WO2002079583A1 - Device for dispensing portioned amounts - Google Patents

Abstract

The invention relates to a device (V) for dispensing portioned amounts, such as for example a WC cleaning/disinfecting liquid and/or a fragrance, comprising a reservoir (2) in which fluid product (1) is housed. The liquid product (1) forms a first free level (Sp1) and is associated with a closed space (3). The aim of the invention is to produce exactly reproducible portioned amounts of fluid product. Said aim is achieved, whereby the closed space (3) is formed on the upper side of the reservoir (2), a product opening (6) is embodied in the lower region (U) of the reservoir (2), connected to a first receiver basin (10), in which the fluid product (1) forms a second free level (Sp2) at a level closing off the product opening (6) and a second receiver basin (11) is provided, connected to the first receiver basin (10) below the free level (Sp2), comprising an overflow (U) for the dispensing of the portioned amount of fluid product for dosing.

Description

00001 Device for removing portioned quantities 00002 00003 The invention relates to a device for 00004 dispensing portioned quantities such as, for example, a 00005 toilet cleaning / disinfecting liquid and / or a 00006 fragrance, with a storage container in which 00007 liquid product is accommodated, the Liquid product, assigned to a closed room, forms a 00009 first free mirror. A device for dispensing portioned quantities is known from DE-OS 197 20 353 00012. A dropper bottle to be connected to a carrier is used there. The stands on lintel and has a 00016 ventilation opening in addition to a discharge opening located in the lower 00015 area of the device. Pre-stored in this area at a distance, there is a shield-like intermediate carrier 00018 in the manner of a half-shell, so that fragrance is presented even if there is no 00019 of the rinsing process. Reproducible portioned quantities cannot be achieved. 00021 00022 The object of the invention is to provide a generic Vor00023 direction so that a rinse-dependent delivery 00024 of liquid product is achieved from a storage container 00025. This object is initially and essentially achieved in 00028 of a device with the features of claim 1 00029, with the focus being that the closed space in the storage container is formed on the top side 00031 and that in the storage container in the lower area 00032 there is a product opening is formed, 00033 which connects to a first catch basin, in which the liquid product chem with the product opening 00035 closing level a second free mirror

00036 trains, and that over a with the first catchment

00037 second connected below the free mirror

00038 collecting basin is provided, which one of the portioning

00039 th liquid product quantity serving overflow

00040. 00041

According to such a design is based on hydromechanical

00043 base a device for dispensing exactly reproducible .00044 rerated quantities reached. She works after

00045 the bird bath principle, but the portioned

00046 quantity is not excavated, but due to a

00047 initiated a pressure difference during the flushing process

00048 overflow happened. The overpressure generated opens

00049 the second free mirror. This leads to a change in

00050 altitude levels resulting in a sloshing of

00051 amount of liquid product from the second catch basin. The

Objects of the further claims are set out below in

00053 reference to the subject matter of claim 1 explained,

00054 can also in its independent formulation of

00055 meaning. So it turns out to be product protect

00056 en Measure that the product opening reveal one

Has 00057 closure. Before the usage phase is

00058 liquid product kept safe. It is advantageous

00059 further if the second free mirror of one in one

00060 other enclosed space located output air

00061 column is applied. It sets up as it were

00062 "second link" acting "thrust link".

This is the encoder for the corresponding movement anyway

00064 existing medium. Therefore, the device is wider

00065 characterized by the feature that the other

00066 closed space by changing the shutter level

00067 of a medium moved against the first catch basin

00068 is generated. The medium is water. In the description here

00069 th special application is the medium in the course 00070 a toilet flushing running water, be it in the.

00071 falling access or a rising water level.

00072 The portioned amount of liquid product dispensed

00073 is in the closed room above the free mirror

00074 compensated accordingly in the vacuum acting there.

For this purpose, it is provided that the medium is initially used for

00076 atmosphere open, at the same time a first balancing

00077 nal forming space through the shutter level changes

00078 sealed. Before closing

00079 completed immediately. Via the space-closing level

00080 change there is a portioned delivery of quantity.

Depending on the viscosity of the liquid product, it can

However, 00082 may also be advantageous in that in addition to that

00083 first equalization channel a second equalization channel

00084 is provided, with a compensation channel for

00085 atmosphere is open. The additional compensation channel

00086 can open closer to the liquid product side. Then there is

Another feature of the invention is that the

00088 second compensation channel opens into a medium container,

00089 the one the mouth of the closed room

00090 lent medium level. So

00091 there is an operational shutdown of the other

00092 space and a powerful increase in flooding and the

00093 aimed for displacement of the air column in the system. ever

00094 after whether you have to add liquid

00095 product quantity or a pre-rinsing process

00096 switched liquid product volume delivery, it is ever for

00097 is advantageous that the overflow portioned

00098 amount of liquid product equal in the medium container

00099 drains or that the overflow is the portioned amount

00100 releases outside the medium container. With regard

00101 on a delayed subsequent delivery, it makes sense

00102 full that the medium container has a drain,

00103 opposite a filling opening on the medium container

00104 is much smaller. About the hole diameter of the 00105 discharge the discharge time can be varied. thereupon

00106 proposes that the second equalization channel

00107 penetrates a first medium container and that the

00108 first compensation channel in the first medium container

00109 opens. In the arrangement in a toilet cistern

00110 for example, is

00111 same channel generates a pressure that before filling the

00112 first medium container already liquid product to the outside

00113 presses into the toilet cistern. The previous process of

00114 Filling the medium container from above (to create

00115 of air pressure) is reversed here. 00116

00117 In order for the agents or active ingredients forming the liquid product

00118 to be able to supply substances from separate sources

00119 proposed that two closed rooms be provided

00120 hen, in which liquid samples are separated from one another

00121 products are included, the separate first and

00122 second collecting basin the respective liquid product

00123 ben. These separate, but equivalent output routes

00124 are based on a practically paired design

00125 of the device, which strives for more extensive

00126 separate application of the agents or active ingredients

00127 can be added further. Then there is an advantageous one

00128 feature in that the second free mirror of one

00129 output air column, at least

00130 partially, is the same for both second free mirrors.

00131 How a common air access can be used

00132 merging into a branch. Here,

00133 different viscosity of the liquid products Rech-.

00134 load bearing, use different column heights.

00135 There is also a favorable design by one

00136 upstream, common medium container with bottom

00137-sided collecting tray. It is in line with the

00138 necessities regarding the assignment of the devices

00139 tung in a toilet cistern or in a toilet bowl 00140 designed. Moreover, the invention provides that the

00141 outlet channels different outlet cross-sections

00142 have, this in the sense of a sudden delivery

00143 of a liquid product or a delayed delivery

00144 of a liquid product. The latter mode of operation preferred

00145 the measure that one of the outlet channels the liquid

00146 product runs on the drip tray. The catchment

00147 shell has the smaller outlet cross section

00148 on. With regard to the exchange of used stock

00149 reserves or exchanges for such others

00150 type of active ingredient it is proposed that the liquid pro

00151 ducted in a replaceable refill container

00152 is taken. It can be a partition.

00153 act, connected double container,

00154 represents the two or more closed rooms. 00155

00156 It further proves with regard to the refill container

00157 ses the device as favorable that the refill

00158 ratio of a product opening with an apparent relationship

00159 concludes. Only when it is used for the first time

00160 liquid product passed to the dispensing system, too

00161 here again with the use of the protected ready shark

00162 until first use. The funds are built

00163 lent easily and reliably by using the clasp as

00164 piercing membrane is formed. It brings further

00165 invention a proposal of even independent

00166 Meaning that ensures that only certain intended

00167 media can be docked, which is worth noting with regard to the function 00168, on with a certain viscosity, etc.: ''

00169 This is embodied in that the refill container

00170 further part of the first and / or second

00171 collecting basin and / or the Laby-

00172 rinths is formed. In association with the still closed

00173 its closure forms this part of the labyrinth

00174 as it were a stopper of the refill container. The 00175 first and / or second catch basin is with. a floor

00176 opening formed. As soon as that is closed

00177 the catch basin is functional. The further construction

00178 of the device is accordingly such that the refill

00179 ratio can be held on a medium container which

00180 an opening device for opening the product

00181 indicates which opening device for closing

00182 the bottom opening required in the refill

00183 assigned to the bottom part as a supplementary part of the labyrinth

00184 is. When the joining partners are together, ..

