the batten 34 also results in a corresponding rotation of the pulley 51. 8 537 771 Both the upper disc 51 and the lower disc 52 have a number of guide pins 56 which here are designed to be able to slide along the axial groove 61 of the casing 6 in an axial direction inside the sleeve 2. The upper disc 51 has the danger of a seal (not shown) at the outer edge to seal between the runner 50 and the feed tube 6. The shafts 57 may alternatively (not shown) be made of hooks which engage the grooves 33 in the batter 34 of the container 3 when the inboard rotation between the container 3 and the runner 50, to secure the container 3 in the sleeve. 2.

Figure 8 shows the upper disc 51 of the runner 50 with the shafts 57 viewed from above. The guide pins 56 hr of the LO pair 50 arranged in the feed tube 6 axial grooves 61. In the radial direction, the feed tube 6 is surrounded by the sleeve 2.

Figure 9 shows the entire dispenser assembly 1 with the container 3 in a storage position and with the recesses 33 in engagement with the shafts 57 has the upper disc 51 has the runner 50. The lower disc 52 rests on the spring 53 which lies here in a compressed length and is surrounded by the ring gear 54 which is inserted in the second spirit 22 of the sleeve 2. The container 3 hr is arranged in the casing 6 which is arranged inside the sleeve 2, and the upper end 35 of the container 3 is the bellows at the same level as the flange 2 of the sleeve 23. The dispenser assembly 1 hr now in storage position and the container 3 hr ready to be moved to the operating position of the spring 53.

The upper end 35 has the container 3 hr in the storage position at the same level as the first end 21 has the sleeve 2 so that a substantially flat surface can be obtained. Thanks to the mounting of the sleeve 2 in the carrier 4 at the same level as the surface 41 sd, the amen container 3 can thus be flush with the surface 4 of the bar 4.

Figures 10a and 10b schematically show a preferred embodiment of a damping device 7 which is located adjacent to the second end 22 of the sleeve 2 and which comprises a disc or a membrane 71 which is wholly or partly movable in a space 70. The damping device 7 is preferably a gas steaming device. with an open opening 9 537 771 72, side openings 73 and optionally a lower opening 74. the openings cooperate with the disc 71 so that a damping of the movement of the container 3 can be achieved and a negative pressure holds against the container 3 when it is transported from the storage position to the operating position. Figure 10a shows the damping device 7 when the container 3 is pressed down into the sleeve 2 to the storage position, and the arrows running from the upper opening 72 towards the side openings 73 show how air is easily pushed out from the inside of the sleeve 2 via the damping device 7. At this movement the disc 71 by the air pushed away from the opener opening 72, and depression of the container 3 is only steamed by the spring 53. When the container 3 is pushed up from the sleeve 2 towards its operating position, a negative pressure arises in the interior of the sleeve 2 which lifts the disc 71 towards the opener opening. 72 sh that this upper opening 72 is due to warp passage of air from the side openings 73 and / or the lower opening 74 up through the lower opening 72 is prevented. Air which is to replace the position of the container 3 in the sleeve 2 must be supplied via the axial opening 24 in the housing 21 of the sleeve 2. A negative pressure is formed which dampens the movement of the container 3 up to the operating position and a smoother movement can be obtained. It is to be understood, however, that other types of attenuation or other design of an attenuation device may also be used with the present invention, and that a dispenser assembly may also occur without a vaporization mechanism.

Hereinafter, the operation of the dispenser assembly 1 according to the invention will be described in more detail, with reference to the figures described above.

The dispenser assembly 1 hr originally the bellows in the storage position, as shown in Figure 9. The container 3 hr the bellows above the lapar 50. The spring 53 is prestressed / compressed and the container surface 3 hr 31 is completely enclosed / hidden by the sleeve 2. To prevent the spring 53 from projecting the container 3 from the tube-shaped sleeve 2, where the guide pins 56 have the lower disc 52 has the runner 50 mounted in the storage positions 63 of the liner tube 6. The liner tube 6 thereby forms an abutment and locks the runner 50 in place in a layer compressed with the spring. , and due to the fact that the cage end 65 of the casing 6 abuts against a tapered portion 27 of the first end 21 of the sleeve 2, the casing 6 is kept in place inside the sleeve 2. In the storage position of the dispenser assembly 1, the jacket surface 31 has the container 3 completely thanked by the sleeve 2 and doljs darigenom.

The runner 50 is thus fixed in the storage position by this interaction between the storage positions 63 has the liner 6, the ring gear 54, the spring 53 and the guide pins 56 has the runner 50.

