Source: https://patents.google.com/patent/CN105813948A/en
Timestamp: 2019-12-12 14:45:24
Document Index: 274117123

Matched Legal Cases: ['art 205', 'art 205', 'art 205', 'art 205', 'art 205', 'art 205', 'art 205', 'art 205', 'art 205', 'art 205']

CN105813948A - An apparatus for closing a fluid container - Google Patents
An apparatus for closing a fluid container Download PDF
CN105813948A
CN105813948A CN201480067205.XA CN201480067205A CN105813948A CN 105813948 A CN105813948 A CN 105813948A CN 201480067205 A CN201480067205 A CN 201480067205A CN 105813948 A CN105813948 A CN 105813948A
CN201480067205.XA
耶胡达·福特
内维欧特天然加利利有限公司
2013-12-11 Priority to IL229909A priority Critical patent/IL229909A/en
2013-12-11 Priority to IL229909 priority
2014-12-10 Application filed by 内维欧特天然加利利有限公司 filed Critical 内维欧特天然加利利有限公司
2014-12-10 Priority to PCT/IL2014/051078 priority patent/WO2015087325A1/en
2016-07-27 Publication of CN105813948A publication Critical patent/CN105813948A/en
239000007799 cork Substances 0 abstract 4
The subject matter discloses a capping apparatus comprising: a top plate connected to a fluid container, said top plate comprises an apparatus opening through which fluid is dispersed from the fluid container; wherein the apparatus opening is defined by an opening wall; a rigid cork that is slide-ably moveable between a first state in which a cork is snapped into the apparatus opening and a second state where the cork is snapped out of the apparatus opening, wherein the cork moves between the first state and the second state in a horizontal direction.
A kind of device for closing fluid container
Present invention relates in general to the device of a kind of opening for closing fluid container.
Lid is for preventing fluid from equipped with the leakage the container of fluid.For the fluid container being allocated by various distributors, lid is designed to from fluid container sucking-off fluid and fluid container is connected to distributor simultaneously.Some lids, once be separated with distributor by fluid container, reseal in case stopping leak leaks.Additionally, lid is for preventing from by dust at the fluid within fluid container or to reduce other material of fluid mass and polluting.
Known distributor utilizes gravity that fluid is delivered to through cooler pump the faucet of distributor from fluid container.Therefore, it is necessary to fluid container to be connected to the top of distributor.Some fluid containers include fluid container is being connected to the seal member being removed before distributor.When fluid container is connected to distributor, these sealing devices of part are removed.When utilizing hard tube to be removed by sealing device, fluid container is placed on the top of distributor and fluid container is pushed down on hard tube by gravity.When hard tube contacts with containment member, potted component is released or makes potted component break so that the flowable entrance distributor of fluid by hard tube.
Some capping apparatus (lid such as commercially available Scholle company) provide the silicone rubber lid being attached to retainer ring.This silicone rubber lid is flexible and includes a hole, and pin enters thus allowing fluid passing through through silicone rubber lid through this hole.
It is an object of the invention to provide a kind of capping apparatus, this capping apparatus includes: be connected to the top board of fluid container, and described top board includes device opening, is distributed by fluid through this device opening from fluid container, and wherein this device opening is limited by perforated wall；With, the rigidity connector being slidably moved between the first state and the second state, described device opening is snapped at connector described in described first state, in described second state, described connector departs from from described device opening, and wherein when fluid container is arranged in fluid distributing apparatus, this connector flatly moves between the first state and the second state.
In some cases, when connector is in the second state, fluid distributes via device opening from fluid container.
In some cases, the fluid of fluid distributing apparatus distributes pipe insertion apparatus opening, and connector becomes the second state from the first State Transferring.
In some cases, capping apparatus is connected to the container mouth of fluid container, and wherein this container mouth is to distribute the fluid container opening of fluid from which, and described container mouth includes the container mouth jut for being fastened to by capping apparatus in container mouth.
In some cases, this capping apparatus also includes the first wall and the second wall that extend from top board, wherein container mouth is fixed between the first wall and the second wall.In some cases, the first wall includes the recess that can be fastened in container mouth by capping apparatus.In some cases, capping apparatus is connected to the container mouth of fluid container.
