Source: https://patents.google.com/patent/WO1986001489A1/en
Timestamp: 2019-12-06 06:45:00
Document Index: 260516700

Matched Legal Cases: ['art 35', 'art 35', 'art 35', 'art 35', 'art 60', 'art 60', 'art 61', 'art 60', 'art.\n4']

WO1986001489A1 - Container provided with a closure - Google Patents
Container provided with a closure Download PDF
WO1986001489A1
WO1986001489A1 PCT/CH1985/000109 CH8500109W WO8601489A1 WO 1986001489 A1 WO1986001489 A1 WO 1986001489A1 CH 8500109 W CH8500109 W CH 8500109W WO 8601489 A1 WO8601489 A1 WO 8601489A1
PCT/CH1985/000109
Donald Jan Workum
Hafina Treufinanz Ag
1984-08-23 Priority to CH403484 priority Critical
1984-08-23 Priority to CH4034/84-4 priority
1985-07-08 Application filed by Hafina Treufinanz Ag filed Critical Hafina Treufinanz Ag
1985-07-08 Priority claimed from AT85903197T external-priority patent/AT33119T/en
1986-03-13 Publication of WO1986001489A1 publication Critical patent/WO1986001489A1/en
The container comprises an outer envelope (1) and an inner envelope (2) which contains a certain quantity of a product to be extracted. The cover (4) of the container has a membrane (6) at its top part provided with a hole (7) of the extraction of the product. In a rest position, the membrane (6) sealingly bears against a plug (8) which then closes the hole (7). The plug is connected by means of strips (10) to a socket (11) secured to the inner envelope (2) made of flexible material. The cover (4) and the socket (11) are interconnected. When exerting a pressure on the outer envelope (1), an over pressure is generated in the space situated between both envelopes by means of a valve which closes said space. A predetermined quantity of product contained in the inner envelope (2) is thus ejected between the plug (8) and the membrane (6) which thereafter comes back to its rest position where it ensures the protection of the product by preventing outside air from entering.
Container with a closure
The invention relates to a container with a closure for receiving flowable products, which are portions ent remove through application of pressure on the flexible container.
Under flowable products all liquids or pastes and creams of different consistency and texture comparable containing foods such as syrup, mustard or ketchup be understood. Container from which a product is pushed out by exerting pressure on the container of this kind, that included beispiels¬, liquid soap, lotion, toothpaste, deodorant, etc., or foods such as mustard, mayonnaise, etc. Many products of this type are in tubes in brought the Han¬ del wherein tubes have the known disadvantages that is often forgotten to put the screw again so that the contents of the tube dries up, changed by the presence of air, such as oxidized or spoiled. Another disadvantage is that the tubes pinched or from the rear end when rolled act unaesthetic, especially if the content is smeared with careless removal even around the opening rim.
For receiving products of the aforementioned type, various containers are preferably fer¬ ner known in Weich¬ plastic with valve-like closures, of which but many have the disadvantage that they do not work or when Hand¬ dling in every position exceeded all be operated can or that easily falls in only partial filling of the container because of the un¬ favorable position of the container center of gravity. These known closures for the portion-wise removal of the contents protect this usually not useful are before unerwünsch¬ tem air access, from oxidation of the product or Un¬.
therefore the present object underlying the invention was to provide a container with a closure that is as inexpensive as a tube, but does not have the disadvantages thereof. The container should without loosing its original outer shape belie¬ big often allow a lot of the product contained about entneh¬ men, with only a pressure on the container aus¬ must be practiced without nen entfer¬ a screw or putting him finally having to , The aim is also without-such a screw fastener always be hermetically sealed product. Be¬ the container should be able to be used standing on its base or in any other position, and in its Man¬ telfläche any shape such as, for example, may have cylindrical or polygonal to have a variety of design options. Furthermore, it should be possible to use the container with a refill again.
To achieve these objects, the ^ container with a closure to the features of claim. 1 Preferred embodiments emerge from the dependent An¬.
The invention is explained in more detail below with reference to the drawings in which various embodiments of the subject invention are illustrated purely by example. Show it:
Fig. 1 shows a cross section of a double-walled container to be its closure;
Fig. 2 is a cross-section of the container according to FIG 1, the shutter is open.
Fig. 3 shows a cross section of a container similar to Figure 1 with a modified embodiment of the Be¬ hälterdeckels.
