An improved system for fitting a container to a distribution device

Abstract: The present invention is primarily directed to a system for fitting a container, preferably a liquid container, to a distribution device, preferably a liquid distribution device, wherein said system comprises: (i) a distribution device comprising a recess for fitting a container; and (ii) a container comprising a composition, preferably a liquid composition, said container comprising top and bottom ends and a side wall having an external surface, said container being releasably engageable in said recess , wherein: (a) said recess and said container comprise a common longitudinal axis; and (b) said recess comprises a spring-loaded protrusion which engages a corresponding path on said surface of said side wall when said container is fitted in said recess; and (c) said path comprises a stop for said protrusion; and (d) said recess comprises a spring-loaded abutment for said container; and (e) said container can be fitted in said recess in a first, released, position, and a second, locked, position, and a fluid communication between said container and said device can only be established when said container is fitted in said second position, and (f) said container is switcheable between said first and second positions by pushing said container once in a direction along its longitudinal axis.

Description: TECHNICAL FIELD The present invention relates to an improved system for fitting a container to a distribution device, said system and/or device being preferably incorporated into a refreshing/cleaning apparatus for treating fabric garments, and said distribution device being preferably a liquid distribution device. BACKGROUND OF THE INVENTION Certain delicate fabrics are not suitable for conventional in-home immersion cleaning processes. Home washing machines, which provide excellent cleaning results for the majority of fabrics used in today's society, can, under certain conditions, shrink or otherwise damage silk, linen, wool and other delicate fabrics. Consumers typically have their delicate fabric items "dry-cleaned". Unfortunately, dry-cleaning usually involves immersing the fabrics in various hydrocarbon and halocarbon solvents that require special handling and the solvent must be reclaimed, making the process unsuitable for in-home use. Hence, dry-cleaning has traditionally been restricted to commercial establishments making it less convenient and more costly than in-home laundering processes. Attempts have been made to provide in-home dry-cleaning systems that combine the fabric cleaning and refreshing of in-home, immersion laundering processes with the fabric care benefits of dry-cleaning processes. One such in-home system for cleaning and refreshing garments comprises a substrate sheet containing various liquid or gelled cleaning agents, and a plastic bag. The garments are placed in the bag together with the sheet, and then tumbled in a conventional clothes dryer. In a current commercial embodiment, multiple single-use flat sheets comprising a cleaning/refreshing agent and a single multi-use plastic bag are provided in a package. Unfortunately, such in-home processes are designed for use in a conventional clothes dryer, or the like apparatus. Such apparatuses are not always readily available, and they are often uneconomical. Moreover, in many countries clothes dryers are simply unnecessary. For example, in many warm tropical regions people do not typically own clothes dryers because their clothes can be dried year-round by hanging them outside in the sun. In the areas of the world where people do not typically own clothes dryers, products that require a heating apparatus, such as a clothes dryer, are of little or no value. Steamer cabinets have also been utilized in the past to treat fabric articles with heavy doses of steam. Unfortunately, past steam cabinets were largely uncontrolled with respect to temperature and humidity. The cabinets were generally large appliances that were not portable. And due to the large amount of steam used, a drying step is often required that puts strain on the fabrics. The drying step also requires additional time and energy, and often results in undesirable shrinkage. Thus, there was a need to develop a domestic, non-immersion cleaning and refreshing process, and cleaning and refreshing compositions for use therein, which provides acceptable cleaning without the need for a tumble dryer. Moreover, there is a need for apparatuses that can regulate both temperature and relative humidity within a container during a domestic, non-immersion cleaning and refreshment process, wherein dry clean only fabrics are cleaned, de-wrinkled and refreshed. Thus, apparatuses were developed for treating a fabric article, which include a collapsible or expandable container that is made from a material that defines an interior void space having an open volume, and an opening. Such known apparatuses also include a humidity provider; a heating element; a hangar for suspending at least one fabric article within the interior void space of the container; a vent; and an air circulation device. The container can be collapsed so that the apparatus is portable. The heating element that is used in such known apparatuses is typically a steaming unit or equivalent which volatilizes the refreshing and cleaning composition by heating it up to its volatilizing temperature. However, such apparatuses are usually provided with liquid refreshing/cleaning apparatuses via a liquid reservoir that is connected to the appliance, and there is a risk of leakage of such liquid containers at the time they are connected to the appliance. Such apparatuses are typically to be connected to the main electricity supply, and further contain electronic components that contain a large amount of electricity. Moreover, there is a risk of accidental removal of the liquid container while the appliance is being used, which could lead to damaging the apparatus or even injure the user. Finally, it is crucial that the connection/disconnection of the liquid container from said appliance be as easy as possible, in order to make the overall usage of the appliance simple to the consumer. Indeed, such apparatuses have been created to facilitate the tasks of cleaning/refreshing fabrics, so it is essential that all operations needed to operate such an appliance be as obvious and simple as possible for the consumer. Thus, there is a need for a new fitment system that allows the user to frequently connect/disconnect a container, preferably a liquid container, to an electrical dispensing appliance, preferably a liquid distribution appliance, that is connected to the main, which is extremely easy to use, and maintains the liquid container into the apparatus in such a way that the risk of leakage is reduced to a minimum. US-A-5 960 840 describes a system with a distribution device and a container, said device comprising a recess for fitting said container, the container being releasably engageable in said recess, said device comprising protrusions which engage in a path, the container being movable between a first released position and a second locked position, in which fluid communication is established, by pivoting said container. SUMMARY OF THE INVENTION The present invention is embodied in a system according to claim 1, said system comprising a container and a distribution