In some cases, this capping apparatus also includes for cladding system opening to prevent pollutant from entering the sealing member of device opening.
In some cases, this device opening has the girth of change.In some cases, fluid container is formed as bag in box.
In some cases, connector includes connector cover rim, and this connector covers edge and has sufficiently wide radius device opening and the connector rigid walls being attached perpendicularly to connector cover rim to be sealed.
In some cases, connector includes plug open, and this plug open is for receiving the blunt nosed pin being connected to fluid distribution pipe, and described blunt nosed pin is inserted into plug open and is distributed by fluid with box lunch user connector can be made when pipe moves to move.
In some cases, connector includes: for preventing the one or more connector protrusions in the connector rigid walls of close plug open that connector moves out from device opening, the one or more connector protrusions being attached to connector rigid walls and connector cover rim.
In some cases, connector is made to return to the first state when fluid is distributed when pipe is removed from device opening, and in described connector insertion apparatus opening.
Describe referring now to below example and in conjunction with accompanying drawing, the exemplary, non-limitative embodiment of subject is described.These accompanying drawings are frequently not and are shown to scale, and any size is intended to be illustrative of without being restrictive.Optionally, corresponding or similar element is indicated by identical numeral or letter.
Figure 1A illustrates the schematic diagram of the fluid distributing apparatus of some exemplary embodiments according to the present invention；
Figure 1B illustrates the fluid distributing apparatus with fluid container of some exemplary embodiments according to the present invention；
Fig. 2 illustrates the capping apparatus being connected to fluid container of some exemplary embodiments according to the present invention；
Fig. 3 A-Fig. 3 H illustrates the three dimensional embodiment of each parts of the capping apparatus of some exemplary embodiments according to the present invention；
Fig. 4 illustrates the capping apparatus with the connector being connected to fluid container of some exemplary embodiments according to the present invention；
Fig. 5 illustrates the capping apparatus when fluid container is arranged in fluid distributing apparatus of some exemplary embodiments according to the present invention；
Fig. 6 illustrate some exemplary embodiments according to the present invention for using and the mechanism of handling cover device；
Fig. 7 illustrates the decomposition view for using the mechanism with handling cover device of some exemplary embodiments according to the present invention.
Present invention relates in general to the device of a kind of opening for closing fluid container according to exemplary embodiment.
Figure 1A illustrates the schematic diagram of the fluid distributing apparatus 100 of some exemplary embodiments according to the present invention.In one exemplary embodiment of the present invention, fluid distributing apparatus 100 can provide water, for instance crosses drainage, mineral water, purified water, tap water etc..Optionally, fluid distributing apparatus 100 can process other fluid (such as liquid or gas), such as oil, drinks, fruit juice, CO2Deng.Fluid distributing apparatus 100 includes shell 101.Shell 101 is closed, make when the opening 105 of fluid distributing apparatus 100 (such as, door) user can not contact any element in fluid distributing apparatus 100 when closing, and by hot fluid storage tank 130 and cold fluid reservoir 135 with in the temperature isolation outside fluid distributing apparatus 100.In some cases, the height of fluid distributing apparatus 100 is less than 70 centimetres.Shell 101 holds fluid container 110, for instance bag fluid container in box.Fluid container 110 is stored in 6-12 rise between the fluid of (such as 8.5 liters).Fluid container 110 is located adjacent to the position of opening 105, and this allows quickly and easily to be removed from fluid distributing apparatus 100 by fluid container 110.By fluid container pipe 114, fluid container 110 is connected to pump 115.By pump line 116, pump 115 is connected to entrance valve 118.Entering valve 118 allows fluid to flow to hot fluid storage tank 130 through superheated fluid entrance pipe 122.The fluid heating that heating unit (not shown) will be pumped in hot fluid storage tank 130.Entrance valve 118 also allows for fluid and flow to cold fluid reservoir 135 through cold flow body entrance pipe 120.Cooling unit (not shown) makes the fluid in cold fluid reservoir 135 cool down.It is utilized respectively hot fluid discharge pipe 140 and cold fluid discharge pipe 145 and hot fluid storage tank 130 and cold fluid reservoir 135 are connected to outlet valve 150.Outlet valve 150 is connected to distribution pipe 155, and this distribution pipe 155 allows fluid to flow to outlet 107 from outlet valve 150.Fluid is distributed into the container (not shown) that user provides by outlet 107, and this container can be located on pallet 108, for not requiring that when with fluid filling container user receives the fluid from outlet 107 when arresting container.