4 shows a cross section of a double-walled container, the cover cap has an angled Austritts¬ channel.
. Fig. 5 is a cross-section of a double-walled container similar to Figure 3, with a modified Ausge¬ staltung of the air valve;
Fig. Saw 6 is a partial section in the area of ​​the air valve, in the direction of arrow A ;.
Figure 7 is a modified embodiment of the closure fragmentary enlarged scale.
8A the lock top part of a container, not shown, in fragmentary enlarged scale, in a modified embodiment with a lateral outlet opening and mechanical safety in the closed position.
FIG. 8B is a similar embodiment to Figure 8A with the outlet opening over arranged, actuated by hand mechanism for opening and closing.
Figure 9 A + B a further modified embodiment of a closure with opening by air and / or can be actuated by the flowable product Verschluss¬. Fig. 10 shows another form of a closure with from EADERSHIP by air and / or by-products flowable Pro¬ actuable locking aperture;
Fig..11-1 three different variants of a further embodiment similar to Figure 10, with a zu¬ sätzlichen air valve for pressure equalization in the container.
FIG. 12A, the embodiment shown in Fig. 12, modified for an outer and inner container.
The container with a closure according to FIG. 1 has ei¬ nen outer container 1, which consists for example of plastic material is such that the container can be squeezed and anschlies- send the original shape recovered.'In the outer container 1, a further thin-walled container 2 of a container in the intermediate space between the inner Be¬ 2 is arranged ange¬, which is made of such material which permits that the internal container 2 itself under the effect Wir¬ and the outer container 1 prevailing excess pressure emptied completely upward and the Behäl¬ terwand thereby folds. The two containers are thus in its lower part is not dung in Verbin¬ together. On the upper edge 3 of the outer container 1, a preferably existing of a plastic material is Be¬ hälterdeckel 4 is placed. This cover 4 has in the center above a cylindrical neck portion 5 and it is closed at the top by a thin walled membrane-like body 6 that is provided integrally preferably her¬ with the neck part and with the cover of plastic material and differs only in the wall thickness. In the membrane-like body 6 in the center of a hole 7 is formed. In this bore a pin 8 engages into with a preferably conical sealing surface. 9 The pin 8 is connected by radially extending ribs 10 integral with a cylindrical sleeve 11 which is integral with a further sleeve 12, to which the inner container 2 with its upper edge be¬ consolidates ist.- Between the two sleeves 11 and 12 engages the container cap 4 inside with an annular projection 13 to produce a fixed and tight connection between the container lid 4 and the group consisting of the two sleeves 11 and 12 part, the connection is made in known manner by a snap-action rim.
When not in use, a cap is additionally placed on the cylindrical neck section 14. 5 This cap 14 presses with a centrally disposed projection the membrane-like body 6 to the pin 8, to ge order to guarantee for the tight closure of a double safety. The preferably made of plastic material membrane-like body 6, which represents a integrier¬ th part of the container lid 4, per se has such a bias, so that the outlet opening 7 is always closed and prevents access of air to the product in the inner container. 2
In the container cap 4, an air valve 15 is further provided. This consists of a stepped bore 16 which is closed at the bottom by a grid in the form of a perforated disc ge 17th In the erweiter¬ th part of the through hole 16 is a ball 18 above the grid 17, which may be the narrower part of the through hole 16 close to the top. This happens when the outer container 1 in the direction of arrows B is compressed in Fig. 2. The ball 18 of the air valve 15 is then in an upper position, so that the can not escape into the space between the outer container 1 and the inner container 2 vornan- dene air. By means of this pad can be Luft¬ portionwise push out upward from the closure the enthal¬ tene in the inner container 2 product. If the pressure is exerted by hand on the external container 1 is completed, air may enter into the intermediate space between the two containers again.
