TW201200433A - Container and device with such a container - Google Patents

Abstract

A container (10) with a cover wall (40) is described, the cover wall having at least one cover wall region (43) which can be pierced to form a supply opening (46) for introducing a liquid. The container (10) has a bottom wall (50), the bottom wall having at least one bottom wall region (56) which can be pierced to form a discharge opening (59). Inside the container (10) is at least one first chamber (12) containing a basic product (14). Positioned in a second chamber (18) is an adjustment element (100) which can be displaced from a resting position to a puncturing position which opens the piercable bottom wall region (56), wherein the adjustment element (100) has at least one through-channel (170) with an inlet opening (171) and an outlet opening (179) facing the piercable bottom wall region (56). The adjustment element (100) has a mixing chamber (176) for mixing the liquid and the basic product (14). In the puncturing position of the adjustment element (100), the mixing chamber (100) is in fluid communication with the first chamber (12).

Description

201200433 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a device, and more particularly to a beverage machine using a container. [Prior Art] Disposable containers or disposable packages are often used in beverage machines, especially coffee machines, such as capsules, which are sealed by two or two layers of thin boxes, and which contain examples. Say coffee or other substances, such as seasonings (1) aV〇Urings), in powder or liquid form. These disposable containers are inserted into the beverage machine, and the content of the Chinese-style glutinous rice is mixed with a liquid (such as water), and the drinkable preparation is then discharged as a beverage, and used. The disposable container is removed from the beverage machine and discarded. Patent No. EP0451980B1 discloses a sealed package containing i or a plurality of powdery, pasty or liquid-like formulations through which water is supplied to the viscous material. The finished preparation is discharged from the bottom area through an outlet nozzle. The nozzle has a replaceable plug (dlSPlaCeaMePlUg). In order to discharge the final preparation, the bottom of the package has a thin foil, by the machine & A connecting member is pierced from the bottom of the outlet nozzle by the bottom portion. After entering the outlet nozzle, the member pushes the plug upward to abut an intermediate wall, which is 丄^ 〇1, and the intermediate wall has a wall with a preset The break line, which can be cut by the plug 1 so that it can be released through one of the intermediate flow pipes of the plug. The 4 core package flows out and passes through the connecting parts of the machine. The mourner/claw 201200433 The above package It has the following disadvantages, the bottom outlet needs to be opened by the connecting parts of the machine, so that the connecting parts will be in contact with the final preparation, and the modern device needs to meet strict hygiene requirements, so in a new When the container is loaded, the connecting parts need to be cleaned each time. Patent No. 4/(π15317Α1"_species wtHdge) is filled with, for example, coffee powder, the bottom of which is pierced by the inside and the bottom wall The mid-bottom of the eup_shaped is referred to as the inner plug--Pluger. The size of the intermediate bottom is adjusted to the inner dimensions of the container. The powder will stay between the middle bottom of the container and the wall of the cover. 'It can act as a cutting element that pushes down the bottom of the container as it passes under pressure through the cover wall, whereby the cutting element pierces the bottom wall and releases the outlet. This container does meet the hygiene requirements, but the operability of the container is not always ensured. In the present shot, the basic pressure is the pressure of the water and the pressure applied to the intermediate bottom, even at the beginning of the guiding, thus making the bottom The wall can be pierced. In this process, the extrusion of the replaceable intermediate bottom is unavoidable. In addition, because the intermediate bottom has a large number of liquids, the liquid can enter the space between the bottom wall and the intermediate bottom, which causes the pressure of the intermediate bottom to be relatively rapidly reduced and punctuated after the initial supply only process. Therefore, the bottom wall cannot be patented. __1 32571 discloses a capsule-shaped container which can dissolve a beverage (5) ublebeverage, which has a cover f0ll, which is perforated by a connecting member in a beverage machine. (— ) 'The solvent liquid 201200433 11 quid) under this 'pressure', for example, water 'can be guided to the inside of the capsule container. The capsule container can be subdivided into four chambers, the liquid being supplied being first directed to a dispensing chamber and from there to a storage chamber where a large amount of soluble liquid is present. In the storage chamber, the dissolvable liquid is mixed with the supplied liquid, and the prepared beverage is then collected into a collection chamber whereby it is discharged through an opening in the bottom wall of the capsule container. In order to open the bottom wall, a replaceable perforator is placed in the intermediate chamber of the capsule-shaped hopper, and the perforator is pushed by the connecting member against the bottom wall of the dam, so that the bottom wall can be torn. During this process, the through passages in the perforator are aligned with the outlet openings of the collection chamber so that the prepared liquid can be discharged downward from the capsule container. λ In any case, the capsular container has the disadvantage that the complex interior: the structure needs to be partitioned into different chambers" the dispensing chamber needs to be located before the storage chamber to direct liquid into the storage chamber as uniformly as possible, and Make sure to mix evenly in the chamber. Under this method, it is unavoidable that a part of the dissolvable liquid is unmixed or muddy at a high concentration when it is initially discharged. Even if the collection chamber is provided for the purpose of more uniformity, it is still impossible. The above disadvantages are completely excluded. SUMMARY OF THE INVENTION A container has a final product of a simple structure. DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a beverage machine, and another object of the present invention is to provide a device which is more reliable in function and ensures uniform output. A purpose is to provide a device, more particularly 201200433. The conventional problem is solved by a container having an adjustment element that is provided with a mixing chamber to mix the liquid and the base material, and wherein the mixing chamber is coupled to the other chamber only when the adjustment member is in the puncture position. Liquid connection. The container is configured such that the liquid and the base material are first mixed in the mixing chamber. Valley ^ °5 ^ #曰 Reusable container and packaging (reusab 1 e container and packaging) is like disposable container and packaging (disposable container and packaging). The movement of the mixing chamber into the adjustment element has the advantage that the base material in the first chamber can be continuously added to the liquid to produce a uniform final product, a mixture of the base material and the liquid, in particular by volume. The mixing of the ratios does not occur in the first chamber where the basic material is present, but in the separate mixing chamber, and the vertical transmission is in the first batch: occurs and «the soil is located downstream of the first chamber. Arranging the mixing chamber in the adjusting element has the following additional advantages. In order to adjust the replacement of the element, the mixing chamber can be made only in the use of the county (4), (4) before the material time ^ storage In the first chamber. The original 枓^ is when the basic material has a tendency to condense (four), for example, syrup), the basic material is far from the mixing chamber away from the pipe, the opening or the connecting channel, etc., otherwise the operability of the whole component . , " will know, for example, the formation of only two chambers in the container can simplify the design and process of the container. 