device,a method for distributing a product according to claim 8, a device for dispensing a product according to claim 15 and a container according to claim 22. BRIEF DESCRIPTION OF THE DRAWINGS While this specification concludes with claims that distinctly define the present invention, it is believed that these claims can be better understood by reference to the following Detailed Description Of Preferred Embodiments of The Invention and the drawings, wherein: Figure 1 is a perspective of an appliance to be used with a system (11) according to the present invention. Figure 2 and 3 are perspective schematic views of a portion of the interior of the appliance used in the context of the present invention, respectively showing: the appliance without the recess for the container mounted therein (Fig. 2), and the appliance with the recess for the container mounted therein (Fig. 3). Figures 4 to 7 are respectively front, side, perspective, and top views showing a container to be used in a system (11) according to the present invention. Figure 8 is a perspective view showing a spring-loaded element of the system (11) according to the present invention, that comprises the protrusion that moves along the path (30). Figure 9 is an exploded perspective view showing the recess of the appliance with its spring-loaded movable bottom portion. DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS OF THE INVENTION The present invention is directed to a system (11) to releasably connect - or fit - a container (10) to a distribution device (1) - hereafter along the description also referred to as a dispensing appliance (1) -, and to a container (10) suitable for use in such a system (11). In a highly preferred embodiment of the present invention, the container and dispensing appliance are respectively liquid container and liquid dispensing appliance, indeed the system of the present invention is primarily directed to systems that convey liquids and thus all along the following description the different elements constitutive of the present invention will be described as liquid-conveying elements, however, this is not intended to limit the scope of the invention, since the present system can also be used to convey, contain, and distribute over forms of products, such as powders, granules, pills, gases, or the like. The container (10), preferably liquid container (10), as described hereafter, is such that it will fully participate to the efficiency of the system (11). Both the liquid container (10) and the liquid dispensing appliance (1) comprise elements that cooperate to create the whole fitment system (11). All along the present description, some elements are described are being spring-loaded. By spring-loaded, it is meant loaded with a resilient means, for example, a coil spring, a blade, made of any suitable resilient material such as metal, alloy, or plastic. Other examples of resilient means to spring-load a mechanical element include but are not limited to various gears, or pneumatic systems using air resilient compression (eg. air contained inside a closed deformable chamber that is compressed and thus loaded with a resilient elastic energy). The container The system (11) is created by cooperation of some elements of a liquid container (10) with some elements of a liquid distribution device (1). The liquid container (10) can be any suitable container for containing and dispensing a liquid. Preferably, it is a plastic bottle comprising a bottle body, a bottleneck, linked to the body via bottle shoulders. More preferably, the bottle is made out of a cheap manufacturing process such as extrusion blow molding or injection blow molding, thermoforming or other suitable FFS (Form-Fill-Seal) processes. The section of the bottle, especially in the region of the body, can have any suitable shape, but it is preferably parallelepipedic or elliptic. In any case, the section of the container body must not be circular, so as to avoid that said container (10) can rotate when placed into the recess (20) of the appliance (1). Optionally, the bottle (10) can comprise a handling means, such as built-in handle; however, such a handle must not be positioned such that it could prevent access to the guiding path (30) by the protrusion of the liquid distribution device (1). Also preferably, the neck (17) of the container (10) is off-centered relatively to the longitudinal central axis - or rotation axis - of said container (10). It has been found that the stability of the container (10), once inserted into the recess (20) of the appliance (1), is surprisingly enhanced when the neck (17) of said container (10) is off-centered. For clarity purposes in the following description, it is important to orientate and better describe the liquid container (10). As shown in figures 4 to 7, the liquid container (10) of the present invention comprises top (21) and bottom (22) ends, and container sidewalls (23) that generally correspond to the container body walls (23). The top (21) of the container is defined as the portion that is close to the neck (17) and dispensing opening (13) of said container (10), and the bottom end (22) is the end opposite to the top end (21). The axis that passes through the median points of the sections defined by the top (21) and bottom (22) ends of the container (10), defines the longitudinal axis of said container (10). Preferably, the container (10) is a non-refillable container (10), whose dispensing opening (13) is covered by a non-removable pierceable closure. By pierceable closure, it is meant for example normal screwed cap with anti-back off ratchets positioned under the screw thread on the inside of the cap's skirt that prevent the cap from being unscrewed from the neck (17) of the container (10). By pierceable, it is meant that the cap is provided with a pierceable means, preferably a pierceable membrane with elastic properties, made out of for example polymers with resilient properties, synthetic or natural elastomers. Said membrane is to be pierced by at least one corresponding piercing means of the liquid distribution device (1). More preferably, the pierceable septum is made out of a laminate, for example, a rubber/PET laminate, such that after being pierced, the septum automatically recloses in a substantially leak-tight manner once the container (10) is removed from the liquid dispensing apparatus (1). The fitment system The system (11) is created by cooperating elements of the liquid container (10) and the liquid dispensing appliance (1). First, the liquid container (10) comprises at least one path (30) that is made such that it will guide at least one spring-loaded movable protrusion (27) of the recess (20) along path portions that define an open cycle. The guiding path (30) can alternatively be on the liquid distribution device (1), and the movable protrusion (27) onto the liquid container (10). However, for manufacturing costs reasons, and convenience in the manufacturing processes, it is preferred that the path (30) be on the container (10) and the protrusion (27) on/in the appliance (1). Second, the liquid distribution device (1) comprises a recess (20) that has a complementary shape to the external shape of the liquid container body, and said recess (20) comprises at least one spring-loaded movable protrusion (27) that can cooperate with the path (30) of the container (10). Preferably, said spring-loaded movable