The filling of the container with the product can be from above or from. below take place, wherein the container bottom is then closed after the filling operation. The inner container 2 may also be formed as the end of a tube. or may be made such that it can be replaced after consumption of the contents of a new one. The inner container 2 may also be coated for very aggressive products with aluminum. To only one be¬ agreed refer amount of product, it is also possible to provide in the space between the inner and outer container has a travel limiter, not shown in the drawing in the form of a ring, to which the outer container 1 can only be compressed ,
The Ausführüngsform shown in Fig. 3 differs from the previously described embodiments only by the different-like formation of the membrane-like body 6, which is a separate part formed so that it can be placed by means of an edge on the extended center sleeve 11. By a laterally an¬ hanging strap 20 of the membrane-like body 6 can be directly connected to the container cover 4 and in one piece together zu¬ be made of plastic material. Also, the cap 14 may be - connected via a further flap - be manufactured in one piece with the two aforementioned parts. This simplified embodiment shown in FIG. 3 allows to assemble before the filling operation the membrane-like body 6 and the cap 14 and this then subsequently jointly cover on Behälter¬ 4 set up. The connecting plate 20, which is necessary for the simultaneous production of the container lid 4 of the membrane-like body 6 and the cap 14 in the injection molding process, can then be separated away then. For top filling the outer container 1 can with the top edge befestig¬ th sleeves already with the lid 4 and the inner container 2 to be 11 and 12 which carry the pin 8, so that then only the membrane-like body 6 zus.ammen need to set up with the cap 14, which can of course be placed in sequence.
The embodiment shown in FIG. 4 illustrates a modification of the embodiment shown in Fig.- 1, and differs from the latter only by the processing Ausgestal¬ the cap 21 which includes an angled channel 22 in the interior of which opens into a radial outlet nozzle 23rd This cap 21 is set to a ver¬ aufge¬ upward längerte neck portion 24 of the container lid. 4 The cap 21 allows the product to a be¬ voted for discharging direction. The cap 21 may also be made such that the product emerges vertically when the container with the opening downwards is needed. The cap 21 is provided for containers containing a product which is insensitive to the presence of air and / or which does not dry out. In order to ensure a double security for a tight seal, the cap 21 is pressed downward. The embodiment according to FIGS. 5 and 6 provides a further simplification over the embodiment of Figure 3 illustrates the difference is that the inner container 2 is attached directly to the underside of the container lid 4 with an outwardly folded edge 25, for example by welding. Of plastic material. In this way, the air valve 1 of the edge can be formed easily by, instead of the ball 18 as shown in FIG. 25 27 covers the hole in Be¬ hälterdeckel. 4 In FIG. 6, a portion of the edge 25 is seen in the direction of the arrow A shown, the rich is in the area bounded by the dotted line Be¬ around the bore 27 is not firmly welded, so that the edge can stand out from the container cover to to allow air into the intermediate space between the outer container 1 and the inner container 2 occur. Upon compression of the outer container 1 of this air valve closes by the edge 25 of the hole covering 27th Another difference is that because of the up to the container lid 4, er¬ stretching upwards inner container 2, the related Ausführungs¬ in the mold according to Fig. 1 to 4 with the inner container 2 is not present and sleeve statt¬ which a single-piece with the cover 4 neck 11a is connected via the ribs 10 with the pin. 8
The embodiment shown fragmentary and on an enlarged scale in Fig. 7 also comprises a pin 8 which cooperates with a membrane-like body 30 is formed which sleeve-shaped and has an inwardly curved lateral surface 31 has through which the manufactured in this form of plastics material body has a bias has in such a way that it rests on the pin above, to complete the outlet opening. By the pressure of the container vorhan¬ which product enters the body 30 from which the body then resiliently returns to the position shown in dot-dash line position again to the position shown in solid line position.