201200433 The two chambers are preferably defined by a joint wall and a joint wall. Adjusting the 7L member as the only movable member, which is preferably made into a piston-shaped or tube-shaped, and the adjustment member is preferably slidably and/or sealably guided The mode is set in the second chamber. The through passage of the adjustment member has an inlet opening which is preferably disposed to face the pierceable cover wall region. In one embodiment, a linear bellows passage is provided, and the bellows passage preferably extends in the vertical direction. Through the adjustment element. The inlet opening and the outlet opening are located at opposite ends of the adjusting element, and the liquid flows through the through passage to form a main flow (main fl〇w), and the basic raw material is supplied thereto, preferably from the side, as a secondary flow. (sec〇ndary flow). The term pierceable is understood to mean that the wall area can be opened in any manner, and the opening of the wall area can be, for example, incising, cutting, pricking, puncture ( More preferably, the adjustment element can be moved from the rest position to the puncture position by means of the connection and dispensing device, which can be combined with the connection and dispensing device, the connection and dispensing device being a container A component of a device that can be inserted into, the device can be a beverage machine, wherein the connection and dispensing device can be, for example, a connecting component, the connecting and dispensing device preferably having at least one cutting and/or pushing device (cutting) And/or pushing device), can be used to open the lid of the container with 201200433. The liquid can be supplied to the mixing chamber of the adjusting element by means of a connecting and dispensing device, in which the liquid is preferably guided first to the passage of the adjusting element, the liquid then reaching the mixing chamber, the liquid being more Preferably, for example, a liquid pump is used to deliver to the connection and distribution device, and the liquid pump is preferably designed to have a high flow rate & low pressure (i〇w pressure), in this case The liquid system is delivered to the connection and distribution device with little pressure. The adjustment element having the through passage and the mixing chamber according to this embodiment has the additional advantage that the liquid system guided from the outside via the connection and distribution means of one part of the machine can be supplied without pressure & Other pressures than hydrostatic pressure. In the container, particularly in the adjustment element, no # may cause obstruction in this environment, so that the liquid can flow through the container unimpeded. Preferably, the diameter of the through passage of the adjustment member is greater than or equal to the diameter of the passage of the connection = dispensing device. The liquid system guided from the outside is supplied to the adjustment: in the mixing chamber of the component and then the adjustment component is mixed with the base material. The finished product is discharged from the adjustment element. The first chamber has means for supplying compressed gas for the purpose of guiding the base material out of the first chamber and supplying it to the mixing chamber of the adjustment element, which device can directly or indirectly assist The compressed gas is supplied to the first chamber, and the air is preferably compressed gas to guide the bow into the first chamber. The air under the pressure of large sputum can be understood as a compressed gas. 10 201200433 The consistency of the base material ((3) nsisteney), which may be sufficient when the container is used has opened the first chamber, such as a hedgehog, so that air can flow into the chamber and the basic material 'for example, can be discharged In the first chamber. More preferably, the gas system is directed into the first chamber to a pressure above atmospheric pressure. For example, the related device preferably has an extended house & body pump. By using a compressed gas to push the base material out of the first chamber, the amount of the base material supplied to the mixing chamber of the adjusting element can be controlled regardless of the skillful muscle speed. In this way, the supply to the mixing chamber can be controlled. The basic raw material of the chamber can be set according to the target. In the final product, the basic raw material fat concentration is guided by the first chamber t, and the basic raw material is independent of the pressure and speed of the liquid. The guiding liquid is also guided through the adjusting element. The basic raw materials are not related. More preferably, at least one of the chamber walls is located between the first chamber and the second chamber. The chamber wall has at least a connection σ, and the base material is guided through the connection opening into the second chamber. It has a movable chamber with a mixing chamber of one kilogram. According to an embodiment, the amount of the base material dispensed per unit day can be determined by the cross-sectional size of the connection opening and/or the number of connection openings, depending on the basic material pattern and/or the pressure of the compressed gas. The opening provides an additional amount of adjustment per unit time. Preferably, the connecting opening is located adjacent to the bottom wall of the first chamber, which has the following advantages: as much as possible, the remaining base material remains in the first chamber so that the base material can be completely discharged. The bottom wall of the first chamber is preferably equal to the bottom wall of the disposable container. The culled 7C member can close the connection opening when it is in its rest position and open the connection opening when it is in the 201200433 puncturing position. This has the advantage that the base material can continue to stay in the first chamber rather than the container, so that the base material does not inadvertently enter the second chamber. Only when the container is inserted, for example, in a beverage machine and when used, the adjustment element is moved to its piercing position 'which produces an effect, for example, by means of a machine-partial connection part And make the connection opening open. The base material can be directed out of the first chamber and supplied to the mixing chamber of the conditioning element, and a number of embodiments illustrate the configuration of the mixing chamber. 1 In a first embodiment, a mixing chamber is formed in one of the sections of the through passage, in this case, the basic material is guided to a section of the through passage where mixing occurs, for which purpose the adjustment element is better There is at least one connecting channel leading into the mixing chamber, wherein the person σ opening of the connecting channel is located facing the connecting opening when the adjusting element is in the puncture position. In another embodiment, the connecting passage includes an annular groove or an annular passage on the outer surface of the adjusting member, and the annular groove is preferably used to distribute the basic raw material around the through passage and from there to pass the two Or more connecting channels are supplied to the through channels. In this embodiment, one of the I through channels forms a mixing chamber. In order to replace the cross-sectional dimension of the connecting opening and/or the cross-sectional dimension of the plurality of connecting openings, the basic material guided from the first chamber per unit time, in other embodiments, may be in the transmission connecting channel The cross-sectional dimension and/or the cross-sectional dimensions of the plurality of connecting channels are set. This embodiment has the advantage that a container having an evenly distributed connecting opening can be used, and dosing can pass through adjusting elements having different connecting channels. and