If the container 3 is pushed up to an operating position, a pressure is applied to its cage so that the container 3 is pressed even further down into the sleeve 2, whereupon the spring 53 is further compressed. During this downward movement, the guide pins 56 engage the lower disc 52 of the runner 50 with the serrated teeth 55 of the gear ring 54 and are thereby rotated stepwise so that the guide pins 56 are circumferentially displaced from a position below the bearing positions 63 and instead end up in position below the axial grooves 61. the pressure against the container 3 ceases, the spring 53 is thus free to expand and displaces the runner 50 and thus also the container 3 upwards, to a position where the container protrudes from the sleeve 2 and can be used for feeding a fluid. This low Or dispenser assembly 1 operating position.

In the operating position Or the shell surface 31 of the container 3 is accessible from the outside of the rim-shaped sleeve 2, and there are several alternatives for the use of the dispenser assembly 1. Either the container 3 can be gripped and removed completely from the sleeve 2 for use independently, for example by fluid holding or pumped out of the container, either in direct connection with the location of the sleeve 2 at the bar 4 or at another location, or the container 3 is allowed to remain partially submerged in the sleeve 2, in the runner 50 Or in the operating position, and fluid is pumped out 11 537 771 without the container 3 being removed from the sleeve 2. In this second alternative, in order to pump out fluid without simultaneously squeezing the spring 53 and causing a lowering of the container 3 towards the storage position, the container 3 can be rotated so that the upper disc 51 of the lap 50 the nozzles 57 and the recesses 33 are carried in the rotation and the guide pins 56 have the byre disc 51 cooperating with the bayonet mount 62, warpd 16pair 50 assumes a load operating position. This rotation lasers the runner 50 and prevents a depression of the container 3 in the sleeve 2, and a pressure can be applied against the lid 36 of the container 3 to thereby activate the pump mechanism 37 and discharge the fluid. As a result, the feed mechanism 5 is fixed in the operating position. In an alternative embodiment, the nozzles 57 and the recesses 33 may be missing, and loosening of the 16 pairs 50 in the operating position may be effected by the user self-turning the upper disc 51, or otherwise adjusting it suitably.

If the dispenser assembly 1 is maintained, the container 3 can be lifted away from the sleeve 2 and then -Lamed, cleaned or filled ph, based on the need. Thereafter, it can again be placed on top of the 16 pairs 50 and operation resumed. Alternatively, another container / bottle with other contents can be lowered into the sleeve 2.

When you then want to return the container 3 to the storage position, you can, by rotating the container 3 and thereby the 16 pairs 50 in the opposite direction, release the runner 50 from the bayonet mount 62 so that the pair 16 occupies a raised operating position, whereupon the guide pins 56 are again inclined in the axial loops. 61 dhr a movement of the lapar 50 and the container 3 from the operating position to the storage position Or majlig. It should be noted that during the loading of the upper disc 51 of the pair 16 by means of the bayonet mount 62, the guide pins 56 of the lower disc 52 remain in the axial grooves 61. In order to return the container 3 to the storage position, a pressure is again applied to the upper part 35 of the container 3. that thereby the runner 50 is pushed down and the spring 53 is compressed. The guide pins 56 have the lower disc 52 of the runner 50 then engage again with the serrated teeth 55 of the gear ring 54 so that the lower disc 52 is rotated stepwise and the guide pins 56 are rotated away from the axial grooves 61 having the feed tube 6. When the pressure against the container 3 ceases, the spring can 53 expand slightly and feed the guide pins 56 to the lower disc 52 to the storage positions 63 by the cooperation of the guide pins 56 with the liner 6 and the laser lapar 50 in the storage position and again prevents an expansion of the spring 53.

It should be noted that in the embodiment the rider comprises an upper disc 51 and a lower disc 52, the guide pins 56 of the upper disc 51 run in the same axial groove 61 at all times, the guide pins 56 of the lower disc 52 running in a new axial groove 61 at each feed of the container 3. In this way the container 3 is not rotated when the lower disc 52 of the runner 50 is rotated in engagement with the ring gear 54.