In FIGS. 8A and 8B, the upper part 35 of a closure is provided dar¬ respectively partial and in a larger scale, in which the outlet opening 36 is not in the upper part 35 above but arranged laterally. With respect to the valve-like device is here ormen in contrast to the above-described execution turned the principle um¬ and 38 to move the pin relative to a rigid drainage surface 39, which closes off the outlet chamber 40 for the product after front- and Verschluss¬ uppers 35 -gehört. In 'this embodiment, the membrane-like body 41 is connected at a distance from the discharge surface 39 with the pin 38, wherein the membrane-like body 41 surrounds the spigot is annular and closes the space 40 in the upper part 35 to the outside. The membrane-like body 41 has a bias in Schliesssinn and softened under the pressure of the product in the space 40 in the opposite direction, so that the opening is opened Austritts¬ 36th
A be engaged the upper part 35 in Fig. 8A top and side umgreifen¬ de cap 42 can be according to arrow direction back and push herver¬ and leaves in two positions, for which purpose the above locking means 43 are provided and 44 for the two positions. The cap 42 secures the ge connected position. The embodiment according to FIG. 8A is further provided with a not shown outer container 1 and an inner container 2 as in the Aus¬ EMBODIMENTS according to FIG. 1-5 equipped. If da¬ is present against only the product-containing container which is designed as a so-called squeeze bottle, in the air needs to re-enter through the outlet opening 36 after removal of a quantity of the product, so the upper part of this closure 8B is shown in FIG. Formed. Here the pin is mechanically drawn backwards by means of a passage opening 38 about a pivot axis 80 rotating plate 81 from the Aus¬ 36 away when ge below the pivot axis SO against the plate 81 is suppressed. In this case the membrane-like body 41 has no bias voltage, and the shutter remains open because the rotating plate 81 to abut against a slightly protruding cam 82 and can be pivoted back in 'the closed position only by pressure against the plate above the pivot axis 80, wherein the plate engages the cam on 82nd
In variants not shown, the Ausführungs¬ form according to FIG. 8A also be held above operates at the rear side and the embodiment according to FIG 8B can. Be actuated from the upper side.
The embodiment be¬ shown in Fig. 9A and 9B is also mounted a lateral outlet opening in a slightly different shaped closure shell 45 of the container not shown in detail. In this form the Ausführungs¬ in accordance with the embodiments of Fig. 1 comes back to 7-described principle is applied, wherein a membrane-like body 46 stands out from the pin 47 and then assumes the position shown in dash-dot line position. The membrane-like body 46 has a cylindrical extension 48 which is sealed out in a ring- shaped space 49th In the space 49, a channel 50 leads, through which passes in the direction of arrow E air under pressure into the annular space 49 ein¬ to effect the movement of the membrane-like body 46 im_ Oeffnungssinn. The closure shell 45 is auf¬ settable, to a not shown double-walled container having similarly to the embodiment shown in FIG. 1 between an outer container and an inner container has a gap in which an increased air pressure is produced by compressing the outer container, which is then uses be¬ for operating the membrane-like body 46th The product from the inner container then passes through the space 51 in the direction of arrow F and along the pin 47 to the outlet opening. Optionally, a broken-line transverse bore 52, the spaces 49 and
link 51, so that the membrane-like body 46 is moved by the product and by compressed air in the opening direction. With a closed channel 50 acts exclusively the product of two spaces 49 and 51 from the counter membran¬-like body 46. In the embodiment according to FIG. 9B, the membrane-like body 46 is formed at the outer edge as nach¬ giebiger lip ring, on one Unter¬ compressed air can flow into the space between an outer and an inner container back, wherein the transverse bore
is then closed 52nd If only one container for the product exists, come under negative pressure in the container air into it over the lip ring back.
The same principle of operation means under. Pressurized air and / or the product comes in the form Aus¬ guide according to FIG. 10 for use, as indicated by the flow arrows E and F. However, in this guide die Aus¬ with respect to the opening and closing of the outlet opening, the principle previously guide die according to FIG at Aus¬. 8A described angewen¬ det. Here, the pin 55, the bore moves relative to an 56-containing product for the exit of rigid end surface 57 in the lock shell 60. At the other end is formed larger in diameter pin portion
58 connected to the diaphragm-like body 59th this body
59 has a bias in Schliesssinn and, with its outer edge sealed in the upper part 60 is attached. Between the pin 55 and its larger diameter formed in the rear portion 58, a part is des¬ same formed as a piston 61 which is movably sealed in the cylindrical bore 62nd Characterized between the membrane-like body 59 and the piston 61, a sealed space 63 is present, the pressurized air in the direction of arrow E enters w_elchen via the channel 64 in this space, so that by the pressure exerted on 'the membrane-like body 59 pressure the pin
55 is moved to-right in Oeffnungssinn. This is only possible if one has been placed, the upper part 60 abdecken¬ de cap 65, which is pivotable about an axis 66 in the dash-dotted position. In the closed position, the cap 65 secures by pressing against the rear end of the pin 55 that in the closed position. The cap 65 is retained by a locking projection 67 in this position. The pins 55, 58 and the diaphragm-like body 59 be¬ preferably are integrally formed of plastic material. Optionally, the zu¬ flowing through the channel 68 product via a transverse bore 69 and against the diaphragm-like body 59 can also be directed here. If the product is contained in only one container which is in the form of a so-called squeeze bottle from nach¬ giebigem plastic material, it must on the Aus¬ trittsweg of the product also able to enter air into the container again. The embodiments according Figi 11 to 13 thus differ from the embodiment ge Mäss Fig. 10 in that no channel 64 is provided for the entry of air and the piston-like part 61 is absent at the pin 55. The incoming product 68 passes via the duct to the membrane-like body 59, to move the pin 55 in Oeffnungssinn. The bias in the closing sense having membrane-like body 59 has radially outside its fastening edge a lip sealing edge 70 against a connected to the upper part 60 disk
71 is pressed resiliently because of the plastic material, and which contrasts with prevailing in the container under pressure and allows air to enter the container.