Fluid distributing apparatus 100 may also comprise reception unit 109, and this reception unit 109 allows users to the Container Type selecting the temperature of fluid and user's fluid to fill.In some exemplary embodiments of the present invention, receiving unit 109 is graphic user interface.Receive unit 109 and the user command received by reception unit 109 is sent to control unit 165.In some exemplary embodiments of the present invention, control unit 165 can include the computer module with processor and memorizer, and this computer module is performed for the instruction provided by control unit 165.Control unit 165 can send a command to other element in fluid distributing apparatus 100.Such as, control unit 165 can send the first instruction to pump 115 so that commands pump 115 pumps out fluid from fluid container 110.Control unit 165 also can send the second instruction to entering valve 118, and this entrance valve 118 is asked to regulate according to the user received at reception unit 109 place and flow to hot fluid storage tank 130, cold fluid reservoir 135 or both fluid flows.Such as, when user presses when the hot fluid button received on unit 109, control unit 165 sends the first instruction to pump 115 to pump out fluid from fluid container 110, and sends the second instruction to entering valve 118 to make the fluid pumped out flow to hot fluid storage tank 130.Hot fluid storage tank 130 remains full state.Therefore, when pumping a fluid to be fed into hot fluid storage tank 130, hot fluid exports to user's container via outlet valve 150 from hot fluid storage tank 130.
3rd instruction is sent to outlet valve 150 to distribute fluid from hot fluid storage tank 130 or from cold fluid reservoir 135 by control unit 165.When some are exemplary, fluid at room temperature distributes.Outlet valve 150 section at alternating times distributes fluid from hot fluid storage tank 130 and cold fluid reservoir 135 so that hot fluid mixes with cold flow body, and the fluid being assigned to container is at room temperature；Such as, the time period alternately is every 10 milliseconds.According to the situation that some are exemplary, the time period alternately can have various speed to form the fluid of different temperatures.Such as, if user's requirement is the fluid of temperature, then the time period pumping out fluid from hot fluid storage tank 130 is longer than the time period pumping out fluid from cold fluid reservoir 135.The all pipelines and the fluid reservoir that constitute fluid distributing apparatus 100 are filled with fluid, and this allows quickly distributing and having little fluid container of fluid.Alternating time periods from hot fluid storage tank 130 and the fluid of cold fluid reservoir 135 allows to carry out fluid temperature regulation when not using in prior-art devices as known mixing container.Described mixing container is not used to reduce the volume shared by fluid distributing apparatus 100 of the present invention.
Fluid container pipe 114 is inserted into the opening of capping apparatus 170.Capping apparatus 170 includes connector (not shown), and capping apparatus 170 is sealed by this connector when fluid container pipe 114 is not inserted into device opening.In some nonrestrictive situations, connector is rigidity connector.Capping apparatus 170 is flatly to arrange with fluid container 110.Capping apparatus 170 is connected to fluid container 110, for instance bag in box.Fluid container pipe 114 includes the blunt nosed pin 153 being manually inserted in capping apparatus 170.
Figure 1B illustrates the front view of the fluid distributing apparatus 100 with fluid container 110 of some exemplary embodiments according to the present invention.Fluid container pipe 114 includes the blunt nosed pin 153 being connected to the end of fluid container pipe 114.When fluid container pipe 114 is inserted capping apparatus 170, the user of fluid distributing apparatus 100 fluid container pipe 114 is made flatly to move towards capping apparatus 170.Blunt nosed pin 153 makes connector 173 flatly move, thus inwardly being promoted from device opening by connector 173, in order to allow fluid container pipe 114 to enter fluid container 110.Blunt nosed pin 153 is designed to snap in plug open, makes connector 173 displacement thus non-occlusion of openings, catches connector 173 to prevent connector 173 from falling in fluid container 110 simultaneously.Fluid is pumped to outlet 107 from fluid container 110, and from this outlet 107, fluid is assigned to user's container (not shown), for instance bottle, glass etc..When some are exemplary, fluid distributing apparatus 100 includes pallet 108, and this pallet 108 is for glass or bottle being positioned when fluid being distributed into bottle or glass.When distribution fluid from outlet 107, user's container is placed on pallet 108.Pallet 108 is positioned at the lower section of outlet 107.Pallet 108 can include one or more opening, if having fluid from container or outlet 107 overflow, then can through described opening by fluid collection in pallet 108.