protrusion (27) is a movable pin that releasably engages said path (30) of the container. By "a recess that has a complementary shape to the external shape of the container body", it is meant a recess that has generally the same section as the section of the liquid container body. Said recess (20) of the device (1) comprises a longitudinal axis which is defined as the axis that generally passes through the median points of the recess' s sections comprised within the planes defined by the top (opening) and bottom ends of said recess (20). In addition, it is an essential feature of the system of the present invention that said recess (20) and said container (10) comprise a common longitudinal axis, when said container (10) is, at least partially, inserted in said recess (20). It is a most preferred feature of the system (11) according to the present invention, that the sections of the liquid container body, and the section of the appliance recess (20) be non-circular, so that once it is inserted into said recess (20), the container (10) cannot pivot inside said recess (i.e. only longitudinal movements of the container are allowed once it is inserted in the recess of the appliance). Accordingly, the protrusion (27) and path (30) will control the only remaining possible movement of the container (10) inside the recess (20), which is the longitudinal movement. As shown in figures 4 and 6, the guiding path (30) of the container (10) comprises several portions that guide the movable protrusion (27) of the recess (20) when the container (10) is at least partially inserted into said recess (20) and the user exerts a pressure onto said container (10). Preferably, the entry point (31) and exit point (32) of the protrusion (27) into the path (30) are close to each other, so that while sliding in, along, and out of the path (30), the protrusion (27) describes a whole cycle. As shown in figures 4 and 6, the path (30) is positioned onto the container (10) such that when said container (10) is inserted into the appliance (1), the protrusion (27) of the recess (20) automatically faces the entry path portion (33). It is highly preferred, for the container (10) to be easily moved in/out of the appliance (1) and blocked therein during use, that the movement of the container (10) relatively to the appliance (1) be only possible along one axis. More preferably, the movement of the container (10) inside the appliance (1) is only possible along an axis that is parallel to the longitudinal axis of said container (10). The guiding path (30) further comprises a transition path portion (35) that connects the entry (33) and exit (34) path portions. The transition path portion (35) comprises a stop (36) wherein the protrusion (27) of the liquid dispensing appliance (1) is blocked during use of the appliance (1), in such a way that the container (10) cannot disconnect from said appliance (1), unless the user presses once onto the bottom (22) of said container (10). By blocking the protrusion (27) in a given position, the stop (36) prevents any longitudinal movement of the container (10) inside the appliance (1), until the user releases said protrusion (27) from said stop (1). As described in detail above, once the container (10) is inserted inside the recess (20) of the appliance (1), the only remaining possible movement therein is most preferably a sliding movement along the longitudinal common axis of said container (10) and said recess (20). Then, once the movable protrusion (27) is locked onto the stop (36) of the transition path portion (35), the container (10) cannot move at all relatively to the appliance's recess (20). Thus, the risk of leakage at the interface between the container (10) and the appliance (1) is dramatically reduced, if not cancelled. It is an essential feature of the system of the present invention that the recess (20) of the appliance (1) comprises a spring-loaded movable abutment (26) that abuts the shoulders (25) of the bottle (10) when said bottle (10) is inserted into said recess (20). The abutment (26) of the recess (20) is spring-loaded such that the spring(s) (29) is/are charged with elastic energy when one pushes onto said spring-loaded abutment (26) of the recess (20), or when the user pushes the container (10) downwards into said recess (20). As shown in figures 4 and 6, the stop (36) of the transition path portion (35) is located such that when the protrusion (27) of the recess (20) is locked into said stop (36), the container (10) is already pressed downwards into the recess (20) of the appliance (1), and thus the springs (29) tend to move the container (10) upwards out of said recess (20), and thus the protrusion (27) is locked at the bottom (37) of said stop (36). In a first embodiment of the present invention, the pierceable cap or membrane of the container (10) is pierced by the piercing means of the appliance, so as to establish a leak-tight fluid communication between the two, at the time the container (10) is pressed downwards into the recess (20) by the user, and the same fluid communication is maintained while the container (10) is locked into said recess, until the user presses onto said container to remove it from the recess (20). In a second embodiment, which is preferred, the recess is mounted onto a basculating door, linked to the rest of the appliance (1) by a hinge or shaft (39). In that second embodiment, the fluid communication is not immediately established when the user presses onto the container (10) and locks it into the recess (20). The user first ensures that the recess (20) is in the open position. The user then inserts a container (10) into the recess (20), making sure that the container (10) is oriented so that its dispensing opening (13) is inserted first. Then, the user presses onto the container (10) to move it downwards into the recess until the protrusion (27) clicks and locks into the stop (36), so that the bottle (10) is locked into the recess (20). Then the user basculates the recess in its closed position around hinge (39), so that at the time the recess is closed, the piercing means of the appliance (1) has punctured the pierceable cap or membrane of the container (10), in order to establish a leak-tight fluid communication between the two. In both of the preceding embodiments, a leak-tight fluid communication can be established only when the container (10) is locked into the recess (20). Due to the shape of the stop (36), as shown in figures 4 and 6, the protrusion (27) of the recess (20) can only be released from said stop (36) and slide to the exit path portion (34) if the user exerts a pressure onto the container (10) to make it move downwards further into the recess (20), and so that the protrusion (27) slides up out of the stop (36) relatively to said container (10). In a highly preferred embodiment of the present invention, as shown in figure 8, the movable protrusion (27) of the recess (20) is pivotally mounted around an axis, so as to move, but it is also spring-loaded, and positioned relatively to the path (30) of the liquid container (10) such that when said protrusion (27) engages the entry path portion (34), the spring (38) of said protrusion (27) is gradually loaded with elastic energy. When said protrusion (27) is locked into said stop (36), it is still charged with elastic energy, and thus a single press onto the container (10) allows said protrusion (27) to escape from said stop (36) and automatically engage the exit path portion (34). The path (30) preferably is generally W-shaped, and positioned such that the entry path portion (33) catches the protrusion (27) of the recess (20) when the container (10) is inserted into the recess (20) of the recess (20). In a first embodiment, as shown in figures 4 to 7, the path (30) is a groove in the surface of the bottle (10), said groove following the general contours of said path (30). In a second embodiment, the path (30) is a relief on the surface of the bottle (10), and in that case, only the inner contours of the path (30) are defined, which is sufficient for the protrusion (27) of the recess (20) to be guided. However, in this second embodiment, an additional protrusion can be added above the stop (36), to prevent that said movable pin (27) escapes said stop (36) and goes directly from the entry path portion, to the exit path portion, when the user presses onto the container. Preferably, the height of the W is as great as possible so that the entry (33) and exit (34) path portions will be more vertical, thus causing less friction to insert the container (10) inside said recess (20). The size of the protrusion (27) is preferably substantially similar to the width of the path (30) in case said path (30) is a groove. Obviously, this dimension is not critical in case said path (30) is a relief on the surface of the container body. Preferably, the draft angle of the W defined by the path (30) is adapted to the shape of the protrusion (27) of the recess (20), for example 5°. Also preferably, in order to ensure a good performance of the system (11), and especially facilitate exit of the container (10) form the recess (20), the exit path portion (34) is steeper than the entry path portion (33). The split plane passing through the path (30) should preferably be parallel to the plane defined by the movement of the protrusion (27). However, depending on the shape of the liquid container, the path (30) can be located along the portion of an ellipse - in case the section of the container body is oval -, as shown in figures 4 to 7. Preferably, the draft angles of the entry and exit path portions are as low as possible, so as to give the lowest possible friction force between the protrusion and the path (30) when moving said protrusion (27) along said path (30). The material for the protrusion (27) of the appliance can be any suitable material with good sliding performance with regards to the material of the bottle (10). Also preferably, in case the draft angles of the entry (33) and exit (34) path portions are not the same, the draft angle of the entry path portion is greater than the draft angle of the exit path portion, as shown in figure 4. In a preferred embodiment of the present invention, the recess (20) of the appliance is constructed like a drawer that is pivotally mounted onto the appliance via a hinge system (39). This is best shown in figure 9, and also in figures 2 and 3. Such a construction for the recess (20) is especially beneficial in case the container (10) is a bottle with a pierceable cap and the appliance (1) comprises piercing means to pierce the pierceable cap of the bottle and establish a leak-tight fluid communication between said bottle (10) and said appliance (1). In this case, the system should preferably be constructed such that the membrane of the container is pierced only once said container has been fully inserted into said recess of said appliance, and once the door is basculated into closed position. It has been found that, in case the container is oval, i.e. has an elliptic cross-section, the neck of the container (10) should preferably be off-centered across the section of said container, and biased towards the largest arc of the ellipse, since this improves the pierceability and leak resistance of the system (11). In total, the present invention provides a system (11) as described in claim 1 for releasably and easily fitting a liquid container (10) to a liquid distribution device (1). Needles protecting plate In a preferred embodiment, the container (10), once inside the recess (20), is pierced by two needles of the appliance, so as to establish a fluid communication between the inside of the container and the liquid distribution device. One needle delivers product while the other allows air to flow in the container and compensate the volume of liquid that is dispensed. However, it has been found that access to the needles when the recess (20) does not contain a container (10) should be prevented, for safety reasons. In order to solve that issue, and in a highly preferred embodiment of the present invention, the recess (20) of the device (1) is mounted into a basculating door that is pivotally mounted onto the appliance (1) via a hinge or shaft (39). Further, the system (11) comprises a movable protecting plate that is movable in one direction along guide rails. Said direction of movement of the protecting plate is chosen to be parallel to the direction of movement of the abutment (26) when the door is closed. The movable abutment (26) and the door are both connected and movable vs. each other by means of a spring-like element. The movable abutment (26) of said recess is also linked to the protecting plate via a rigid shaft that is pivotally attached to the abutment (26) and also movably attached to the protecting plate. When the door is in open position, the direction of movement of the abutment (26) is no longer parallel to the direction of movement of the protecting plate. Since both are linked by a rigid axis, the movement of the protecting plate is blocked. When the door is in closed position, the direction of movement of the abutment (26) is parallel to the direction of movement of the protecting plate, and thus, the movement of the protecting plate is allowed, along its guide rails, and it can give access to the needles. In this system the bottle shape can be extremely beneficial to the robustness of the system. Particularly, the off-centered neck of the container (10) is designed to facilitate piercing of the membrane. Since bottle comes down in an arch while basculating the door, the off centered neck helps decreasing possible deformation or stress on the needles. Method of using the system The present invention further describes a method of using a system (11) as described above for distributing a liquid from a liquid container (10) through a liquid distributing device (1) - or liquid dispensing appliance (1) -. The distribution of liquid is possible when a substantially leak-tight liquid-fluid communication has been established between said container (10) and said appliance (1) through the system (11) according to the present invention. The said method of distributing a liquid by use of the system (11) of the invention, comprises the steps described in claim 8. A main benefit of the system (11) of the invention, is its simplicity of use. Once the liquid container (10) has been inserted into the recess of the appliance the user only has to press once onto the bottom (22) of said container (10) to click and lock it into the recess (20) of the appliance (1). By pressing a second time onto the bottom (22) of the container (10), the user releases the protrusion (27) from the stop (36) of the path (30), and the container (10) is pushed backwards by the spring-loaded abutment (26) of