In the embodiment according to FIG. 12 within the larger diameter portion 58 of the pin 55 a pin end rück¬ wärtigen the open cavity 72 is formed and an air valve 73 disposed in this cavity, which is held in the closed position under spring action. the cavity
72 is connected via a bore 74 with the product from durchström¬ th space.
In the embodiment according to FIG. 13, a differently formed aus¬ valve 75 is disposed at the same position within the pin portion 58.. Moreover, the embodiments are the same.
All three embodiments according to FIGS. 11, 12 and 13 can be modified such as shown for example in Fig. 12A. In this case, the portion 58 of the pin 55, designed as a piston 61 58 so that a-ab¬ sealed space 63 is present, which is connected via a channel 64 with the space between an outer vessel 1 and inner vessel 2 and further the space 63 with the cavity 72 in the pivot member 58 via a bore 78 in communication. On the thus provided her¬ flow path can flow back again the air in the space between the inner and outer containers and requires no air valve 15 in the container lid in accordance with the embodiments of FIGS. 1 to 4 after removal of a quantity of the product.
will apply the various kinds of the method described above can statements ver¬ for different types of containers, there are the various types of closure for use depending on the type of container material.
If an outer and an inner container is present, the valve-like device can according to FIGS. 1 to 5, 7, 8A, 9 -A + B, 10 and 12A and 11 and 13 correspondingly use 12A. If no inner container is the vorhan¬ and the product is only included in a container, the closure types and 8B ge Mäss blank according to FIGS. FIGS. 11 to 13 use.
For an existing metal tube such as a toothpaste tube, the closure types are shown in FIGS. 1 to 5, 7 and 8A and 9A suitable. Furthermore, can be made of a plastic material tube DIE "Verschluss¬ species referred to using Figs. 1 to 5 and 7., -8A and 9A, wherein the plastic tube, however, then the deformed shape bei¬ reserves. When using the closure in accordance with the types FIG. 8B and 9B and 11 to 13 gains a plastic tube after the pressing out a specific quantity of the contents return to their original shape. advantage applies to all variants that the closure is functional in any position of the container.
1. Container with a closure for accommodating flow performance products that are portions removed by the application of pressure to the flexible container by da¬ in that a valve-like device • in the closure comprising a pin (8, 38, 47, 55 ) with a sealing surface for cooperation with a bore (7, 36, 56) (in an end surface 6, 30, 39, 46, 57) for the purpose of releasing and closing a discharge opening, under the action of a sense under pretension in the locking, membrane-like body (6, 30, 41, 46, 59) is held in the closed position and existing under the action of an inside of the container (1, 2) pressure can be brought into the open position.
2. A container according to claim 1, characterized in that the pin (8, 38, 47, 55) at the end of a sealing surface having conical section for engagement in the bore (7, 36, 56) in the end surface (6, 30, 39, 46, 57).
3. A container according to claim 1, characterized in that the end surface with the 'sealing surface of the pin (8, 47) zusammen¬ acting as a resilient membrane-like body (6, 30, 46) is formed, which under pressure from the sealing surface of the closure fixed pin (8, 38, 47) apart.
4. A container according to claim 1, characterized in • that the pin (38, 55) relative to a with respect to the closure. (1, 2) fixed, the hole (36, 56) having rigid end surface (39,
57) is movable and surface spaced from the Abschluss¬ with the resilient diaphragm-like body (41, 59) is firmly connected, the the pins (38, annularly surrounds and 55) a space (40, 62) in the upper part (35, 60 ) of the closure includes outwardly ab¬.