S 12 201200433 is completed. According to another embodiment, the mixing chamber may be located adjacent to the through passage 'the mixing chamber may be directly adjacent to or through the through passage'. In this embodiment, the mixing then occurs in the mixing chamber, even though the passage One section can also be used for mixing. In the present embodiment, 'liquid can flow from the through passage into the mixing chamber where it can be mixed with the introduced base material, and the mixing chamber needs to have a suitable space to allow liquid flowing in from the through passage to enter the mixing chamber, Preferably, the mixing chamber is constructed to enclose at least a portion of the through passage, and more particularly, the mixing chamber is an annular chamber. Preferably, the mixing chamber is located at a connection opening corresponding to the wall of the chamber when the adjustment member is in the puncture position. In order to allow liquid to flow into the adjacent mixing chamber, the mixing chamber is preferably connected to the through passage through the window. The size of the window may depend on the liquid and the base material as long as it ensures that liquid can flow into the mixing chamber. Preferably, the first chamber has means for directing compressed gas into the first chamber. Preferably, the means for directing the compressed gas comprises at least one region pierceable to the wall of the first chamber, the pierceable wall portion being pricked, for example using a A needle or the like is such that air can flow into the first chamber or puncture using a connection and dispensing device of the beverage machine to form a supply opening. In this embodiment, the compressed gas can be directed into the first chamber. According to another embodiment, the means for directing the compressed gas comprises up to 13 201200433 with one less opening opening in the chamber wall, according to this embodiment, the cover wall remains closed in the region of the first chamber, the compressed gas For example, it can be guided through a connection and distribution device, which is part of the machine n, through which the liquid can also be supplied to the container. In the present embodiment, the pressure reduction system is directed into the second chamber and thereby through the inlet opening in the wall of the chamber into the first chamber. The embodiment has the advantage that when the compressed gas i is introduced, the pressure connecting member which is part of the machine does not come into contact with the base material, so that strict hygiene requirements can be met. The connection opening and the inlet opening in the wall of the cavity can likewise be designed as channels, for example when the cavity is thickiaiied. Preferably, the inlet opening is located adjacent to the wall of the cover. For technical reasons, the first portion of the first chamber is completely filled with the base material, and the free space is present between the base material and the wall, due to &, compressed gas It can be introduced into this free space. A better 疋' adjustment element closes the inlet opening when it is in its rest position and opens the inlet opening when it is in its puncture position. The advantage of this is that the basic material can be stored in the first chamber until the container is used, and the second chamber towel is not inadvertently accessed. Only when the disposable container is used: the adjusting element is used. It will move to the puncture position. This effect can be achieved by a connecting part of one part of the machine, and the opening of the opening is opened to guide the compressed gas into the first chamber. Preferably, in the conduit of the compressed gas, the integral element is then introduced into the adjustment element by the inlet opening. Preferably, at least one of the compressed gas is first introduced to the conduit for the compressed gas. On the wall of the chamber 201200433 in the first chamber. In particular, when the compressed gas is at a high pressure, the seal between the component and the compressed gas connection can be adjusted. 4 In the position where the adjusting element is located at the puncture position, it is preferred to compress the gas at a position corresponding to the inlet opening of the cavity wall. In this state, the compressed gas first chamber is only partially filled with the base material, and a free space exists between the base material and the cover wall, which can be guided thereto. Preferably, the first chamber is filled with a base material having a height lower than the inlet opening through which the compressed gas system is directed. The cover wall is preferably provided with a thin drop (f0 (1) at least on the pierceable cover wall area, and this (four) is better - the sealant tightly seals the container portion" so that the basic material does not leak out, the thin can be cut and / Or the propulsion device is opened, for example, by cutting or tearing, through which a supply opening V is formed on the thin 4 'liquid and/or compressed gas can be supplied to the inside of the container through the opening. In an example, the cover wall may be provided with a cover plate having at least a predetermined break line at least - pierceable cover wall area, which cover plate may be used in place of the thin foil and may also be cut and/or advanced by means of a cutting device The break line is opened at one or most of the desired positions. During this process, a small plate cover is pierced, and the small plate is better to pass through the pivotal section and the 2 cover remains connected. Even after opening, it can prevent the small board from falling into the inside of the container, so the inside will not be contaminated by the small board. According to this method, the falling of the small board can also be effectively avoided. Unexpected flow opening on the chamber wall 15 201200433 More preferably, on the bottom wall, the same foil has a foil at least on the pierceable wall area. This thin foil is more effective. #白更疋 is located in the second chamber. In the area where the component is moved, it is better to push the component downwardly by one of the parts of the machine and open it by cutting and/or propelling the device. The discharge opening is formed on the bottom wall. The cutting of the adjusting element and/or the push of the seven-seven pusher is better designed as a thin foil> and any part will be cut off or .^ ^飞# "It will fall into a collection such as a plastic beaker, etc., which is provided under the container, as in a beverage machine. This cutting and / or sub-propulsion device can be connected and distributed The device is provided together. Like the cover wall, the bottom wall may have a bottom plate having at least one predetermined breaking line at least on the pierceable bottom wall region, in the present (4), as described in the connection of the cover wall - The advantage is that the ruptured small plates are connected to the bottom plate. Preferably, the adjusting member is provided with a connecting means for cooperating with the connecting member adjacent to the wall of the cover and the connecting member of one of the parts of the machine. The connecting member is connected to the connecting device at a position of 57 L and the adjusting member is placed from the rest position. Move to the puncture position, too much in this buckle, the liquid is guided to the taste-out, s, # through passage of the adjustment element via the connecting member, and the compressed gas is also guided by the connecting member. The structure has an inlet member and the sealing seat is located in the inlet member. The sealing seat can be designed as an annular side (3_1 dozen bead). The sealing seat is required to cause any shallow leakage of the liquid portion flowing through the passage. The profile of the passage of the connecting member is preferably equal to the profile of the through passage in the J6 201200433 component. The basic material is understood to mean a powder and/or liquid material which may comprise - or a plurality of ingredients, for example, the base material may be syrup, concentrate or extract. The base material can be mixed with an externally supplied liquid and it is more preferably soluble in the liquid. The basic raw material can also be foodstuff, nutritional supplement ^dietary foodstuff, pharmaceuticai pr〇duct or cleaning agent. Selected devices that can be used with the above containers are designed and equipped to suit their respective uses. More preferably, the device is a beverage machine wherein the container, particularly a disposable container, can be used in which the contents, such as drinking water, can change the taste. The device has a receptacle for the container and the attachment and dispensing device, wherein the container is pierceable and at least one liquid can be introduced into the container. Preferably, the attachment and dispensing device is designed to allow liquid and compressed gas to be directed, and the device preferably has a liquid reservoir whereby the liquid can be transferred or withdrawn and supplied to the connection and dispense when needed. Device. The device also has a pressurizing device, such as a pump, for providing pressurized gas, particularly pressurized air. Preferably, the container and/or the adjustment element are made of plastic, which can be made up of 17 201200433