the recess (20), out of said recess (20). The liquid distribution device System (11) and bottles (10) as herein before described can be used with any type of liquid distribution device (1) - or liquid dispensing appliance (1) -, however, in a preferred embodiment of the present invention, said system (11) and liquid container (10) of the present invention are best used in combination with a fabric garments refreshing/cleaning apparatus (1) as hereafter described. A liquid distribution device (1) suitable for use in a system according to the present invention comprises a recess for fitting a container, said recess comprises a spring-loaded protrusion for engaging a corresponding path on said surface of said side wall of said container, and said recess further comprises a spring-loaded abutment for said container when it is fitted in said recess. Preferably, said device (1) further comprises a recess that is mounted onto a basculating door, said door being hinged to the rest of the appliance (1) via a hinge or shaft (39). Also preferably, said device (1) comprises at least one needle to pierce a pierceable membrane of a container inserted into said recess (20). More preferably, there are two needles: one for sucking out the loiquid from the container, and the other for letting air into the container, so as to compensate the loss of volume therein. The apparatuses are suitable for use in a cleaning and refreshing method that requires at least two steps, and preferably three. The temperature and relative humidity within the fabric treatment apparatus can be manipulated and controlled to create a warm, humid environment inside the container (12) of the fabric treatment apparatus. This controlled environment volatilizes malodor components in the manner of a "steam distillation" process, and moistens fabrics and the soils thereon. This moistening of fabrics can loosen pre-set wrinkles, and because the fabric articles are hung in the container new wrinkles do not form. Proper selection of the amount of the vapor, and specifically the amount of water used in the process and, importantly, proper venting of the container in the present manner can minimize shrinkage of the fabrics. Moreover, if the container is not vented, the volatilized malodorous materials removed from the fabrics, which are not captured by the filter if present, can undesirably be re-deposited thereon. Relative humidity is a well-known concept to those in the fabric care arts. As used herein, "relative humidity" means the ratio of the actual amount of water vapor in the air to the greatest amount the air can hold at the same temperature. Temperature and relative humidity controllers are well known to those skilled in the art, as are passive and active controllers. As used herein, an "active" controller is a controller that reads an input and supplies feedback to the device being controlled and that device adjusts based on the feedback received. A "passive" controller, as used herein, is a controller that turns a device on or off, or opens or closes a device, based on a predetermined setting such as time. For example, a passive temperature controller would turn on a heating element or close a vent to increase the temperature in a given environment and after a certain period of time the heating element is turned off or the vent is opened. In contrast, an active temperature controller reads the temperature and if, for example, the temperature is too low, the power to the heating element is increased or the vent is closed to increase the temperature. As used herein "fabric articles" is meant to encompass any and all articles of manufacture that are made at least partially of a natural or manmade fibrous material. Examples of fabric articles include, but are certainly not limited to: toys, shoes upholstery, garments, carpets, clothes hats, socks, towels, draperies, etc. Apparatus The fabric care apparatuses suitable for use with a system (11) according to this invention can take a variety of forms. But it is generally preferred that the apparatuses comprise a container that substantially encloses the fabric articles being cleaned and refreshed. By "substantially encloses", it is meant that the fabric articles are enclosed in the container, but that the container can, and preferably will, include one or more vents. The container must have an opening to access the fabric articles, and preferably, there is a bar, hook or other device on which to hang the fabric articles. The container preferably has only one wall configured like an eggshell. It has been found that the vapor, and subsequently the active ingredients, preferentially condense in the corners and along the sharp edges of a more conventional rectangular shaped cabinet. This is not to say that the methods of this invention cannot be conducted in rectangular cabinets; they can. Regardless of its shape, every container has an "open volume" which as used herein means the volume of the container when it is in use. The containers of this invention are collapsible or expandable and have a substantially reduced volume in their closed or collapsed state. Referring now to Figure 1, which is a schematic representation of a fabric treatment apparatus (1) suitable for use with the present invention (also referred to in the following description as a refreshing/cleaning apparatus (1) or device) wherein the collapsible or expandable, preferably flexible walls (18) of container (12) are preferably made of a flexible material, which is preferably a lined fabric material. And more preferably the lining is a coating applied to the fabric by methods known to those skilled in the art such as transfer coating, direct coating. The fabric is preferably selected from the group consisting of cotton, polyester, nylon, rayon and mixtures thereof, and the lining is preferably selected from the group consisting of silicone, polyurethane, polyvinyl chloride and mixtures thereof. Collapsible or expandable walls (18) of container (12) define an interior void space (19), which is preferably supported by one or more rigid, yet collapsible frames. These frames can be separate from one another, or they can be a unitary structure. Interior void space (19) can be viewed via window (15) if collapsible or expandable walls (18) are made of an opaque material. It is understood that while treatment apparatus (1) is shown in a rounded rectangular configuration, the present invention is not meant to be so limited. Other structural configurations are appropriate for this invention, for example, pyramid, spherical, hemi-spherical, two-sided/garment bag and other configurations. Treatment apparatus (1) can be any appropriate size and shape to achieve the desired volumetric sizes disclosed herein. Fastener (16), which seals opening (14), can comprise virtually any known sealing device such as zippers, tape, ZIP LOCK® seals and hook and loop type fasteners, for example VELCRO®. In one preferred embodiment of the present invention, the apparatus (1) comprises a fastening means to secure the zip (16) in closed position. It has been found that there is a risk of accidentally opening the container (12) while the apparatus (1) is running. There is some risk of injury for the user as apparatus may contain very hot vapors, and/or such compounds as ozone. There is also a risk that the user be injured by inhaling very small particles of nebulized refreshing/cleaning