00185 the labyrinth completely and via the opening device

00186 activated medium. The interface between medical

00187 um container, providing the supplementary part of the Laby

00188 rinths and the part of the labyrinth that forms the canals

00189 is most sensible for docking. 00190

00191 The invention then proposes a refill container

00192 as a storage container for a device for dispensing

00193 portioned quantities such as a toilet

00194 cleaning / disinfection liquid and / or a fragrance

00195 substance that the refill in one

00196 lower placement area a product opening with a

00197 has disclosed closure. 00198

00199 The equipment of the device can be conveniently

00200 field-defined and in a sufficiently tight seal

00201 by placing the refill container on a docking cone

00202 is designed pluggable. A product dump

00203 zende ^" measures result from the fact that the refill

00204 ratio one applied to a container neck

00205 has a connection adapter ring, which

00206 has final membrane. The ring can be under the

00207 desired sealing aspect in terms of material

00208 can be selected. A sufficient assignment

00209 results if the inner docking surface of the 00210 final adapter ring a height of 1/2 to 1/5 des-

00211 has the same diameter. Such

00212 connector is the usual flow conditions

00213 fully grown, for example, in the toilet bowl. In order to

00214 to accommodate the area of the lower edge of the pool,

00215 not to cross the basin or bowl

00216 impair, it is provided that the refill

00217 holds a right oriented on a rectangle

00218 has a flat cross section. It is also cheap

00219 if the refill container is on a semicircle

00220 oriented cross section. It is structural

00221 proceeded so that the cross-section of the

00222 filling container itself, starting from its docking

00223 sis, tapered. The docking base is the ceiling of the night

00224 filling container, when assigning the same to fall

00225 is directed downwards. In addition,

00226 suggest that the taper, based on the right

00227 angular cross section of the refill container, a

00228 has dimension that is less than twice the

00229 clear diameter of the adapter ring. The

00230 leads to a taper towards the periphery

00231 gung. From the outside, it can be convex

00232 Rounding off. One regarding a variability

00233 even did the agent or active ingredient cheap solution

00234 independent meaning is that two (or

00235 even more) Refill containers than individual containers

00236 are provided, which together become one on one

00237 Add rectangular cross section. As above

00238 already indicated, is also a solution in this regard

00239 practical that the refill container two separate

00240 chambers. The assignment is further such that the

00241 facing two refill containers in the vertical

00242 neighboring areas. It is also proposed

00243 that the neighboring surfaces rotate one for each container

00244 allow hindering arrangement of the containers. The 00245 proximity prevents the efforts -

00246 of a compact structure

00247 Refill container as a storage container is being developed.

00248 proposed that the refill a

00249 Product opening with an open closure

00250 points. Here too, the closure is a piercing

00251 bran trained. In addition, the invention

00252 beat that part of the refill container

00253 one of the first and / or second catch basin and / or

00254 of the overflow-forming labyrinth

00255 the formation of the docking / interface is regarding

00256 of this part of the labyrinth so that the

00257 first and / or second catch basin with a bottom opening

00258 voltage is formed. That forms the receiving part of a

00259 plug-in part. In this regard, it remains consistent

00260 procedure that the refill container on a medium

00261 container of the device can be held, which has an opening

00262 has a device for opening the product, which

00263 rather opening device for closing the floor

00264 opening in the refill container required floor

00265 part is assigned as a supplementary part of the labyrinth.

00266 In the case of a continuous refill container, the

00267 space-separating design, however, such that the night

00268 bar areas formed by a common partition

00269 are. It is also envisaged that the neighboring areas

00270 or the septum, in a horizontal cross section

00271 seen, oriented on a straight line. It can

00272 grab a touching contact of the neighboring surfaces, so ÖÖ273 that even slight twists of the individual container

00274 nisse are mutually excluded. It is further

00275 advantageous that the neck opening of the container each

00276 cell container with respect to a vertical center plane

00277 of the individual container to the neighboring surface

00278 is arranged. In this respect, this can be used to advantage

00279, when the docking points are spatially close to each other 00280 can lie, creating a space-saving. 00281 device allowed. In addition, a different offset can take hold, which offers the advantage that 00283 without leaving the outline of the refill container or the 00284 device, the individual containers can have different volumes under 00285. 00286 00287 The invention then relates to a refill container, 00288 optionally consisting of two or more individual containers, characterized by the assignability to, 00290 a device according to the features of the preceding00291 claims. 00292 00293 The object of the invention is illustrated below with reference to 00294 illustrated exemplary embodiments 00295. For the sake of clarity, a schematic representation of 00296 is predominantly used. 00297 It shows: 00298 00299 Fig. 1 a storage container in vertical section with 00300 external device for dispensing portio00301 ned quantities, according to the first exemplary embodiment, 00303 00304 Fig. 2 shows a vertical section through the storage container 00305 nis with the interior of the 00306 device assigned to it, 00307 00308 3 shows a storage container in vertical section with 00309 device for dispensing portioned quantities 00310 according to the second exemplary embodiment, in modification 00311 according to FIG. 2, but with assignment 00312 to a second compensation channel, 00313 00314 FIG. 4 shows a representation like FIG. 3 with the medium container with drain arranged in the lower 00315 area of the device, 00317 00318 FIG. 5 shows a representation like FIG. 4, but with a variation of the liquid product quantities 00320 dispensing at the beginning of the flushing or nachklin00321 gend, 00322 00323 Fig. 6 the storage container in a vertical section with 00324 device for dispensing portioned quantities, 00325 embodying a third embodiment, 00326 wherein the medium container is surrounded by a toilet flush 00008 00329 Fig. 7 an example of one Arrangement variant of the 00330 channels of the device, here in a row, 00331 00332 Fig. 8 shows an arrangement variant in which the channels are combined to form a block in 00333 in a double arrangement 00334, 00335 00336 Fig. 9 shows an arrangement variant of the channels while maintaining a circular ring Distribution of 00338 channels with central channel, 00339 00340 Fig. 10 that a WC-Bec ken associated 00341 storage container with it incorporated device, showing a fourth embodiment, 00343 00344 Fig. 11 as a fifth embodiment, a section 00345 through a storage container with device for 00346 dispensing portioned quantities, designed in 00347 with regard to an assignment in a toilet flushing box 00348 sten, 00349 Fig. 12 as a sixth embodiment in perspective rendering of a device for dispensing 00351 portioned quantities, designed with regard to 00352 for an assignment in a toilet cistern, 00353 supplied from two sources of a storage container not yet assigned there 00354, with 00355 facing away from the viewer assigned docking 00356, 00357 00358 FIG. 13 shows a similar representation of the docking points facing the viewer 00359, 00360 00361 FIG. 14 shows a representation corresponding to FIG. 13, 00362 now with a storage container which now has two closed 00363 spaces, 00364 represents a replaceable refill container, gebil00365 det from separate single containers, 00366 00367 Fig. 15 this device in front view, 00368 00369 Fig. 16 the device in side view, 00370 00371 Fig. 17 the device in another side view, 00372 00373 Fig. 18 the device in top view, 00374 00375 Fig. 19 the Schni tt along the line XIX-XIX in Fig. 12, 00376 00377 Fig. 20 the section along the line XX-XX in Fig. 12, 00378 00379 Fig. 20a an enlargement of Fig. 20 in the area 00380 a docking station, 00381 00382 Fig 21 shows the section along line XXI-XXI in FIGS. 17, 00383 00384 Fig. 22 shows the section along line XXII-XXII in Fig. J.7. 00385 00386 FIG. 23 as a seventh exemplary embodiment in perspective representation of a device for dispensing 00388 portioned quantities, designed with regard to 00389 for allocation in a toilet cistern, 00390 supplied from two sources of a refill container 00391 in the form of a storage container, 00392 00393 FIG. 24th this device in plan view. , , _: . , ..: 00394 00395 Fig. 25 shows a side view of the device, ready to use coupled, 00397 00398 Fig. 26 shows the section along line XXVI-XXVI in Fig. 24, 00399 00400 Fig. 27, the closure member of the refill container designed as a storage container 00401, and 00402 in perspective, representing part of a 00403 labyrinth, 00404 00405 Fig. 28 the closure member in vertical section, 00406 00407 Fig. 29 the medium container 00408 ter, which contains the supplementary part of the Laby00409 rinth, again in a diagrammatic representation , 00410 00411 Fig. 30 a similar view showing eineKupp- 00412 ^* averaging ^'sstelle between the two labyrinthbil00413 Denden parts of the device 00414 00415 (shown as merely illustrative, since the 00416 labyrinth is connected to the fungie00417 as a storage container Governing refill container) , 00418 00419 FIG. 31 the storage container in a low angle perspective,., 00420 realized as a duo vessel, 00421 00422 FIG. 32 the device in side view according to FIG. 25, 00423 in an initial allocation phase of the 00424 storage container, 00425 00426 FIG. 33 the same in an advanced allocation phase , 00427 00428 Fig., 34 the already initiated