On the device. Io, the container has a surrounding wall, a chamber wall and a bottom wall. The bottom wall may be completely or partially formed in a one-piece capacity to be conbine, and the two members of the cover wall and/or the bottom wall are dense. 'Container and adjustment element, the moon is filled and then sealed, for example, sealed by a foil. The details disclosed in the specific embodiments of the present invention will be described in detail with reference to the drawings. [Embodiment] Referring to Figures 1 and 2, a container 1 is preferably shown as a disposable container in two schematic diagrams. The container 1 has a cover wall 40 and a surrounding area. a peripheral wall 3〇 and a bottom wall wal 1 50. In the present embodiment, the cover wall 4〇 includes a thin foil 41 which is connected to the annular edge of the surrounding wall 3〇 The “ "bead" 32 〇 bottom wall 50 includes a ring plate 52 and a centrally located thin foil 54 having a pierceable wall region for both the cover wall 40 and the bottom wall 50 or the thin foil 54 (piercable wal 1 regi〇n) 43, 56. The bottom wall 50 is additionally provided with two annular ribs 60 and radial ribs (radi ia 1 rib) 62 interposed between the two annular ribs 60 Fig. 3 is a vertical sectional view showing the container ι in Figs. 1 and 2, in which only one annular rib 60 is shown and the radial rib 62 is not shown. The inside of the container 10 is partitioned into a first chamber ( First 201200433 chamber) 12 and a second chamber 18, in this embodiment, the second chamber 18 is located at the center and is Surrounded by a chamber 12, this particular arrangement is rotationally symmetrical. In other embodiments, for example, an asymmetrical arrangement is also possible. The two chambers are by chamber wall (chamber wal 1 The partition wall 30, the annular plate 52, the annular rib 60, and the chamber wall 20 may be integrally formed, for example, by injection molding. The first chamber 12 contains basic raw materials ( The basic pr〇duct) 14 may contain a consumable 1 iquid, which is a free space above the surface position of the basic material μ, and contains air or a protective gas. The two chambers 18 include an adjustment element 100, which is located in a resting position as shown in Fig. 3. The cross-sectional view also shows that the container 1 is a connecting piece 200, It can be moved from the upper downward position in the direction indicated by the arrow along an axis 丨〇4 and it can be pierced through the second chamber 18. With this connecting member 200' the adjustment element 100 can be moved downwards so that The thin wall 54 of the bottom wall 50 can be Piercing '1G4 is also the longitudinal axis of the connecting member 2〇〇 and the adjusting element 10 〇. The container 10 is provided with a cover wall 40 including a thin box 41 which is sealingly mounted on the annular side 32 of the peripheral wall 30 and an annular ring 22 on the wall of the chamber, thus The first chamber ^: the second chamber 18 and its contents, such as the base material, are "tightly sealed. The wall 40 provides a pierceable wall region 19 in the region of the second chamber 18 201200433 domain 43. The bottom wall 50 comprises an annular plate 52 having an annular rib 60 on which a thin foil 54' is attached, which likewise has a pierceable bottom wall region 56 on the region of the second chamber 18. Adjustment element 1 The clamp has a base body 102' in the second chamber 18 which is a pist〇n-shaped or tube-shaped structure and is subdivided into upper sections (upper sect ion) 192 and lower section 194, the outer surface of the adjusting element 1 103 103 is sealingly disposed against the chamber wall 20 ′ when the adjusting element 1 〇〇 is in the rest position, The surface of the upper portion 192 of the adjusting element 1 is adjacent to the annular ring 22 of the chamber wall 20. Located at the δ-circumferential element 1 The heart is a through channel (thr0Ugh-channel) 170 having an inlet opening i7i and an outlet opening 179, and the through channel 170 has a connecting section below the inlet opening 171 (connecti〇n secti〇n 178, the connecting section 178 includes a first section of larger diaraeter 178a and a second section of a large diameter 178b, and the connecting member 200 is connectable to the connection Segment 178 (please construct Figure 4), wherein first segment 178a facilitates insertion. Connection segment 178 passes through a transition section 177 which forms a sealed seat (sea η ng 98 The transition into the upper portion of the through passage 170, which has a smaller diameter than the connecting portion 1 78, is followed by a section formed as a mixing chamber 176. Then the next section (i〇wer