composition, which will go very deep into the respiratory system, which can be undesirable or unhealthy to the user. The fastening means can be of any suitable sort that allows to block the zip (16) in closed position. In a first embodiment, it is achieved by a hook onto the movable portion of the zip (16) that is caught by a buckle of the stationary portion of the zip (16). Once the user has closed the container (12), the movable portion of the zip (16) is close to the buckle, so the user can fasten the zip by passing the hook into the buckle. In a second and preferred embodiment of the present invention, the fastening means is achieved by a system similar to the ones used for fastening the seatbelts in cars or planes. In addition, this system is completed by an electrical security latch that is linked to the main power switch of the apparatus. Once the container is closed, the user fastens the zip to lock it. Once the user pushes on the main switch to start a cycle, an electrical contact makes the fastening means impossible to unlock until the end of the cycle. The containers suitable for use with the present invention preferably comprise a rigid top portion (42) and a rigid bottom portion (40), which gather to form a receptacle for the container when it is collapsed. If a frame is employed, the rigid portions of the container can serve a support for the frame, or the frame and the rigid portion can be separate items that are not connected to one another. Preferably the frame or frames form a flexible, collapsible structure that when expanded forms a semi-rigid, three dimensional structure. Examples of collapsible structures are known, for example, in U.S. Patent No. 5,038,812, which issued on August 13, 1991, to Norman. In general, flexible, collapsible frames, such as those found in Norman, are formed from material that is relatively strong but nevertheless flexible enough to allow it to be collapsed. An exemplary frame material is flat spring steel having a rectangular cross section with dimensions of 1.6mm in width and 76mm in length. The frame or frames can be sewn, glued or otherwise attached to the interior or the exterior of the treatment bag. Likewise, the frame or frames can be free standing with the treatment bag material hanging loosely over, or being expanded by the frame. As is discussed briefly above, the apparatuses (1) are collapsible. That is, the container can be folded to substantially reduce its volume. More preferably, the container collapses into a receptacle that can be formed by the rigid portions of the container, or the receptacle can be a separate item. The receptacle need not be rigid, but can be any suitable storage unit for the collapsed container. Preferably the container comprises a handle that makes it easier to transport the collapsed container from one place to another. Even more preferably, the handle also serves as the exterior hanging means (45), which is used to hang the apparatus in use and can be used as a handle to carry the receptacle when the apparatus (1) is collapsed. To facilitate numerous cycles of collapsing and un-collapsing, the collapsible or expandable, preferably flexible material must be reasonably durable. By durable it is meant that the container should resist mechanical and chemical stress, that is the material should not swell, soften or develop cracks, holes, or other defects during its normal use. Likewise, if the container is constructed of a lined material, the lining should not deteriorate or exfoliate. In one preferred embodiment of this invention, the container is also thermally insulated with additional material, or even more preferably, the flexible material is a thermally insulating material. But as is discussed below in the Method description, there is a need for relatively quick "cool-down" of the bag which allows for condensation of the perfume on the fabrics. Thus, the bag should not be perfectly insulated. The collapsible or expandable, preferably flexible, material should have a natural vapor permeability not higher than 3000, preferably, not higher than 2000, and more preferably not higher than 1000 grams of water/m 2 /day. Vapor permeability can be measured by a standardized test such as the ASTM E96 test, which will be known to those skilled in the art. The collapsible or expandable, preferably flexible, material can be essentially vapor impermeable, but it may be desirable for the container walls to have some limited permeability so the container can "breathe". Also, the collapsible or expandable, preferably flexible, material should be resistive to chemical corrosion, and ultra violet light. The various materials listed below as suitable cleaning and refreshment composition additives should not damage the container material over time. Likewise, the apparatuses of this invention may be used near a window wherein the sunlight might fade or otherwise damage the material. The container material should be selected to minimize this degradation due to natural sources. Suitable collapsible or expandable, preferably flexible, materials can be purchased from the Milliken Corp., in South Carolina, or the Sofinal Corp., in Belgium. The containers suitable for use with the present invention can be formed from one sheet of collapsible or expandable, preferably flexible, material or from multiple sheets of material that are joined together in any appropriate manner. Those skilled in the art can contemplate many ways to join multiple sheets of material together to form a container. For example, the sheets can be sewn together, stapled, adhesively bonded, heat bonded, sonic bonded, or attached to one another by means that are known. The seams of container (12), if properly engineered, can form the container vent. By properly engineered, it is meant that the welds, stitches, bonds, staples, etc. of the container should be spaced so as to vent the desired amount of air during operation. Those skilled in the art will be able to determine the proper seam construct to achieve the desired venting without undue experimentation. In addition to the at least one wall that defines an interior void space, the containers of this invention preferably comprise: at least one vent (28); a temperature controller that is preferably active and is capable of changing and maintaining the air temperature within the interior void space (19) of container (12); an ultrasonic nebulizer, which is capable of producing a fine mist out of liquids and which will be used to deliver the refreshing and cleaning composition to the fabrics in the form of very small droplets, and thus, acts as a humidity provider that is capable of maintaining a certain level a relative humidity within said interior void space of the container (12); and an air circulation device, for example, a fan. Preferably, for the optimum deodorization, it is preferred to have air velocities around the garment between 0.05 to 10 m/s, more preferably between 0.1 and 5, most preferably between 0.5 and 2 m.s-1. Preferably, the active temperature controller, the passive humidity controller, the ultrasonic nebulizer, and the air circulation device are all within the interior void space (19) of container (12), as shown in schematic profile view of figure 3. Necessarily air circulation device has an air inlet and an air outlet, and it is preferred, that both air inlet and air outlet are located within interior void