00429 bundle of the storage container, 00430 00431 Fig. 35 shows the pierceable alignment between 00432 storage container and a supplementary part of the labyrinth which has a piercing 00433, 00434 00435 Fig. 36 shows the closure organ or labyrinth in 00436 enlarged perspective reproduction of 00437 Fig. 27, 00438 00439 37 shows the section along line XXXVII-XXXVII in FIG. 00440 36 in the part 00441 of the labyrinth assigned to the storage container (and schematically indicated 00442 supplementary part) and surrounded by said medium container, 00444 00445 FIG. 38 a further vertical section due to the unit 00446 closure organ / labyrinth part. 00447 00448 The device V shown is used to dispense portio00449-denied quantities of a liquid product 1 from a pre-00450 storage container 2. 00451 00452 With regard to the liquid product 1, it is 00453 toilet cleaning liquid, toilet disinfection liquid 00454 and possibly also a fragrance. The named agents or active ingredients can be combined 00456 or come from separate sources, this in 00457 corresponding provision of a large number of storage containers with flow access to the device V. Thinking of 00459 is except for mono containers also on duo bottles 00460 etc. ^• > 00461 00462 With regard to storage container 2 it should be noted ■ 0.0463. «that ,. This can be in the form of a bottle. 00464, as can be seen from FIGS. 10 and 11. 00465 00466 The storage container 2 or the bottle is to be brought into the operational position. The space 3 receiving the liquid product 1 is closed on the upper side 00469. The correspondingly closed ceiling 00470 bears the reference number 4. The latter continues in a 00471 wall 5. This closes the room 3 except for a product opening 6 of the storage container 2 located in the 00472 lower area U. The upper side is declared by 0. 00475 00476 Between the inside of the ceiling 4 of the storage container 2 and the liquid product 1 00478 that holds it there is a first free mirror Sp 1. The 00479 can be reached from home by the incomplete filling of the bottle or the storage container 00481 and 2 due to the fact that with assignments of the storage container 2 together with the device V in 00483 the latter already pours a portion of liquid product 1 into this 00484, namely passing the aforementioned product opening 00486 6. 00486 00487 The product opening 6 is above a lower end wall 00488 7 of the storage container 2. It is, as it were, the 00489 shoulder of the bottle. 00490 is a first wall Wl above this end wall 7. According to exemplary embodiment 00491, FIG. 1 can be aligned with wall 5 and, according to FIG. 2, 00492 can be erected vertically above end wall 7 of storage container 2 00493. 00494 00495 To the right is a second wall W2. A 00496 third wall W3 follows, accompanied by a fourth wall W4, 00497 next to which there is also a fifth wall W5. 00498 00499 All walls W1-W5 are zontally spaced from each other both vertically and hori00500. 00501 00502 The walls Wl and W5 are facing the ceiling 4, 00503 ^• connected to each other. This bridge section bears the reference number 8 00504. 00505 00506 Furthermore, the second wall W2 and fourth wall W4 are connected to one another on the ceiling side. The bridge section 00508 is designated 9. 00509 00510 The upper end of the second wall W2 terminates at a distance 00511 from said bridge section 9. 00512 00513 The third wall W3 also leaves a vertical 00514 distance from the bridge section 9. This structure leads 00515 overall to a kind of labyrinth, constituting a first 00516 collecting basin 10. This is flooding or 00517 flushing with a second collecting basin 11. 00518 in this way is the one space 3, 00520 in the vacuum in the storage container 2 00519 which is closed at the top of the free mirror Spl, via which the product opening 00522 located in the lower area 00 of the storage container 2 U00522 with respect to the portions 00523 to be dispensed in portions can be donated. That means the product opening 00524 voltage 6 is connected to the first catch basin 00525 10, in which the liquid product 1 forms a second 00527 free level Sp2 with a height level closing the product opening 6. The second collecting basin 11 connected to the first 00528 collecting basin 10 below the second free level Sp2 00529 is placed in such a way that 00530 this collecting basin 11 provides an overflow Ü serving for portioned liquid 00531 product delivery. Wall 00532 Wl, bridge section 9 and wall 4 form an h-profile. 00533. 00534 The liquid product 1 cannot leak, since there is a vacuum in the 00535 storage container 2 above the first free mirror Spl, as indicated in 00536. 00537 00538 Determining the overflow is a height of the third wall 00540 W3 which is clearly superior to the upper edge of the product opening 00539 6. The first collecting basin 10 and second collecting basin 11 connecting intermediate opening 12 00542 ends with its upper edge approximately at a medium height between the upper edge of the product opening 6 and the over 00545 defined by 00544 an upper end edge of the wall W3. 00546 00547 The second free mirror Sp2 is acted upon by a discharge air column 14 located in another closed space 13 of the device V (shown as 00550 dash-dotted line). 00551 00552 The other closed room 13 continues into the open as channel 15 open below 00553. It is connected to the 00554 atmosphere and is only closed to generate the 00555 discharge air column 14 from the downward-facing mouth 00556 to the second free level Sp2 exerting pressure 00557. 00558 00559 The corresponding pressure medium is a medium 16. The 00560 medium 16 is water. Water is used as medium 16 in 00561 in the course of flushing the toilet, be it 00562 in the form of a fall flush or a pressure flush. 00563 The latter water collects in a medium container 00564 17 (see Figure 4 ff). It is located below the Vor00565 Council Container 2. Its container rim is placed in 00566 so that the medium 16 can be filled, for example as Sturzwas00567 water. The filling opening is designated 00568 with 18. In the case of duo bottles, the then -paa00569 rig, i.e. double device V, can be underlaid with a 00570 common medium container 17 or 00571, for example, a cornucopia-like container with 00572 sufficiently large catch opening for the medium 16. 00573 00574 The generation of the air pressure can be seen in channel 15 00575 depending on water level. The closure level is called 19. 00576 00577 The opening of the channel 15 is widened downwards 00578 through a funnel 20 with a cylindrical end area 00579. The compressed air 00581 located in a dome 21 formed by the dome of the funnel 00580 20, as air pressure, strikes the 00582 second free mirror Sp2 as air pressure. This causes the level in the first catch 00583 10 to drop and the level 00584 in the second catch 11 to raise the level with the result 00585 of the spilling out of the liquid product quantity which has been divided up in this way, which can be dispensed exactly and reproducibly, into a 00587 vertically oriented, downwardly open Auslasska00588 nal 22. 00589 00590 The liquid 00591 received in the medium container 17 runs off via a drain 23. The outflow 23 has 00592 a 00593 clear cross section, which is considerably smaller than the filling opening 18, so that there is a delayed 00594 the emptying of the medium container 17 comes. This means sustainable application of toilet cleaning / disinfection liquid or the fragrance. 00597 00598 The medium 16 moved by the change in the closure level in the other 00599 closed room 13 against the first catch basin 10 00600 can also be used instead of in a time-delayed delivery to the destination for the direct delivery of the 00602 portioned quantity. This results in 00603 graphic representation, from Figure 5. As can be seen - 00604 there the overflow Ü does not pour the portioned amount of liquid 00605 product 1 into the medium container 17. Rather 00606 the portioned amount coming from the overflow Ü becomes 00607 outside of the medium container 17 released. For this purpose 00608, the outlet channel 22 projecting vertically downwards over the lower region U is correspondingly extended. The 00610 channel-extending tube 24 is shown in dashed lines 00611 art, maintaining the schematic structure of 00612 the device V. 00613 00614 Coming back to the pressure equalization, that is, 00615 replacing the respectively output batch with air, so 00616 this is done at least via a first equalizing ca00617 nal I. The is placed through room 13, in which the 00618 output air column 14 is created. The corresponding connection to the atmosphere is available via channel 15. 00620 The air on the liquid product side passes through the product opening 6 into room 3. The rising medium 16 00622 closes the space 00624 13, which is initially open to the atmosphere, 00623 forms the said first equalization channel I 00625, for example, from FIG. 00626 00627 In certain cases, for example when the viscosity of the liquid product 1 is different, it can be useful. 00629 be loaned to give said first equalization channel I a 00630 bypass. This is embodied in the design 00631 of an additional channel, referred to as the second 00632 compensation channel II. Reference is made to FIG. One 00633 of the two equalization channels I and II is 00634 constantly open to the atmosphere. 00635 00636 In order to implement the second equalization channel II, the device V is given a sixth wall W6. The 00638 goes over the original structure in an I-shape. 00639 running over everything. Cut just above the product opening 00640 6, there are six channel cross-sections 00641 te in a row, representing the channel-forming 00642 paths explained above (see FIG. 7). 00643 00644 The air inlet duct of the second equalization duct II 00645 bears the reference number 25. Its bottom-side opening 00646 and also that of the outlet duct 22 are significantly 00647 higher than the opening of the medium level bringing 00648 the duct 15. It is provided that 00649 in particular second equalization channel II opens into the medium tank 00650 17 in such a way that it enables a medium level which clearly exceeds the mouth of the closed other room 13, i.e. the second equalization channel 00652 II. 00654 00655 The passage opening 00656 of the second compensation channel II on the liquid product side is provided with the symbol 26 00657. In terms of its height, it essentially closes 00658 immediately with the product opening 6 that emits liquid (arrow y) and 00659 air intakes (arrow x). Between the passage opening 26 and the product opening 00661 6, the second compensating channel II forms a third collecting basin 27. The collecting basins 11, 12 and 27 00663 communicate with one another. The intermediate opening 12, 00664 upstream of the overflow Ü, has the largest in Figure 4