S 20 201200433 section) 174, each of the segments 172, 174 and 176 described above have the same diameter. In the horizontal direction, two connection channels 180 having an inlet 182 and an outlet opening 184 are formed in the adjustment member 1 〇〇, and the connection channel 180 is from the outer surface 1 〇 3 Extending toward the mixing chamber I" of the through passage 17〇, the base material 140 is supplied to the through passage 17 through the connecting passages 18〇 and enters the mixing chamber 176, which will be further explained later in conjunction with FIG. The connecting passage 18 is located between the upper portion i 92 and the lower portion 19 4 of the adjusting element 1 . A cutting and/or pushing device is located at the lower end of the adjusting element loo At the outlet opening Kg', in the present embodiment, the cutting and/or propelling device 11 has a tip structure. The connection opening 24 is located at the chamber wall 2 adjacent to the bottom wall 50. The connection opening 24 connects the first chamber 12 with the second chamber 18, and when the adjustment member 1 is in the rest position as shown in Fig. 3, the connection openings 24 are adjusted by the lower portion of the element 1 194 is closed, and As shown in FIG. 4, when the adjustment member 100 is in the puncture position, the connection opening 24 is open, so that the connection openings 24 are aligned with the entrance openings 182 of the corresponding connection channels 180 so that they are located in the first chamber i. The base material 14 in 2 can be drained away. The upper portion of the chamber wall 20 is lower than the cover wall 40 with an inlet opening 26 through which compressed gas (c〇mpressed 21) 201200433 gas) can be guided to the free space 16 above the basic material 第一 in the first chamber 12. These inlet openings 26 are similarly when the adjustment element [〇〇 is in the rest position by the adjustment element 1 〇〇 upper section The portion 192 is closed and is open at the puncture position (as shown in Fig. 4) so that the liquid can be guided under pressure. The P piece 200 has a flange part 2〇2 , the flange member 202 | has a top side (1: 〇 1) _6) 2 〇 4 and a bottom side (^ 咐