5. A container according to claim 1 to 3, characterized gekennzeich¬ net, that the resilient diaphragm-like body (6) als.integrierter part of Be¬ made of plastic material hälterdeckels (4) is designed with this in one piece with the function of the end surface and a cylindrical neck portion (5) of the lid (4) upwardly closes.
6. The container according to claim 1 to 3, characterized gekennzeich¬ net, that the resilient diaphragm-like body (6) and is provided with the function of the end surface as a separate part mounted on a cylindrical end edge of the inner container (2) sleeve (11) by means of snap compound is attached.
7. The container according to claim 5 or 6, gekenn¬ characterized characterized in that the resilient diaphragm-like body (6) by a cap (14, 21) can be covered by means of which the bore (7) in the diaphragm-like body (6) against the sealing surface of the pin (8) can be pressed.
has 8. The container according to claim 7, characterized in that the cap (21) has an axial outlet opening or an angled and in a radial outlet nozzle (23) opening out channel (22).
9. The container according to claim 7, characterized in that the cap (21) is movable between a pressing position and an upper position in which the membrane-like body (6) has freedom of movement for the opening.
10. The container according to claim 1, characterized in that the container (1, 2) double-walled with a space between an inner container (2) and an outer container '(1) is formed and that the outer Be¬ container (1) is a crushable, returning at the pressure relief in the starting molded plastic material and the inner container (2) for receiving the product from a thin, voll¬ under pressure coming compressible plastic material and the gap between the containers to the atmosphere via a preferably (in the container cover 4 ) arranged selbstätiges air valve (15, 26) in such a compound, that exerted at ter on the outer Behäl¬ (1) printing the air valve (15, 26) closes and the intermediate space under excess pressure.
11. The container according to claim 1 to 4 and 10, gekenn¬ thereby characterized, that the intermediate space between the outer container (1) and the inner container (2) via a channel (50, 64) with a pressure chamber (49, 63) in Verbin¬ dung is defined by the membrane-like body (46, 59) is bounded on one side, for the purpose of Unter¬ the opening movement of the valve-like support Ver¬ circuit by means of air pressure.
12. The container of claim 3, 10 and 11, characterized gekenn¬ characterized in that the surface under pressure by the Dicht¬ of the pin (47) contrasting membrane-like body (46, 59) an with the inner container (2) associated covers the outlet channel (51, 68) for the product and a pressure chamber (49, 63) with the intermediate space between the inner container (2) and the outer container (1) via a channel (50,
64) is in communication, for the purpose of air and product-actuated • opening of the container closure.
13. The container according to claim 12, - characterized in that • when completed channel (50, 64) the pressure chambers (49, 63, 51, 68) are connected via a transverse bore (52-, 69) in combination for the purpose of product-actuated opening of the valve-like device ,
14. The container of claim 4, 10 and 11, characterized gekenn¬ characterized in that the relatively rigid surface to a Abschluss¬ (57) movable pin (55, 58) guided one in a cylindrical channel (62) piston (61) auf¬ has and the pin (55, 58) outside the channel (62) with the annular membrane-like body (69) and that in the by the membrane-like body (59) closed on the one hand to the outside and the other by the piston (61) sealed space (63) in the upper part (60) of the closure opens a Luft¬ channel (64) communicating with the intermediate space between the inner container (2) and the outer container (1) in communication, for the purpose of pneumatically actuated opening of the container closure.
15. A container according to claim 4, characterized in that the flow-through from the product space (62, 68) around the pin (55) in the upper part (60) of a closure of a single-walled flexible container, from which the product contained in the container of the after passing one hand, by the end surface (57) and subsequently the other hand, by the membrane-like body (59) delimited space (62, 68) rings leaks around the pins after acting through the membrane-like body (59) pressure of the product of
has pin (55) moves in Oeffnungssinn, a held in the closed position under spring action air passage (70, 71, 73, 75) is in communication with the atmosphere, by means of which, after removal of a product Quantum from the Behäl¬ ter prevailing in this vacuum ausge¬ is equalized.
16. A container according to claim 15, characterized in that. that the air passage, a portion in a hollow Zapfen¬ (58) arranged air valve (73, 75) and the pin cavity (72) via a bore (74) in the pin communicates with the flow-through from the product space.