00665 vertical height on.

00666

00667 The embodiment shown in Figure 6 is

00668 basically the same structure with regard to the device V.

00669 it. The reference numbers are partly without text

00670 repetitions, applied analogously. There is

00671 below the device V, the interior of the storage tank

00672 assigned to 2, again the medium container

00673 ■ ^17, .here -fungierend, the first medium tanks .. The ...

00674 sits in a second medium container, shown here

00675 from the toilet cistern 28. The second one is clearly visible

00676 equalization channel II the bottom of the first medium container

00677 ters 17. In contrast, the first equalization channel I opens in

00678 first medium container 17. The mouth is a Queröff¬

00679 tion 29, immediately above the bottom of the medium loading

00680 holder 17 starting.

00681

00682 The floodable second medium container, ie toilet flushing tank

00683 ten 28 has a medium outlet 30 on the bottom.

00684 The release at the medium drain 30 of the toilet cistern 28

00685 happens through a control body, for example via

00686 a jack tube device (not shown). about

00687 the water gets into the toilet bowl.

00688

00689 The outlet duct 22 and the air inlet duct 25 are

00690 of different lengths, the mouth of the

00691 air inlet duct 25 compared to that of the outlet duct

00692 22 protrudes.

00693

00694 The function of the device V with storage container 2

00695 is, briefly summarized, as follows: the liquid pro

00696 duct 1 forms the second free level Sp2

00697 through the product opening 6 in the first and

00698 second collecting basin 10.11. The common mirror 00699 is below the overflow Ü. The liquid product. 1.

00700 cannot leak because in the upper closed room 3

00701 there is a vacuum above the first free mirror Spl

00702 um forms. Is now due to the increasing level of

00703 medium 16 generates air pressure over the channel 15,

00704 so it comes to the second free mirror

00705 Sp2 via output air column 14 and to lower the

00706 said mirror. In return, this leads in turn

00707 an increase in the level in the second collecting basin 11. 007.08..The liquid product .1 passes over the overflow. Ü. It will

00709 as an exactly reproducible quantity via the outlet channel

00710 22 handed down. The air pressure goes to zero

00711 back, which corresponds to the falling shutter level 19

00712 speaks, the second free mirror Sp2 fills up on that

00713 original level shown decreasing again

00714 on. Accordingly, the height is the same in the second

00715 catch basin 11 out. The next batch is so-

00716 ready. About the one released to the atmosphere

00717 room 13, entering via channel 15, the

00718 bene quantity replaced as air quantity in room 3. The other

00719 closed room 13 represents the first equalization channel 0072Q I. The balance is restored. 00721

00722 FIG. 2 shows the same arrangement, the device

00723 device is assigned to the center of the storage container 2. 00724

00725 For example, external fluctuations in air pressure or

00726 obstacles due to viscosity and resulting-

00727 en Overcoming delays in compensation

00728 approximately to avoid, the embodiment rejects

00729 Figure 3 on the second equalization channel II. This

00730 additional equalization channel is the same in the system

00731 installed and enables more effective ventilation,

00732 that means air intake of the storage container 2. Das

00733 rising medium 16 charged via the output air column 00734 14 the second free mirror Sp2. It sinks. The mirror

00735 in the second collecting basin 11 rises. No one can

00736 liquid product backwards through the passage opening 26

00737 of the second equalization channel II in the closed

00738 enter room 3. There is an increase in the second free

00739 mirror Sp2 as well as the mirror in the second edition

00740 basin 11. The portioned quantity reaches the

00741 Overflow Ü in the outlet duct 22. At again on

00742 Zero air pressure due to the falling medium

00743 16 under the mouth of the canal. 22 the second rises ...

00744 Free mirror Sp2 on again. The next batch is like this

00745 available for removal. Then it happens again

00746 the explained pressure compensation with itself

00747 adjusting balance. The areas of all three

00748 basin, i.e. the first collecting basin 10, the second

00749 collecting basin 11 and the third collecting basin 27

00750 form the same mirror. 00751

00752 The embodiment according to FIG.

00753 mathematical representation of the compressed air generation mentioned

00754 through the rising medium 16. Through different heights

00755 the mouths of the channels, i.e. the liquid product outlet

00756 inlet channel 22, which is the first equalization channel I

00757 the duct 15 and the air inlet duct 25 of the second

00758 compensation channel II is achieved that the liquid pro

00759 product 1 specifically at the beginning or end of the rinsing process

00760 is metered. In the specific case of Figure 4 dosed

00761 the air pressure the liquid product 1 in the medium

00762 container 17, which slowly runs out and the product after

00763 the end of the flushing process in the toilet bowl, and

00764 with a time delay over the small cross section

00765 flow 23. According to the variant in FIG. 5, the outlet duct is

00766 nal extended so that the liquid product 1 is not in

00767 dosed the medium container 17, but outside. The 00768 leads to a release of the liquid product 1 for •

00769 Start of the rinsing process. 00770

00771 The embodiment according to FIG. 6 shows the arrangement

00772 of device V with storage container 2 and medium loading

00773 container 17 as the first medium container in a second

00774 Medium container, provided by the toilet cistern 28. Here

00775 is with increasing medium 16 in the first medium container

00776 ter 17 generates a pressure in the second compensation channel II,

00777 the F-liquid already before deπv-filling the medium container

00778 presses product 1 outwards into the toilet cistern 28.

00779 The previous process of filling the first medium loading

00780 holder 17 from above (to generate air pressure)

00781 reversed here. The rising medium 16 closes first

00782 the second longer one with its mouth pointing downwards

00783 equalization channel II, creates pressure and gives in the

00784 described some liquid product 1 from time to time

00785 closes room 13. For this, the described cross

00786 opening 29 used the flow contact to

00787 inside the first medium container 17. The

00788 system is closed. The toilet cistern water level,

00789 can, as shown, above the storage container 2

00790. The rinsing process is, as described, already

00791 some liquid product 1 gets into the toilet cistern 28.

00792 The toilet cistern, acting as a second medium tank

00793 ter, runs due to the relatively large clear cross

00794 cut of the medium drain 30 empty faster than that

00795 first medium container 17. Does the cistern mirror have the

00796 height of the liquid product outlet channel 22 and the outlet ^" - '

00797 same channel happens, arises from the full

00798 medium container an air pressure through the lateral passage

00799 step opening 26 on the second free mirror Sp2. The

00800 dosing is triggered. The liquid product 1

00801 drips into the water of the toilet cistern 28.

00802 It has a lasting effect. 00803 Figure 10 shows the in a closed bottle _^ -

00804 ordered toilet version in a round shape according to Figure 9, and

00805 assigned to a toilet bowl 31. Are supported

00806 Bottle and device V through a pool edge

00807 overlapping hook-shaped carrier 32, which is in the

00808 the medium container 17 overlapping the output side

00809 sets. The same applies to the embodiment

00810 according to FIG. 11, only that there the carrier 32 in one

00811 passes over flatter hooks as suspension means.

00,812th

00813 The docking of the storage container or containers 2 ge

00814 looks through a sealed connector.

00815 A screw connection assignment is also conceivable

00816 also a bayonet lock connection. It can

00817 a transport lock is provided in all cases

00818, also an exposed opening aid, the one

00819 defined target tear point of the storage container 2

00820 opens depending on assignment.