Side) 206, the connecting member 20〇 also has a pipe part 20{攸 flange portion #2G2 protruding, the f-part 2G8 has another cutting and/or propelling device at its bottom end (cutting and/〇r pushinj Device) 210 having a conical (c〇nicai) tip. The connecting member f - f f ^ ^ irst through-channel) 212 > allows the liquid to flow through. For example, the liquid system is derived from a st〇rage tank not shown. Adjacent to the first through passage Η丨 has a: through passage (seecmd thrQugh_eh bribe DA is located at the flange member 2G2' through which the compressed gas can be guided. The sealing member eie_t in the lower region of the flange 4 member 202) 〇 It is used as a seal. Fig. 4 is a view showing the puncture position of the adjusting member 1〇〇, when the connecting member 200 of the machine is moved downward in the direction of the cutting direction, the piercing cover wall portion 43 of the cutting and/or pushing device thin/1 41 The thorn passes through the wall of the cover to supply the first opening (the "Ping" 46' pipe member 208 is connected to the connecting section 178 of the _ _ 00, and is tightly fitted with the sealing seat 198, and the two venting passages 212 and 17 The crucibles have the same diameter and are aligned with each other.

S 22 201200433 When the cover wall 40 is pierced, the thin foil 41. 3⁄4 - I ^ r f ” rip 〇pen, and the end 41a, 41b protrudes into the second chamber 18. (The dlJ whole element 1〇° punctured through the thin...forms the discharge opening ^ 〇h ^like the fixed end of the self-center 54 is suspended downward. In the above two cases, there is no break, which will contaminate the interior of the container ι Or drop into the vessel located below the current ίο. Set, two =! The channel 180 has the same vertical position as the connection "4" so that the basic material 14 from the first chamber 12 can enter the connection and then arrive. The mixing chamber 176. The base is mixed with the liquid passing through the through passage 212 and the through passage 17 and the upper portion (mainfl) in the wishing chamber 1 to 6. The liquid guided as described above forms the main flow flct and the basic material 14 It is supplied as a secondary flow (sec_(four) flow). The mixing chamber 176 defines the above-mentioned two-stream intersection and flows into the through-passage 170 - the two components are more mixed. The ... Π4, where the two become the basic raw material 14 Discharge from the first chamber 12 = empty = by the connecting member 2 〇. The second through passage 214 is guided from the Π: The sealing member 22° is placed on the top of the cover wall 4. Flow - to 8 I The shrinking gas passes through the inlet opening % and enters the free space = 24 Γ (see arrow The discharge of the base material U and the control of the compressed gas through the connection of the control gas can control the supply of the channel - and then adjust the base material 14 in the liquid. 23 201200433 Figures 5 and 6 show another embodiment, wherein The bottom wall 50 additionally has an annular rib 60'. The same 'chamber wall 20 has a shoulder 28, so the second chamber 18 has an upper section Upf smaller diameter 29a and a large The outer diameter of the adjusting element loo in the second chamber 18 is fitted to the chamber wall 2 in this embodiment. The adjusting element 1 also has A shoulder 1 〇 9 is complementary to the shoulder 28, and when the adjustment member 100 is inserted into the second chamber 18, the shoulder 1 〇 9 is provided as a stop. Unlike the 3 and 4 In the embodiment shown, the adjustment element 1 is provided with a passage for compressing gas 160 and has an outer annular groove 162 or ring at the connecting section 178. Channel. Used in the rest position as shown in Figure 5 The gas-reducing conduit 160 is located above the inlet opening 26, which is closed by an inlet piece 196 of the adjustment element 1 , and the connecting member 200 (as in the embodiment shown in Figures 3 and 4) A through passage 212 also has a second through passage 214 for compressing the liquid, and an annular groove (annuUr groove) 215 or an annular passage at the bottom end of the second through passage 214 through which the compressed liquid can be discharged in the horizontal direction. When the connecting member 200 is coupled to the adjusting member ,, as shown in FIG. 6, the annular groove 215 is located relative to the pipe 160 for compressing the gas, and the pipe and/or the annular groove 丨 62 is Located opposite the inlet opening 26, the compressed liquid can thus be directed to the first chamber I. The adjustment element 100 has an annular passage 'in particular an annular groove l86 which is transmitted through the two connecting passages 丨8〇