space (19) of container (12) so that at least a portion of the air within the interior void space (19) of container (12) is recirculated. Likewise, air outlet of the air circulating device is at least about 30 cm, preferably at least about 25 cm, and more preferably at least about 20 cm from vent (28) such that a portion of the air circulated within the interior void space (19) of container (12) is vented to the exterior of the container. The vent is preferably selected from the group consisting of the natural permeability of the flexible material, seams created between sheets of the flexible material, seams between the container opening and the flexible material, a void space in the container material, and mixtures thereof. By void space in the container material it is meant that the vent can be any appropriately sized hole or opening. The filter can also be a component of the apparatus. The filter is preferably located at the top of the apparatus (1), as shown in figure 1, or at the bottom in either close proximity to the fan, thereby removing the need for a vent and the apparatus may then work in close system or under the cover plate in close proximity to the ultrasonic nebulizer. Preferably the filter is in close proximity, e.g. adjacent, the vent. Even more preferably the apparatus, most preferably the vent comprises a humidity sink, e.g. condenser for condensing vapors before they are emitted from the container. Preferably the filter comprises an absorbent material, for example, activated carbon, to absorb fugitive chemicals, perfumes, and malodorous compounds before they are emitted to the exterior of the container. Most preferably, the filter is a low-pressure filter that has a low resistance to air. Typical of such filter are commercially available from AQF under the trade name CPS® or from MHB filtration. Preferably, part up to the total surface of the air circulation device, e.g. fan may be covered by the filter. If part of the air circulation device is covered, lost of the perfume through the filter is minimized whilst when the whole air circulation device is covered one can have the air circulation device automatically switched off upon the end of the cycle thereby enabling deposition of the perfume onto the garment. Condensers and filters are well known to those skilled in the appliance arts. The apparatuses described herein utilize very small droplets of refreshing and cleaning composition - equivalent to vapors in terms of quality of distribution onto the surface of the garments being treated - to clean and refresh fabric articles as described above. Preferably, the temperature of the droplets is higher than room temperature because the refreshing and cleaning composition is heated by the hot protective liquid of the ultrasonic nebulizer (see more detailed description hereafter). The droplets are typically created within the container by an ultrasonic nebulizer which turns a cleaning and refreshment composition, which comprises water and actives, into a very fine mist. The water and actives, that is, the "cleaning and refreshment composition", or "fabric treatment composition" (these two terms are used interchangeably throughout this description and are intended to mean the same thing), can be added to the container in any appropriate way. The composition can be poured into the bag, poured into a reservoir that feeds into the ultrasonic nebulizer/humidifier, canisters can be used to inject the composition, or an absorbent substrate saturated with the composition can be placed in the bag. Substrates and compositions suitable for use in the methods of this invention are described in greater detail below. It is understood that those skilled in the art will know of other methods of adding actives to the container and those methods are within the scope of this invention. When present, the refreshing and cleaning composition is contained inside a bottle forming a container that is removably connected to the apparatus, as previously explained, via a system (11) according to the present invention. Preferably, the bottle is a recharge that is not refillable and comprises a pierceable cap. By pierceable cap, it is meant a closure that comprises a pierceable membrane. Preferably, the membrane is an elastomeric pierceable membrane that is inserted and maintained onto/into the cap. More preferably, the membrane is made such that once it has been pierced, it recluses so as to be substantially leak-tight. For example, leak-tight reclosable pierceable membranes can be made out of a laminate elastomer/PET membrane. As discussed above, the apparatuses suitable for use with this invention comprise a ultrasonic nebulizer and an air circulation device that work together to vaporize and distribute the cleaning and refreshment composition. By "work together" it is meant that the ultrasonic nebulizer is in fluid communication with the air outlet of the air circulation device such that as air is circulated within the interior void space of the container it contacts the ultrasonic nebulizer. Moreover, it is especially preferred that the ultrasonic nebulizer be in fluid communication with a fabric treatment composition that is "vaporized" by the ultrasonic nebulizer. By using the word "vaporized", it is not meant to mean only producing a fine mist by using heating. In the context of the present invention, the fine mist is produced by an ultrasonic nebulizer, which is using high-frequency waving at the surface of the liquid to detach droplets, rather than heating of the liquid. As previously explained, the fine mist that is produced by the nebulizer used in the present invention comprises small droplets of liquid with a diameter preferably comprised within the range of 1 to 35 µm, more preferably within the range of 1 to 20 µm. A fine mist of droplets differentiates from a vapor in that it contains droplets of liquid, while a vapor is only made of separate molecules of liquid. However, the fine mist produced by the nebulizer of the present invention is similar to a vapor in terms of properties of penetration into the fabrics. More importantly, it has been shown that the coverage of the surface of the garments being treated is equal to what is achieved with a vapor, which means that almost 100% of the surface of the fabric garments is covered by the mist, whereas a mere hand triggered spray would only provide localized coverage (like "spots") by the refreshing/cleaning composition. The fabric treatment composition is circulated throughout the interior void space of the container as air is circulated across the ultrasonic nebulizer carrying the vaporized fabric treatment composition. The fabric treatment composition is contained within container, for example a non-refillable cartridge or bottle (10) having a cartridge outlet (13), wherein the cartridge outlet is in fluid communication with the ultrasonic nebulizer via the system (11) and especially via the recess (20) of the appliance. Preferably, the cartridge (10) used in the refreshing/cleaning apparatus (1) of the present invention is a non-refillable bottle (10) that comprises a pierceable cap or a pierceable membrane or film. In such a case, the appliance (1) comprises at least one piercing means, for example a needle, that pierces the pierceable cap of the bottle when said bottle is inserted into the appliance, thus establishing a fluid communication between the two.