00821

00822 The thought of liquid product 1 from separate sources

00823 is shown from Fig. 12 and next

00824 described.

00825

00826 is based on that discussed in detail in the opening credits

00827 vacuum level controller. The reference numbers are so far

00828 required for understanding, some without textli¬

00829 che repetitions, on the sixth embodiment

00830 transmitted.

00831

00832 In terms of construction, this is mainly embodied in continuing education

00833 in that this device V has two feed inlets

00834, realized as docking points. 33. They can be

00835 with two closed rooms 3 of a storage container

00836 nisses 2 fluid supply and air outlet

Connect 00837 in the same way. It's through a vagina 00838 wall-formed, for example, two-chamber structure. Before 00839, however, a two-part construction is preferred, in which a 00840 combined refill container B consists of individual containers 2 ¹ , 2 ¹ 'each containing a liquid product 00842, 00842, which together complement one another to form a cross-section that is based on a 00843 rectangle 34. 00844, for example, reference is made to FIGS. 14 and 18. The 00845 rectangle 34 is indicated in FIG. 18 by supplementary semicolon lines 00846. The device V has a 00847 “flat construction. The ratio of width to length ". ..... 00848 is 1: 6, preferably 1: 4. 00849 00850 Due to the double design of the flow baby 00851 rinth, each product opening 6 of the refill container 00852 ses B or the individual containers 2 ', 2''has a 00853 first and a second collecting basin 10, 11 connected behind it, so that in both inlets there is an output Air column 00855 14 is reached. Accordingly, the 00856 second free mirror Sp2 is also acted upon by the output air column 14 00857, which is, at least in part, the same for both two 00858 th free mirrors Sp2. 00859 00860 Referring to FIGS. 21 and 22, it can be seen 00861 that the downward opening of the channels 15 00862 begins at the same level, that is to say when the medium 16 rises, the 00863 double-tube-like vertical space 13 also closes 00864 from below and the two output air columns 00865 14 under pressure arrow x "moves" onto the second Freispie00866 gel Sp2. The upstream, common 00867 medium container 17, in which the closing level 19 is formed (cf. FIG. 4), can also be seen here from 00869 of the drawing. 00870 00871 A comparison of FIGS. 21 and 22 makes it clear, however, that the subject according to the development shown in FIGS 00873 have the two outlet channels designated 22 with different outlet cross-sections, 00874. The batch going through the 00875 overflow Ü in the form of the reproducible 00876 portion of the liquid product 1 flows out according to FIG. 21 00877 from the device V 00878 in a vertical direction - the direction of flow is also indicated here by arrow y 00879 -, whereas the over the Overflow - ~ ΪS crowded 00880 th batch of the local liquid product 1 according to 00881 Fig. 22 ultimately goes to an outlet channel 22 which 00.882. has a significantly smaller outlet cross section ,,. _, , 00883 than that according to FIG. 21. The 00884 outlet channel 22, which has a reduced cross section, is the last constriction or barrier on 00885 the bottom and at the lowest point of the oppositely roof-shaped zone of the medium container 17. -00887 00888 The zone provided by the medium container 17 functions as 00889 drip tray 35. The latter forms the lower end 00890 of the medium container 17 and is connected on the side facing away from the docking station 00891 33 with an open 00892 shaft 36. It runs vertically and 00893 merges in the upper area 0 of the device V into water-to00894 conductive insertion bevels 37. The flow portions of the flushing that come into contact with the flushing as flash flood 00896 lead to the shaft 36, forming the controlling medium 16. 00897 00898 The shaft 36 and the wing-like protruding insertion bevels 37 forming the catch ring 00899 lie in the flat profile 00900 of the device V and are in the back curved, following 00901 the curvature of the wall of the toilet bowl 31. 00902 00903 The vertically oriented shaft 36 has a window-like underfloor area. The corresponding window 00905 bears the reference symbol 38. It is closed on the front side of the Vor00906 direction V and, as a flow bridge 00907, provides the operative connection both to the room 13 in which the 00908 output air column 14 of both labyrinths arises as

00909 also to the area of equalization channel II, which as

00910 additional compensation channel acts as compensation channel

00911 nal, which exists due to space 13 and with I decla-

00912 is rated. 00913

00914 The time delay due to the smaller cross section

00915 device expiring partial amount of liquid product 1 arrives

00916 into an underlying, delayed acting

00917 ne in the form of an angular recess 39. This is like-35-

00918 if the reverse is roof-shaped and lies with

00919 Distance to the central outlet duct

00920 22 smaller outlet cross section. The angular recess 39

00921 is blocked by walls on the visible side and on the right and

00922 left open in the slightly rising area. The openings

00923 gen are designated 40. The falling washing-up water

00924 ser also bears the remains of there

00925 detained substance away. On the other hand, it is

00926 also cheap if it is a fragrance,

00927 to store this portion as fragrant as possible. The

00928 in the labyrinth level according to FIG. 21 batch released

00929, on the other hand, is preferably quickly rinsed into the

00930 toilet cistern included. 00931

00932 The base of the docking points 33 is one of the housed

00933 semi-vertically oriented center zone of the device

00934 tung V horizontally protruding console 41

00935 upper area O of device V directed one attachment each

00936 dock cone 42 off. It is a pipe socket.

00937 The circumscribes a passage opening 43 in the Konso-

00938 le 41. The refill container B is placed on the free conical

00939 see end of the docking port 42 practically Kletπmgehal-

00940 tert and sealed. The connection

00941 looks at a container neck 44, which is indirect

00942 is funneled accordingly. The middle 00943 re connection is explained by the interposition of 00944 of a connection adapter ring 45. This is shown in Fig. 20a 00945 enlarged. 00946 00947 Connection adapter ring 45 and protruding container neck 00948 44 are connected via a catch. With regard to 00949 of the ring 45, a U-shaped cross section has been selected. 00950 The U-web engages over the end edge of the container neck 00951 44. The detent consists of a detent bead 44 'of 00952 .Behältnishalses 44 and a corresponding locking _groove.., 00953 45' of the terminal adapter ring 45. 00954 00955 at shoulder level or even 00956 wall 7 of the refill container B given here, the connection 00957 adapter ring 45 forms a closure membrane 46. This is 00958 to the free end of the inner leg of the U-shaped 00959 adapter ring 45 in a tight connection connection. It 00960 (46) is via a The thickness of the reduced bridge section is connected to 00962. The hinge is intended to be tearable 00962. To appropriately film-hinge the 00963 opening of the predetermined zip membrane 46, the appropriately 00964 deeply insertable, free end section 42 'of the docking connector 00965 nut ¹ 42 is used, which is, except for a residual 00966 , reduced in height in the hinge-forming area 00967 (not shown posed, as easily imaginable). 00968 00969 The plug connection is also of sufficient tilt stability, since the inner docking surface of the connection adapter 00971 ring 45 has an axial height of approximately 1/2 to 1/5 of the 00972 clear diameter D of the same. Specifically 00973, the axial height is approximately one third of said 00974 diameter. 00975 00976 The connection adapter ring 45 is selected in terms of material both 00977 with regard to a good seal and 00978 also with regard to the predetermined tear effect. 00979 00980 Below the passage opening 43 of the docking cone 42 00981 there is a flow connection 47 which is oriented as a transverse channel. It is directed towards the body of the device V 00983, that is to say the fastening section of the console 41, in a sloping manner. It ends in the product opening 6 00985 in the ^' second equalization channel II, which provides the direct connection to the atmosphere. The air flow path, which is quick in this regard, is shown in the form of a dash-dot line 00988 and designated by 48. 00989 The wall material of the flow connection 47 also acts 00990 like a support strut with regard to the bracket 00991 42. 00992 00993 As can be seen from a comparison between FIGS. 19 and 20, the flow connection 47 according to FIG. 20 00995 goes into the labyrinth of the vacuum level 00996 near the console regulator; 19, on the other hand, a channel extension 00997 penetrates this labyrinth with the 00998 success of a flow connection to the system remote from the console 41 00999. 01000 01001 With regard to the shape of the one-part or multi-part 01002 refill container B, it remains to be noted that 01003 the cross-section of the refill container tapers towards the upper area O, starting from its docking base, the so-called end wall 01005 7. The taper is present on both levels. Therefore, reference is made to 01007 Figures 19, 20 and 21, 22. In both cases 01008 the taper turns into narrow convex curves. 01009 A design formula is used, according to which 01010 the taper, based on the rectangular cross 01011 cut the refill container B in the plane or