The S 24 201200433 is connected to the passage 170, which may also be only one connection channel 18 〇 or more than two connection channels 180. Since the cross-sectional area of the connecting passage 18〇 or the total cross-sectional area of the connecting passage 180 is smaller than the sum of the sectional areas of the connecting opening 24, the amount of the basic material 14 is introduced into the through-passage 17〇, and thereafter the mixing chamber 176 passes through the connecting passage 18. It happened. The annular groove 186 has the advantage that it does not have to be aligned relative to the connection opening 24 when the adjustment element 1 is inserted into the second chamber 18. Figure 6 shows the adjustment element 1 〇〇 when it is in the puncture position. Fig. 7 shows another embodiment, which differs from the above embodiment in that the cover wall 40 has no cover foil 40 and has a cover plate 42. The thin foil on the bottom wall 50 is likewise replaced by a corresponding bottom plate 55. The cover 42 is provided with two piercing wall regions 43 and 47 which are defined by a predetermined breaking line line 44. The bottom plate 55 also has a pierceable bottom wall region 56 having a predetermined breaking line 58. The connecting member 200 only needs to be modified so that the second through passage 214 for guiding the compressed gas is positioned laterally with respect to the pipe member 2〇8 in the pipe part 2〇9 and has cutting and/or advancing. CUUing and/or pushing dev ice 21 As shown in Fig. 8, when the connecting member 200 is lowered, the pipe member 2〇8 is connected to the connecting portion 1?8 of the adjusting member 1? The wearing wall area 43 is pierced. Based on this, the small Piate 45 is pierced and held suspended from the cover 42 due to its pivotal connection. 25 201200433 The pipe member 209 has a cutting and/or propelling device 211 that pierces through the pierceable wall region 47 on the region of the first chamber 12 and is also pierced by the cover plate 42 out of the small plate 45, which is a small plate 45 is also suspended from the cover 42. The compressed gas is directed to the first chamber 12 via a supply opening 48 created by the second through passage 214. The downward movement of the adjustment member 100 also pierces the pierceable bottom wall region 56 of the bottom wall 5, whereby a small plate 57 is released therefrom which remains suspended from the bottom plate 55. Figures 9 and 1 show another embodiment of the adjustment element 1 ,, wherein the mixing chamber 176 is located adjacent to the through passage j 7 , as shown in Fig. 9 'adjustment element #1〇〇 The upper section 192 and the lower section 194 are formed as an upper cylinder and a lower cylinder, respectively, wherein the cutting and/or propulsion device is located on the bottom side of the lower cylinder 1 94. The two cylindrical systems are connected to each other by three bars 190, and a window 188 is formed between the bars 19, and the curved portion 188 has a cross section which is substantially larger than the connecting opening μ so that The influent liquid can enter this region and thus fill the mixing chamber 176, and the base stock 14 guided through the connection opening 24 of the chamber wall 20 can then directly enter the mixing chamber 176 and then pass through the lower portion of the through passage 170. The portion 174 is discharged downward. The mixing with the liquid can continue in the through passage 170, depending on the concentration of the base material 14 in the upper section 192, an inlet block having an inwardly facing annular bead 197 The 196 is located at the connecting section 178 as a connecting mean, and the inlet block 196 forms a connecting block.

S 26 201200433

I piece, the figure is not shown) seal seat 198. The upper portion 192 of the adjusting member 100 has two sealing blocks 12 (), 122' respectively located above the outer surface 1 〇 3 and the lower end adjacent to the mixing chamber 176, and the lower portion 194 also has two Sealing beads 124, 126 are located on the outer surface 1 〇 3 adjacent to the mixing chamber 176 and the lower end, respectively. Figure 11 is a schematic representation of a beverage machine in which the container 1 (shown in a more exaggerated size) is placed in a receiving dev ice 340. The beverage machine 3 has a casing 310 and is subdivided into a first housing part 320 and a second housing part 330, which are laterally It is provided that the connecting and dispensing mean 200a is presented in the form of a connecting member 200, which is movably disposed in the beverage machine. Below the container 10 is a vessel 345. Figure 11 shows the container 1 〇 and the connecting member 2 ' as described in Figures 5 and 6 for the 'connecting member 2 与 and one of the storage tanks 350 in the second housing portion 330 In connection, the storage tank 350 may, for example, be filled with water 354, which is guided to the connecting member 200' via a liquid pump 355 via a connecting line 352, if necessary A fi 1 tration device 356 can be installed. In addition, a compressed gas tube (compressed gas 1 ine) 36 is provided, which has a compressed gas pUmp 362, compressed gas 27 201200433 The body pump 362 can take in air from the outside. The connecting pipe 352 is connected to the through passage 212 of the connecting member 200, and the compressed gas pipe 36 is tethered to the through passage 214 of the connecting member 200. The connecting member 200 is guided in a tubular guiding element 322 and moved in a vertical direction by means of an actuating device (not shown), and the connecting tube 352 and the compressed gas tube 36 have Flexible sections 353, 361. When the connecting member 200 is inserted into the container 1b, as shown in Fig. 12, air is introduced via the compressed gas pipe 360, and the base material 14 is pushed out from the first chamber 12 to reach the mixing chamber 176. The finished product is discharged downward and is filled by the vessel 345. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic top view of a container; Fig. 2 is a schematic view showing the container in Fig. 1; Fig. 3 shows a container in Figs. 1 and 2 accompanied by A cross-sectional view of the connecting part of the machine; Figure 4 is a schematic view showing the insertion of the connecting member in the container of the embodiment of Figure 3; ° Figures 5 and 6 show the container and connection according to another embodiment BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 and FIG. 8 are schematic views showing a container and a connecting member according to another embodiment; FIG. 9 is a side view showing an adjusting member according to another embodiment;