Fig. 2 illustrates the capping apparatus 170 being connected to fluid container 110 of some exemplary embodiments according to the present invention.Capping apparatus 170 is connected to container mouth 215, and this container mouth 215 plays the effect of the opening of the fluid container 110 of Fig. 1.In some exemplary embodiments of the present invention, capping apparatus 170 can be removed from container mouth 215 so that capping apparatus 170 may be connected to the fluid distributing apparatus 100 for Fig. 1 different types of fluid container.By promoting capping apparatus 170 and/or making capping apparatus 170 rotate to open container mouth 215, and capping apparatus 170 is attached to container mouth 215.Such as, by being expressed in container mouth 215 by the main body of capping apparatus 170, attachment can be performed.In some cases, capping apparatus 170 includes protective seal part 205, and this sealing member 205 prevents dust from entering the opening 306 (referring to Fig. 3) of the capping apparatus 170 below protective seal part 205.Before fluid container 110 is connected to fluid distributing apparatus 100, protective seal part 205 is removed by the user changing fluid container 110 from capping apparatus 170.Optionally, fluid container 110 is relatively small, and its volume is such as in the 5-10 scope risen, in order to embedding in compact fluid distributing apparatus 100, this fluid distributing apparatus 100 is designed to such as be arranged on kitchen countertop.In an exemplary embodiment of the disclosure, container mouth 215 and the capping apparatus 170 being attached to container mouth 215 are also little.Such as, capping apparatus 170 may have about the diameter of 4 centimetres and the height of about 1.5 centimetres.
Fig. 3 A-Fig. 3 H illustrates the capping apparatus 170 of some exemplary embodiments according to the present invention and the three dimensional embodiment of each parts of container mouth 215.Fig. 3 A to Fig. 3 D illustrates the element upwards launched, and Fig. 3 E to Fig. 3 H illustrates the similar elements being reversed respectively.Fig. 3 A and Fig. 3 E illustrates the protective seal part 205 of the capping apparatus 170 of detailed disclosure in Fig. 3 B and Fig. 3 F of some exemplary embodiments according to the present invention.Protective seal part 205 includes fin 210, and this fin 210 allows users to be removed from capping apparatus 170 by protective seal part 205 before insert the fluid container pipe 114 of Fig. 1 through capping apparatus 170.Protective seal part 205 is for covering capping apparatus 170 until needing fluid container pipe 114 is inserted capping apparatus 170.
As indicated in figure 3e, protective seal part 205 includes O-ring cylindrical wall 322, and this O-ring cylindrical wall 322 is molded into and is inserted into opening 306 and the part by protective seal part 205 in position for protective seal part 205.
Fig. 3 B and Fig. 3 F illustrates the capping apparatus 170 of some exemplary embodiments according to the present invention.Capping apparatus 170 is connected to the opening of the fluid container 110 of Fig. 1, is connected to the container mouth 215 shown in Fig. 3 D and Fig. 3 H.Capping apparatus 170 includes top board 331, and this top board 331 covers the opening of fluid container 110.Top board 331 includes device opening 306, this device opening 306 make to be inserted by fluid container pipe 114 in case from fluid container 110 sucking-off fluid.Device opening 306 can include the perforated wall 305 with change girth.Such as, perforated wall 305 can be taper, including the wider girth of the narrower girth near top board 331 and the end opposite at perforated wall 305.
In some exemplary embodiments of the present invention, capping apparatus 170 includes the first wall 302 being positioned at the adjacent position, edge 301 with top board 331, and this first wall 302 vertically extends from top board 331.Such as, the first wall 302 is located at 3011 millimeters of upward out edge, the side place towards the center of top board 331.First wall 302 includes recess 308, and capping apparatus 170 can be fastened in the container mouth 215 of fluid container 110 by this recess 308.Capping apparatus 170 may also include the second wall 307 being connected to top board 331.Second wall 307 is positioned at than first wall 302 position closer to device opening 306.Second wall 307 includes tooth 303, and tooth 303 forms the support of the second wall 307.Second wall 307 provides and supports so that be attached to container mouth 215 more firmly.When some are exemplary, container mouth 215 is configured to be fastened between the first wall 302 and the second wall 307.