01012 one dimension on the levels of the container neck 44

01013 has less than twice the clear diameter

01014 knife D of the connection adapter ring 45. 01015

01016 In the vertical longitudinal median plane of device V

01017 and a corresponding division level of the refill

01018 ratios B are in two-part construction of the refill

01019 container B contains the individual containers 2 ', 2 "

01020 Formation of neighboring areas 49 facing each other ..

01021 They are so close to each other and equal in area that

01022 they have a rotational locking effect. That means it is so practical

01023 single container 2 ', 2' '

01024 are not concerned with the geometric vertical axes of the

01025 turn docking points 33, despite the rotationally symmetrical

01026 see the structure of these docking points. You stand like one

01027 Shield in a fixed fork secured in position in the campaign

01028 rich in toilet flushing. The neighboring surfaces 49 run

01029 in a horizontal cross section on a straight line

01030 animals. The corresponding plane, a plane of symmetry,

01031 is designated E-E (see Fig. 15). 01032

01033 For example, FIGS. 20a and 15 show

01034 bar that the container neck opening 50 of each individual

01035 ratio 2 ', 2' ¹ with respect to a vertical center line

01036 z-z offset to the respective neighboring surface 49

01037 is assigned. When the docking points 33 are further apart

01038 the corresponding offset can be used so that

01039 Individual containers 2 ', 2' 'of different volumes

01040 can be assigned with this accordingly

01041 protruding wall area of one neighboring surface 49

01042 and correspondingly recessed wall area of the

01043 other neighboring surface 49. The different offset

01044 of the adjacent surfaces 49 is not in the drawings

01045. 01046 In conjunction with a plug-in identifier, for example, the design pairings interrupting the rotation of the parts 42, 44, 45, a foolproof 01049 assignment of the individual container 2 ¹ or 2 ' ¹ can also be achieved, 01050 in the presented sense of the delayed and the 01051 accelerated substance to be dispensed on liquid product 1. 01052 The former is preferably the fragrance-dispensing substance, 01053, the latter expediently is 01054 toilet cleaning / disinfecting liquid. 01055 01056 From Fig. 23, a seventh exemplary embodiment is to be clarified, which in its basic technical concept comes closer to the exemplary embodiment according to FIG. 10 01058. However, the 01060 solution embodying the seventh embodiment is designed to be supplied from two or more 01061 sources, as is basically described in 01062 FIGS. 12 ff. The arrangement variant of the channels comes into effect while observing a circular distribution of the channels with the central 01065 channel now divided (cf. schematic diagram Fig. 9). 01066 the basic principle described in detail above is maintained and the labyrinth-like structure is realized only in a sectoral 01068 circular manner. 01069 01070 The reference numbers have been transferred, insofar as this is necessary for understanding, partly without repeated text. 01073 01074 The refill container B, used in the sense of a storage container 01076 which is interchangeably assigned to device V, contains the liquid product 1. 01077 01078 The refill container B is chambered to hold different liquid products 1 01079. The chambers are labeled 01080 with 51. In the lower area U of the refill 01081 ratio B, the chambers 51 each have a filling opening. 01082 opening 52. This is located in the bottom 53 of the Nach01083 filling container B. 01084 01085 After filling, the filling opening ~ 01086 is closed. A plug-like closure member 01087 54 is used for this purpose. It has an elastic sealing collar 55. The 01088 interacts with the reveal of the filling opening 52. 01089 at the foot of the plug 01090 goans.54., Which is inserted from the outside, there is a widening stop 01091 flange 56. This can be firmly connected to the bottom of the Bo01092 seal 53, for example by thermal 01093 paths. 01094 01095 At the same time, the closure member 54 controls, via its 01096 product opening 6, the portioned amount of 01097 toilet cleaning liquid, disinfectant liquid 01098 and / or a fragrance. For this purpose, the laby01100 rinth-like channel system described above and incorporated into the closure member 54 comes into effect, which is realized in the towering part that is partially towering inside the respective 01102 chamber 51. 01103 01104 Here, however, product opening 6 is closed by default 01105. It has a closure 57 which can be opened when first used. 01107 01108 The openable closure 57 is formed by a piercing membrane 01109, realized as a thin point of a 01110 sectoral ceiling 58 of the closure member 54. 01111 01112 With regard to the hydromechanical structure of the Vor01113 direction V, the structural procedure is now such that the 01114 refill container B in a development of the explained 01115 closure member 54, a part T1 and the first 01116 and / or second collecting basin 10, 11 and / or of the labyrinth L forming the overflow 1111 is formed. In the unallocated state of the labyrinth L, which is still incomplete, the first and / or second collecting basins 10, 11 have a bottom opening 10 ', 11'. 01121 01122 Only when a joining partner 01124, which holds the first collecting basin 10 and the second 01123 collecting basin 11 from below, does the functioning of the “device V,. The other _. Accordingly, the structure is such that the refill container B can be held on the medium container 17. It 01128 is a plug connection 01129 that also seals. It also has an opening device 59. The opening device 59 is assigned the floor part 60 required for closing the 01131 bottom opening 10 ', 11' in the refill container B as a further part, more precisely supplementary part T2 of the labyrinth L. 01134 01135 The base part 60 is a substantially cylindrical 01136 shape of the shell base 61 of the medium container 01137 17 (reference is made to FIG. 26). It is 01138 a cylindrical hollow pin closed at the top. The 01139 sits sealingly in a contour-conforming, central 01140 S. slot cavity 62 of the labyrinth L in the area of the supplementary part T2. 01142 01143 A peripheral, lower, sectoral ring step 60 '01145, which is located to the side of the plug-shaped base part 01144 60, forms a defined support of part 01146 Tl on part T2, going via a base-side ring 01147 wall 54' of the labyrinth L or closure member 54 . 01148 The lower edge of the forehead stands up. 01149 01150 which overlaps the base part 60 exposing it upwards

01151, piercing pin-like opening device 59 is one

01152 cross-sectionally curved lance, which with the jacket

01153 wall of the pin-like base part 60 is aligned. The

01154 lance tips out to the side and is sharpened so that it

01155 for easy penetration of the thin area

01156 the ceiling 58 of the labyrinth body comes. Above the

01157 ceiling 58, the sector-shaped cross section continues

01158 ceiling 58 into a vertical column 63 over which the

01159 cut product opening 6 the flow connection

01160 of the liquid product 1 into the labyrinth L.