Claims: A system (11) comprising (i) a distribution device (1) comprising a recess (20) for fitting a container (10); and (ii) a container (10) comprising a composition, said container (10) comprising top (21) and bottom (22) ends and side walls (23) having an external surface, said container (10) being releasably engageable in said recess (20), wherein: (a) said recess (20) and said container (10) comprise a common longitudinal axis; and (b) said recess (20) comprises a spring-loaded protrusion (27) which engages a corresponding path (30) on said surface of said side walls (23) when said container (10) is fitted in said recess; and (c) said path (30) comprises a stop (36) for said protrusion (27); and (d) said recess (20) comprises a spring-loaded movable abutment (26) for said container (10); and (e) said container (10) can be fitted in said recess (20) in a first, released, position, and a second, locked, position, and a fluid communication between said container (10) and said device (1) can only be established when said container (10) is fitted in said second position, and (f) said container (10) is switchable between said first and second positions by pushing said container once in a direction along its longitudinal axis. A system according to claim 1, wherein said path is a groove. A system according to claim 1, wherein said path is a relief. A system according to any of claims 1 to 3, wherein said path has a W shape. A system according to any of claims 1 to 4, wherein said container comprises a pierceable membrane. A system according to claim 5 wherein said membrane is reclosable after it has been pierced. A system according to claim 6 wherein said membrane is made of a PET/elastomer multilayer material. A method for distributing a product, preferably a liquid product, using a system according to claim 1, comprising, in order, the steps of: (i) inserting said container into said recess in said first position; (ii) pushing said container in a direction along its longitudinal axis until said container abuts against said abutment (26), and said abutment (26) is loaded, and said protrusion reaches said stop in said path, (iii) releasing said container in said second position; (iv) distributing said product, preferably said liquid product; (v) pushing said container in a direction along its longitudinal axis until said protrusion is disengaged from said stop in said path; (vi) releasing said container in said first position. A method according to claim 8, wherein said path is a groove. A method according to claim 8, wherein said path is a relief. A method according to any of claims 8 to 10, wherein said path has a W shape. A method according to any of claims 8 to 11 wherein said container comprises a pierceable membrane. A method according to claim 12 wherein said membrane is reclosable after it has been pierced. A method according to claim 13 wherein said membrane is made of a PET/elastomer multilayer material. A device (1) for dispensing a product, preferably a liquid product, suitable for use in a system or method according to any of the preceding claims, wherein said device (1) comprises a recess for fitting a container (10), said recess (20) comprises a spring-loaded protrusion (27) for engaging a corresponding path on said surface of said side wall of said container (10), and said recess (20) further comprises a spring-loaded abutment (26) for said container (10) when it is fitted in said recess (20). A device (1) according to claim 15, wherein said recess is mounted on a basculating door. A device (1) according to claim 16, which comprises a needle for piercing said membrane. A device (1) according to claim 17, which comprises a mechanism which prevents access to said needle when said recess is not fitted with a container. A device (1) according to claim 18, wherein said mechanism is actuated by the basculating of said door. A device (1) according to either of claims 18 or 19, wherein said mechanism is achieved by a movable protecting plate. A device (1) according to any of claims 15 to 20 which is comprised in an appliance for cleaning and/or refreshing clothes. A container (10) suitable for use in a system according to claim 1, or a method according to claim 2, wherein a path (30) comprises two portions elongated in the general direction of said longitudinal axis, said portions having a top end towards the top (21) of the container and a bottom end towards the bottom (22) of said container, and said portions are linked at their bottom end by a transition portion (35), said transition portion (35) comprising a stop (36) for blocking said protrusion (27) when said container (10) is engaged in said recess (20) in said second position, and wherein said path (30) has a W shape. A container according to claim 22 wherein said container comprises a pierceable membrane. A container according to claim 23 wherein said membrane is reclosable after it has been pierced. A container according to claim 24 wherein said membrane is made of a PET/elastomer multilayer material.

Inventors: BOYD GRAHAM JOHN, VAN LIERDE CARLOS GUSTAAF ARTH, VERHERBRUGGHEN HEDWIGE CLARA T, BOYD, GRAHAM JOHN, VAN LIERDE, CARLOS GUSTAAF ARTHUR, VERHERBRUGGHEN, HEDWIGE CLARA THEOPHIEL
Applicants: PROCTER & GAMBLE, THE PROCTER & GAMBLE COMPANY
Application year: 2000
Main classification: B67D5
IPC codes: D06F35, B08B3, A47K5, B67D7