17. A container according to claim 15, characterized in that the air passage is at the outer circumference of the membrane-like body (59) formed nachgie¬ biger lip seal ring (70).
18. A container according to claim 4, characterized in that the pin (55, 58) and the membrane-like body (59) are formed integrally and consist of plastics material.
19. A container according to claim 4 and 14, characterized gekennzeich¬ net, that a pivotable and that the pin (55, 58) containing the upper part (60) of the closure cap umschlies- send (65) the pin (55, 58) from the rear end assures her in the closed position.
having 20. A container according to claim 14, characterized in that the movable pin (55, 58) in sections in a hollow Zapfen¬ (58) is a held in Schliessstel¬ lung under spring action air valve (73, 75), via which the hollow pin portion ( 58) to the atmos-
, phere be connected, and that the hollow Zapfenab¬ cut (58) a connecting bore (78) to that of the piston (61) sealed space (63) prior to the mem¬ branartigen body (58), in which space (63) of the in communication with the space between the outer container (1) and the inner container (2) air duct (64) opens.
21. A container according to claim 14, characterized in that the movable pin (55, 58) an air passage in the form of a lip sealing ring (70) is formed on the outer circumference of the membrane-like body (59), over which the by the piston (61) sealed space (63) phere with the Atmos¬ before the membrane-like body (59) is connectable, which space (63) via a channel (64) with the intermediate space between the outer container (1) and the inner container (2) communicates.
22. A container according to claim 1, characterized in that the diaphragm-like body (6, 30, 41, 46, 59) possesses, due to the inherent elasticity of the material and the shaping property and a spring having tension in Vor¬ Schliesssinn.
23. A container according to claim 1, characterized in that the diaphragm-like body (6, 30, 41, 46, 59) has only a sealing function and is under the action of a spring which is integrally formed with the membrane-like body or arranged as a separate part ,
PCT/CH1985/000109 1984-08-23 1985-07-08 Container provided with a closure WO1986001489A1 (en)
CH403484 1984-08-23
CH4034/84-4 1984-08-23
DE19853561939 DE3561939D1 (en) 1984-08-23 1985-07-08 Container provided with a closure
AT85903197T AT33119T (en) 1984-08-23 1985-07-08 Reservoir with a lock.
WO1986001489A1 true WO1986001489A1 (en) 1986-03-13
ID=4268573
PCT/CH1985/000109 WO1986001489A1 (en) 1984-08-23 1985-07-08 Container provided with a closure
US (1) US4798311A (en)
EP (1) EP0190169B1 (en)
AU (1) AU4543085A (en)
DE (1) DE3561939D1 (en)
WO (1) WO1986001489A1 (en)
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WO2015200311A1 (en) * 2014-06-23 2015-12-30 Timms Broadus Manual squeeze bottle applicator for atomizing liquids
US2009552A (en) * 1934-01-25 1935-07-30 Jaen Elpidio Ambrioso Self-sealing tooth paste tube
FR1318786A (en) * 1962-01-12 1963-02-22 Improvements to automatic closure devices
CH473713A (en) * 1968-08-13 1969-06-15 Beganie Flechsenhar Gmbh & Co Closure device for tubes
SE7607931A (en) * 1976-07-12 1978-01-13 Kenova Ab Guard for sjelvstengande closures
1985-07-08 DE DE19853561939 patent/DE3561939D1/en not_active Expired
1985-07-08 EP EP19850903197 patent/EP0190169B1/en not_active Expired
1985-07-08 US US06/865,724 patent/US4798311A/en not_active Expired - Fee Related
1985-07-08 WO PCT/CH1985/000109 patent/WO1986001489A1/en active IP Right Grant
1985-07-08 AU AU45430/85A patent/AU4543085A/en not_active Abandoned
EP0505611A3 (en) * 1991-03-05 1992-12-09 Kautex Werke Reinold Hagen Ag Squeeze-bottle with internal container
DE3561939D1 (en) 1988-04-28
US4798311A (en) 1989-01-17
AU4543085A (en) 1986-03-24
EP0190169A1 (en) 1986-08-13
EP0190169B1 (en) 1988-03-23
JP3635594B2 (en) 2005-04-06 Liquid or paste-like products for the dispenser
1986-03-21 WWE Wipo information: entry into national phase
Ref document number: 1985903197
1988-03-23 WWG Wipo information: grant in national office