01161 opens. The ceiling 58 lies at the lowest point of the

01162 mer 51. This way you can dispense completely. The corresponding

01163 Closure placed in the attachment area lies in this way

01164 cheapest. 01165

01166 The in the lower attachment area of the labyrinth L

01167 chene product opening 6 is also functional

01168 rather than a corresponding lance

01169 cross-section T-shaped shape can be given. The

01170 T-web lies in the bisector and pushes the

01171 Free-cut rags of the thin section safely to the side. 01172

01173 To ensure an exact coordination of the plug connection from Tl

01174 and T2, the locking element 54 and

01175 the labyrinth L, as far as the towers are concerned,

01176 angle of rotation definition This is the stop flange

01177 56 used. It has a nose-like projection

01178 a notch 64 on the edge zone. Protrudes into it

01179 fitting projection 65 on the underside of the floor

01180 53 of the refill container B. In this way they are

01181 first catch basin 10 and second catch basin 11

01182 correct position to the bottom part 60 closing them

01183 and also channel 15 and the outlet duct 01184 nal 22 to the respective access or outlet point 01185 of the device V. 01186 01187 In order to obtain identical parts to 01189 with regard to the locking member 54 or the 01188 labyrinth L despite the duo version, a 01190 mirror-symmetrical design is dispensed with. The projections 65 lie in the same direction 01191 next to the filling openings 52. 01192 01193 As can be seen from the drawings _{, the} chambers 51 in the 01194 refill container B according to the seventh exemplary embodiment 01195 are divided by a common partition 66. The Schei01196 dewand 66 leaves chambers 51 of the same size on both sides. 01197 The center-symmetrical design also has the 01198 advantage of central stabilization of the relatively 01199 thin-walled refill container B. 01200 01201 Unlike the above-described duo version of the Vor01202 direction V, which has a rectangular cross section 01203 (rectangle 34), the refill container B now has a 01204 cross-section oriented more on a semicircle. 01205 The dome-like body is thus given a rear wall 67 which is flattened in a segment of a circle, facing the foldable end section of the 01207 support 32. In the middle of this, the chamber-forming partition 66 was formed. The adjacent surfaces 49 bordering the chamber 01209 are embodied integrally 01210 (cf. Fig. 26 ). 01211 01212 The vertical rear wall 67 01213 described cannot be seen in the diametral of the 01214 cross section approximated to the semicircle. It goes well beyond the equator. 01215 01216 The area on the foot side of the band-shaped, elastic 01217 support 32 has a seat-like step 68, while 01218 has an underfloor area that can be gripped under. The will 01219 quent of the circular cross-section of base area 69 of the refill container B, and 01221 secured against vertical evasion or practically locked 01222 (see FIG. 25). 01223 01224 The corresponding angular plug-in assignment study 01225 results in its intermediate phases from an assembly 01226 see FIGS. 32-35. Upon reaching the coupling 01227 position acc. 25 the opening of the closure 01228 57 has been completed. 01229 01230 The angle 01231 of the refill container B, which goes up to the grip below level 68, is slide-guided, and 01232 through a hook-in connection between the upper 01233 end of the carrier 32 and the head part of the refill container B. The latter points to the rear wall 01235 67 facing this Side facing 01236 hook arms 70. They lie in the open entrance of a 01237 longitudinal groove 71. The head of a vertical ledge 72 leads therein. The ledge 72 is T-profiled and is rooted with its T-web in the back of the band-shaped carrier 32 facing the said rear wall 67. Bar 72 01241 and the band section carrying it are stretched out 01242. The T-legs 73 point out to a catch projection 74. It is threaded under the hooking arms 70. 01245 01246 Extending upright from the shell base 61 are guide wall sections 75. These are laid in such a way that 01248 the medium 16 impacting via the filling opening 18 into the medium container 17 01249 is directed onto the lower entrance 15 'of the 01250 channel 15, so that ^'the output air column comes to effective training 01251 14th 01252 01253 The one running in the transverse center, the carrier 32

01254 turned guide wall section 75 can also be used for

01255 tongue of the angled, lowered refill container

01256 B. Here, however, there is a height adjustment too

01257 the bottom part 60 required.

01258

01259 The basically circular base area

01260 69 points downward in a circular umlau¬

01261 open edge 76. The enters vertical Schlit¬

01262- ze 77 of the guide wall sections 75. They rejuvenate

01263 in the direction of insertion (see arrow in Fig. 36). That has zen¬

01264 effect on parts B and 17. To the Ermögli¬

01265 chung the mentioned tilt position of the refill container

01266 B is the push-in rim 76 in the flat area of the rear wall

01267 67 cut away. One that defines the stroke has an effect

01268 nose protruding from the base area 69.

01269

01270 The predominantly circular base area 69

01271 goes into the formation of shells to catch the medium 16

01272 a trapezoidal outline shape, from the

01273 level of the rear wall 67. The base of the trapezoid is on the outside.

01274

01275 The bowl base 61 has one or more drains

01276 sen 23 provided. The delivery of the ge

01277 mixed cleaning liquid. A direct delivery of the

01278 pure substance happens in the manner described

01279 via outlet duct 22 via pipe 24.

01280

01281 The outlet 22 'of the drain 22 or its pipe 24

01282 can have a flow-retardant baffle 78

01283 be switched. It may be spaced apart via webs

01284 be bound.

01285

01286 Except for the first compensation capacitor shown in FIG. 37

01287 nal I can still use this version of the device V. 01288 a second channel guide can be assigned, which takes over the 01289 task of the compensation channel II explained above. This second equalization channel would be cleared at refill 01291 in the manner described 01292. 01293 01294 It goes without saying that the dosing technology 01295 described can also be used advantageously on dishwashers, washing machines, moisture vacuum cleaners, service water tanks, i.e. all 01297 liquid containers with changing liquid levels ~ 01298 gel. 01299 01300 The described labyrinth technique also leads to a dispensing result 01301 if the labyrinth is under 01302 water and the same 01303 water pressure acts on both free openings. Such a rising water column creates an overpressure in the storage container, with air being pressed in here through 01305, which then leads to an output / Do01307 sation when the water column falls off at 01306. 01308 01309 Further shows: 01310 01311 Fig. 39 shows a storage container as shown in Fig. 01312 26, but showing a plug-in and 01313 sealing technology variant, 01314 01315 Fig. 40 is a bottom view against the upper section 01316 of the TSI refill container. 01317 01318 The reference numbers have been adopted, this partly without 01319 textual repetitions. The further development here consists specifically in the fact that each chamber 51 has its own 01321 sealing lip 79. It is designed as a round plug-in mouth 01322 and at the same time carries a locking rib 80 01323 underpins a counter-locking rib 81. The latter starts from “01324 on the inside of an upstanding ring wall 82 of the 01325 labyrinth L. 01326 01327 Concentric to the ring wall 82 is an inner ring wall 83 which also projects upwards. It stands in a sealing 01329 system to the exposed sealing lip 79. The 01330 plug-in sealing area thus formed is moreover enclosed by a 01331 bell rim 84. From its underside go -01332 fastening means, not shown, for securing the refill container B on the base part of the Vor01334 direction V. Here a detent can be applied 01335, as is explained in the area of the reference numbers 80, 81. 01337 01338 Because each chamber 51 has its own continuous lip 01340, which is independent of the 01339 sealing lip 79 of the other chamber 51, the transfer 01341 of the different types of liquid product 1 from the 01342 to the other chamber is excluded. The sheath 01343 wall 66 is formed here by the two-tower housing of the chambers 01344 51. There is an integra01345 l bar between the two housings. 01346 01347 The bell rim 84 ends on the side facing the carrier 32 in an integrated screen 85. 01349 01350 In the development shown, docking 01351 of the refill container in axial plug arrangement 01352 is possible. It is not necessary to act as described. 01353 01354 The outlet channel 22 and the channel to the overflow Ü towards, ie 01355 the second collecting basin 11, can be shortened 01356. These two channels end with a 01357 blanket like the one marked 58, only sectorally 01358 loaned to it, and about halfway up the -tower-

01359 labyrinth L lying. This leads to the chambers 51

01360 to an enlarged usable space for the respective river

01361 sig product 1.01362

01363 All disclosed features are (in themselves) inventive

01364 considerably. In the disclosure of the registration is hereby

01365 also the disclosure content of the associated / attached

01366 priority documents (copy of the pre-registration) fully

01367 -included in content- also for the purpose ,. Characteristics...

01368 of these documents in claims of this application

01369 to be included.