According to one embodiment, the spring 53 has the feed mechanism 5 weaker. A spring has the pump mechanism 37, so that a pressure against the container 3 to return it to the storage position does not result in the discharge of fluid from the container 3. In a preferred embodiment, the lid 36 of the container 3 has a rotary welding arrangement which prevents the lid from being undesirably pressed down Over the narrower portion 31a, the jacket surface 31 of the container 3 is connected in connection with the container 3 being pressed down into the sleeve 2. In the container 3 Or coated in the sleeve 2 Or the lid 36 load and when the container 3 is accessible and shall When used, the cover 36 is rotated in a first direction to effect a change of condition from load to loaded discharge layer in order to allow pumping / emptying of the fluid. Thereafter, the cover 36 is rotated in a first direction opposite to the second direction, or continued in the first direction, to effect a state change 1357 771 from being raised to the cleft emptying layer. Dangerously, the lid 36 is rotated in connection with the runner 50 being rotated, by means of the container 3, to / from the loaded operating position.

In an alternative embodiment, the axial grooves 61, bearing positions 63, bayonet fittings 62 and ring gear 54 may be milled directly into the tubular sleeve 2, although in the preferred embodiment they are formed as a separate ring gear 54 and a casing 6.

The pump 3 of the container 3 can in an alternative method (not shown) be fired with known contactless sensor technology, which is based on the fact that when you want fluid to be discharged, you can, for example, by placing your hand under the nozzle, get a sensor to frame it and thus start a discharging the fluid to the hand.

Furthermore, the feed mechanism 5 itself can also be controlled by means of an electric motor. In this embodiment, the very extension of the container with so-called spring force is not shot. The lifting and lowering must instead be able to be operated with known sensor technology, for example by sweeping with the hand when the container 3 sd is moved the runner 50 to the operating position. When you have finished using the container 3, you sweep it again with your hand when the container 3 dies, or the pressure is too light on the container 3, then the runner 50 must be moved back to the storage position. The electric motor can drive a rack arrangement or other suitable line unit, which displaces the runner.

Conceivable modifications of the invention The invention is not limited only to the embodiments described above and shown in the drawings, which have only illustrative and exemplary purposes. This patent application is intended to thank all the adaptations and variants of the preferred embodiments described herein, and accordingly, the present invention is defined by the wording of the appended claims, and thus the equipment may be modified in any conceivable manner within the scope of the appended claims.

It should also be noted that all information about / concerning terms as above, below, upper, lower, etc., shall be interpreted / read with the equipment oriented in accordance with the figures, with the drawings oriented in such a way that the reference numerals can be read correctly. Thus, such terms only indicate conditions embedded in the embodiments shown, which conditions may change if the inventive equipment is provided with a different construction / design.

It should be pointed out that Although it is not explicitly stated that features from a specific design can be combined with features in another design, this should be considered obvious as far as possible.

Claims (8)

A dispenser composition (1), comprising: A tubular sleeve (2) having a first end (21) having an axial opening (24) and a second third (22), said first end (21) having the tubular sleeve (2) arranged to arranged at a surface (41) has a carrier (4), 2. a feed mechanism (5) arranged in said tubular sleeve (2), the feed mechanism comprising a runner (50), which is reciprocable in said tubular sleeve (5). 2) between a storage position and an operating position, and 3. a container (3) for a fluid, characterized in that the container (3) is readily connected to the runner (50) and axially displaceable relative to the axial opening (24) in the tubular the first end (21) of the sleeve (2), wherein a mantle surface (31) has the container (3) hidden by the tubular sleeve (2) dl the runner (50) is coated in the storage position, and wherein the mantle surface (31) of the container (3) hr accessible from the outside of the tubular sleeve (2) 20 cid runner (50) hr coated in the operating position. Dispenser assembly (1) according to claim 1, used in the runner (50) of the feed mechanism (5) comprising radial guide pins (56) adapted to engage a gear ring (54) having the feed mechanism (5) by axial depression of the runner (5). 50), to rotate the runner (50) relative to the sleeve (2). Dispenser assembly (1) according to claim 1 or 2, the runner (50) is arranged to selectively occupy one load and one loaded operating position, respectively. Dispenser assembly (1) according to claim 3, wherein the guide pins (56) have the runner (50) of the feed mechanism (5) arranged to engage a bayonet first 16 537 771 (62) having the sleeve (2) and the runner (50) is in the loaded operating position. Dispenser composition (1) according to any one of the preceding claims, used in the runner (50) is a spring spring bucket by means of a helical spring (53). A dispenser composition (1) according to any one of the preceding claims, which in the same case comprises a steaming device (7) arranged to vaporize the movement of the container (3) from the storage position to the operating position. Dispenser assembly (1) according to any one of the preceding claims, used in the upper end (35) of the container (3) in the storage position is flush with the upper front end (21) of the sleeve (2). Dispenser assembly (1) according to any one of the preceding claims, used in the runner (50) comprises a lower plate (51) and a lower plate (52), which are connected to each other and are rotatably rotatable. 17