S 28 201200433 j Figure 10 shows a cross-sectional view of the adjusting element in Figure 9; Figure 11 shows a schematic view of a beverage machine having a container and a connecting member; and Figure 12 shows the beverage in Figure 11 The machine is inserted with a schematic diagram of the connecting parts. [Main component symbol description] 10 Container 12 First chamber 14 Basic material 16 Free space 18 Second chamber 20 Chamber wall 22 Annular ring 24 Connection opening 26 Entrance opening 28 Shoulder 29a Small diameter Upper section 29b Large diameter Lower section Portion 30 surrounding wall 32 annular side 40 cover wall 41 thin foil 41a 41b thin foil end 29 201200433 42 cover 43 pierce cover wall area 44 break line 45 small plate 46 supply opening 47 pierceable wall area 48 supply Opening 50 bottom wall 52 annular plate 54 thin foil 54a 54b thin foil end 5 5 bottom plate 56 pierce bottom wall region 5 7 small plate 58 break line 59 discharge opening 60 annular rib 62 radial rib 100 adjustment element 102 Base body 103 Outer surface 104 Shaft 109 Shoulder 110 Cutting and/or propelling device 30 201200433 120 Sealing block 122 Sealing block 124 Sealing block 126 Sealing block 160 Pipe for compressing gas 162 Outer annular groove 170 Through passage 171 Inlet opening 172 upper section 174 lower section 176 mixing chamber 177 transition section 178 connecting section 178a large diameter first section 178b large diameter second section 179 outlet opening 180 Connecting channel 182 inlet opening 184 outlet opening 186 annular groove 188 window 190 rod 192 upper section 194 lower section 31 201200433 196 inlet block 197 annular edge 198 sealing seat 200 connecting part 200a connecting and distributing device 202 flange part 204 top Side 206 bottom side 208 tube member 209 tube member 210 cutting and/or propulsion device 211 cutting and/or propulsion device 212 first through passage 214 second through passage 215 annular groove 220 sealing member 300 beverage machine 310 outer casing 320 first Housing portion 322 tubular guiding member 330 second housing portion 340 receiving device 345 vessel 350 storage tank s 32 201200433 352 connecting tube 353 telescopic section 354 water 355 liquid pump 356 filter unit 360 compressed gas tube 361 telescopic section Department 362 Compressed Gas Pump

Claims (1)

201200433 VII. Patent application scope: 1. A container (10) comprising: a cover wall (40) having at least one pierceable cover wall region (43), which can be formed with a supply opening (46) for introducing a liquid a bottom wall (50) having at least one pierceable bottom wall region (56) pierceable to form a discharge opening (59); at least a first chamber (12) for containing a base material (14) And a second chamber (18), wherein an adjustment element 设置) is provided, moving from a rest position to a puncture position to open the pierceable bottom wall region (56), wherein the adjustment element (1〇〇) having at least one through passage (17〇) having an inlet opening (171) and an outlet opening (179) facing the pierceable bottom wall region (56), characterized in that: the adjusting member (100) Having a mixing chamber (176) for mixing the liquid and the base material (14); and the mixing chamber (100) and the first chamber when the adjustment member (100) is in the piercing position d 2) Liquid communication. 2. The container of claim 1, wherein the through passage (17〇) of the adjustment member (1〇〇) has the inlet opening (π) facing the pierceable cover wall region (43) ). 3. As claimed in the patent scope j adjustment element (100) by a connection and to the puncture position. Or the container of claim 2, wherein the dispensing device is moved from the resting position. 4. The container of claim 1, wherein the liquid S 34 201200433 is guided to the container by the connecting and dispensing device The mixing chamber (176) of the adjustment element (1 (10)). 5. The container of claim 3, further comprising a chamber wall (2〇) disposed between the first chamber (12) and the second chamber (18), the chamber The chamber wall (20) has at least one connection opening (24). 6. The container of claim 5, wherein the adjusting element (10G) closes the connecting opening (24) in the rest position, and opens the connecting opening in the puncture position (24) . 7. The container of claim 3, wherein the one of the through passages (170) forms the mixing chamber (176). 8. A container as claimed in the scope of application 帛1JS wherein the mixing chamber (176) is located adjacent to the through passage (17〇). 9. The container of claim 1, wherein the first chamber (12) has a device for guiding a compressed compact into the container. The first chamber (12). a container, wherein the pierceable wall region (47) is used. 10. The device for guiding the compressed gas as described in claim 9 includes at least the region of the first chamber (12). . The container </ RTI> wherein the at least one inlet opening (26) is used in a chamber to guide the compressed gas comprises a chamber wall (20). The container of the item, wherein the opening (26) is closed, and the opening (26) is opened when the entire element (100) is in the resting position as in the application position. . The container of claim 1, wherein the conditioning element (100) has at least one conduit (16 inch) for compressing gas. 14. A device comprising: a gluten device (304) for containing a container (10) as claimed in claim 1; and at least one connection and distribution device (2 〇〇a) Pierce the gums and provide at least one liquid to the container (10). 15. The device of claim 14, wherein the receiving and dispensing device (200a) is for supplying the liquid and, the medium, the cusp gas. 16. As described in claim u or ° The device is a beverage machine (300). κ device, of which 36