Claims

01365 An sp rüc he 01366 01367 1. Device (V) for dispensing portioned quantities such as 01368, for example a toilet cleaning / disinfecting liquid 01369 and / or a fragrance, with a supply container (2) in which liquid product (1) is absorbed 01371 is, the liquid product (1), associated with a closed space (3), forms a first free mirror (Spl) 01373, characterized in that the closed space (3). 01375 is formed in the storage container (2) on the upper side, and that a product opening (6) is formed in the storage container (2) in the 01376 lower area (U) 01377, which is connected to a first collecting basin (10) connects 01378 in which the liquid product (1) forms a second 01380 free level (Sp2) with a height level closing the product 01379 opening (6), and that via a second level connected to the 01381 first collecting basin (10) below the free level 01382 (Sp2) Collecting basin (11) is provided 01383, which has an overflow (Ü) which serves for portioned dosing of liquid product. 01385 01386 2. Device according to claim 1 or in particular da01387 according to, characterized in that the product opening 01388 (6) has an openable closure (57). 01389 01390 3. Device according to one or more of the preceding claims, or in particular according thereto, characterized in that the second free mirror (Sp2) is acted upon by an output air column (14) located in another closed space (13). 01395 01396 4. Device according to one or more of the preceding claims 01397 or in particular according thereto, characterized in that the other closed space (13) 01399 by changing the lock level against one another 01400 first collecting basin (10) moving medium (16) produces 01401 is 01402 01403 5. Device according to one or more of the preceding01404 claims or in particular according thereto, characterized 01405 that the medium (16) is water. 01406 01407 6. Device according to one or more of the preceding claims 01408 or in particular according thereto, characterized 01409 characterized in that the medium (16) in the course of flushing a toilet is flowing water. 01411 01412 7. Device according to one or more of the preceding claims, or in particular according thereto, characterized in that the medium (16) passes through the closure to the space (13) which is initially open to the atmosphere 01415 and at the same time forms a first compensation channel 01416 (I) - Level change 01417 closes. 01418 01419 8. Device according to one or more of the preceding claims 01420 or in particular according thereto, characterized in that 01421 that in addition to the first compensation channel 01422 (I) a second compensation channel (II) is provided, 01423 wherein a compensation channel (I or II) is always open to the Atmo01424 sphere. 01425 01426 9. Device according to one or more of the preceding claims, or in particular according thereto, characterized in that the second equalization channel (II) opens into a 01429 medium container (17), which connects the mouth of the 01430 closed space (13). enables the 01431 medium level to exceed significantly. 01432 01433 10. Device according to one or more of the preceding claims or in particular according thereto, thereby 01435 characterized that the overflow (Ü) the portioned. 01436 quantity of liquid product (1) drains into the medium container (17) 01437 or that the overflow (Ü) releases the portioned 01438 quantity outside the medium container (17). 01439 01440 11. Device according to one or more of the preceding claims or in particular according thereto, characterized in 01442 that the medium container (17) has a 01443 drain (23) which is opposite a filling opening 01444 (18) on the medium container. (17) is much smaller. 01445 01446 12. Device according to one or more of the preceding claims or in particular according thereto, characterized in 01448 that the second compensation channel (II) 01449 passes through a first medium container (17) and the 01450 the first compensation channel (I) in the first Medium-Be01451 container (17) opens. 01452 01453 13. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01455 that two closed rooms (3) 01456 are provided, in which separate liquid products (1) are accommodated, which via separate 01458 first and Dispense the second catch basin (10, 11) of the respective 01459 liquid product (1). 01460 01461 14. Device according to one or more of the preceding claims or in particular according thereto, characterized in 01463 that the second free mirrors (Sp2) are acted upon by 01464 an output air column (14) which, at least partially, for both second free mirrors (Sp2) 01466 is the same. 01467 01468 15. Device according to one or more of the preceding claims or in particular according thereto, 01470 net through an upstream common medium container (17) with a bottom-side drip tray (35). 01472 01473 16. Device according to one or more of the preceding claims or in particular according thereto, characterized in that the outlet channels (22) have different outlet cross sections. ^■ > 01477 01478 17. Device according to one or more of the preceding claims or in particular according thereto,. characterized _ .. 01480 that one of the outlet channels (22) allows the 01481 liquid product (1) to run onto the drip tray (35) 01482. 01483 01484 18. "Device according to one or more of the preceding claims or in particular according thereto, characterized 01486 in that the collecting tray (35) has a smaller outlet cross-section than the outlet channel (22). 01488 01489 19. Device according to one or more of the preceding 01490 existing claims or in particular according thereto, characterized in that the liquid product (1) is accommodated in a refillable container (B) 01492. 01493 01494 20. Device according to claim 19 or in particular 01495 thereafter, characterized in that the refillable container 01496 nis (B) has a product opening (6) with an apparent 01497 closure (57), 01498 01499 21. Device according to one or more of the preceding claims or in particular according thereto, characterized 01501 in that the closure (57) is designed as a piercing 01502 membrane

01504 22. Device according to one or more of the preceding claims or in particular according thereto, characterized 01506 in that on the refill container (B) further 01507 a part (Tl) of the first and / or the second catch basin (10, 11 ) and / or the overflow (Ü) form the labyrinth (L). 23. Device according to one or more of the preceding claims or in particular according thereto, characterized in that the first and / or the second 01514 collecting basin (10, 11) is designed with a bottom opening (10 ', 01515 11'). 01516 01517 24. Device according to one or more of the preceding claims or in particular according thereto, characterized 01519 in that the refill container (B) can be held on 01520 a medium container (17) which has a 01521 opening device (59) for the product opening ( 6) 01522, which opening device (59) has the bottom part (60) required for 01523 closing the bottom opening (10 ', 11') in the refill 01524 ratio (B) as a supplementary part (T2) of the labyrinth (L) assigned. 01526 01527 25. Refill container (B) as a storage container for a 01528 device (V) for dispensing portioned quantities such as 01529 for example a toilet cleaning / disinfecting liquid 01530 and / or a fragrance, characterized in that the refill container (B) is in one has a product opening (6) with an open closure (57). 01534 01535 26. Refill container according to claim 25 or in particular 01536 thereafter, characterized in that the refill container (B) can be plugged onto a docking cone (42). 01538

01539 27. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01541 that the refill container (B) has a 01542 connection ad01543 attached to a container neck (44) which has a predetermined zipper closure 01544 membrane (46). 01545 01546 28. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01548 that the inner docking surface of the connecting adapter ring (45) has a height (H) of 1/2 to 01550 1/5 of the inside diameter (D) the same. 01551 01552 29. Device according to one or more of the preceding claims or in particular according thereto, characterized in 01554 that the refill container (B) has a cross section oriented towards 01555 as a rectangle (34). 01556 01557 30. Device according to one or more of the preceding claims or in particular according thereto, characterized in that the refill container (B) has a cross section oriented towards 01560 in a semicircle. 01561 01562 31. Device according to one or more of the preceding claims or in particular according thereto, characterized in 01564 that the cross section of the refill container 01565 (B) tapers, starting from its docking base, 01566. 01567 01568 32. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01570 that the tapering, based on the 01571 rectangular cross section of the refill container (B) 01572 in the plane of the container neck (44), has a dimension of 01573, which is less than twice the light 47

01574 diameter (D) of the connection adapter ring (45) be01575. 01576 01577 33. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01579 in that two refill containers (B) are provided as 01580 individual containers (2 ', 2'') which 01581 together form one on a rectangle (34) add oriented 01582 cross section. 01583 01584 34. ^' Device according to one or more of the preceding claims or in particular according thereto, characterized 01586 in that the refill container (B) has two separate chambers (51). 01588 01589 35. Device according to one or more of the preceding claims or in particular according thereto, characterized 01591 in that the two individual containers (2 ¹ , 01592 2 '') or chambers (51) of the refill container (B) in 01593 the vertically facing neighboring surfaces (49) have 01594 sen. 01595 01596 36. Device according to one or more of the preceding claims or in particular according thereto, characterized in that 01598 that the adjacent surfaces (49) of each 01599 individual container (2 ', 2'') enable rotation-preventing arrangement 01600 of the individual containers. 01601 01602 37. Device according to one or more of the preceding claims or in particular according thereto, characterized 01604 in that the adjacent surfaces (49) are formed by a 01605 common partition (66). 01606 01607 38. Device according to one or more of the preceding claims or in particular according thereto, thereby 48

01609 characterized that the neighboring areas (49th) or the. 01610 partition (66) in a horizontal cross section oriented on 01611 a straight line. 01612 01613 39. Device according to one or more of the preceding claims or in particular according thereto, characterized 01615 in that the container neck opening (.50) 01616 of each individual container (2 ¹ , 2 '') with respect to a 01617 vertical center line (zz) of a single container 01618 (2 ', 2 ¹ ') offset to the neighboring surface (49). 01620 01621 40. Device according to one or more of the preceding claims or in particular according thereto, characterized 01623 net by a different offset. 01624 01625 41. Refill container (B), optionally consisting of 01626 two or more individual containers (2 ', 2''), marked 01627 characterized by an assignment to a device 01628 (V) according to the features of the preceding claims. 01629 01630 42. Refill container as storage container according to claim 01631 claim 25 or in particular thereafter, characterized in that the refill container (B) has a product opening 01633 (6) with an openable closure (57). 01634 01635 43. Refill container according to one or more of the 01636 preceding claims or in particular according thereto, 01637 characterized in that the closure (57) is designed as a 01638 piercing membrane. 01639 01640 44. Refill container according to one or more of the 01641 preceding claims or in particular according thereto, 01642 characterized in that on the refill container 01643 (B) further a part (Tl) of the first and / or two 01644 te collecting basin (10, 11) and / or the overflow (Ü) 01645 forming labyrinth (L) is formed. 01646 01647 45. Refill container according to one or more of the 01648 preceding claims or in particular according thereto, 01649 characterized in that the first and / or second 01650 collecting basin (10, 11) is designed with a bottom opening '(10 *, 01651 11'). 01652 01653 46. Refill container according to one or more of the 01654 preceding claims or in particular according thereto, 01655 characterized in that the refill container (B) 01656 can be held on a medium container (17) of the device (V) 01657, which has an opening device (59 ) for 01658 has the product opening (6), which opening device (59) the floor 01661 part required as a supplementary part (T2) of the labyrinth (L) for closing the bottom opening (10 ', 01660 11') in the refill container (B). assigned01662. 01663 01664 47. Refill container according to one or more of the 01665 preceding claims or in particular according thereto, 01666 characterized in that each chamber (51) has a 01667 independent, continuous sealing lip (79) independent of the sealing lip (79) of the other chamber 01668 (51) ) 01669 on ice.