Fig. 3 C and Fig. 3 G illustrates the connector 173 of some exemplary embodiments according to the present invention.Connector 173 includes connector cover rim 318, and when connector 173 insertion apparatus opening 306, device opening 306 is sealed by this connector cover rim 318.Connector 173 is slidably moved into or moves out device opening 306.Optionally, connector 173 can be taper, and/or has the girth of change to mate with the girth of the change of perforated wall 305.In some cases, it is possible to become the slope being up to about 15 degree to be inserted by connector 173 with horizontal line.When some are exemplary, connector 173 is by making connector 173 can slide in and out made by plastic material material or the another kind of rigid material of device opening 306.Connector cover rim 318 includes sufficiently wide radius to cover and sealing device opening 306 so that when connector 173 is inserted in device opening 306, fluid does not flow through device opening 306.Connector 173 includes connector rigid walls 319, and this connector rigid walls 319 is snapped in device opening 306 or deviates from from device opening 306.Connector rigid walls 319 is perpendicular to the top (i.e. cover rim 318) of connector 173, and from the second edge 311 that connector cover rim 318 extends on connector 173 top.
Connector 173 includes plug open 312, and this plug open 312 allows blunt nosed pin (in Figure 1B 153) is inserted connector 173.When blunt nosed pin 153 is inserted plug open 312, by the manipulation of the fluid container pipe 114 of Fig. 1, himself is attached to blunt nosed pin 153 and moves together with blunt nosed pin 153 by connector 173.When by fluid container pipe 114 insertion apparatus opening 306, blunt nosed pin 153 inserts plug open 312 in the horizontal direction.Connector rigid walls 319 includes facing interior one or more connector protrusions 317 below the second edge 311.One or more connector protrusions 317 cause that himself is attached to blunt nosed pin 153 by connector 173 (as shown in Fig. 5 below) when connector 173 is inserted opening 306.This allows the connector 173 when blunt nosed pin 153 and fluid container 114 are removed from opening 306 to be withdrawn in opening 306.Connector 173 includes connector screw thread 316, and this connector screw thread 316 is located in the connector rigid walls 319 in the region of connector cover rim 318.Connector screw thread 31 provides friction to prevent connector 173 from dropping out from device opening 306.Additionally, connector cover rim 318 includes sidewall 328, for the bottom of the perforated wall 305 surrounding opening 306 is covered.
Fig. 3 D and Fig. 3 H illustrates the container mouth 215 of some exemplary embodiments according to the present invention.Container mouth 215 is the opening of fluid container 110, can be distributed to fluid distributing apparatus 100 from fluid container 110 by fluid through this opening.Capping apparatus 170 is for covering container mouth 215.Container mouth 215 includes container mouth opening 340, takes out from fluid container 110 through this container mouth opening 340 fluid.Container mouth 215 includes container nozzle wall 350.Container nozzle wall 350 includes container mouth jut 335, and this jut 335 makes capping apparatus 170 to be fastened to container mouth 215.By capping apparatus 170 is fastened to, capping apparatus 170 is connected by container mouth 215 so that recess 308 and container mouth jut 335 interlock.Second wall 307 of capping apparatus 170 guarantees when capping apparatus 170 is fastened in container mouth 215, and container nozzle wall 350 is closely kept into abutting the first wall 302.
Fig. 4 illustrates the sectional view of the capping apparatus 170 with the connector 173 being connected to fluid container 110 of some exemplary embodiments according to the present invention.Fig. 4 illustrates the capping apparatus 170 being in the first state, for instance when primitively arranging fluid container 110, and wherein the container mouth opening 340 of container mouth 215 is sealed by capping apparatus 170 and connector 173, and covers and seal fluid container.As previously mentioned and as shown in Figure 4, capping apparatus 170 being connected to by capping apparatus 170 is connected to container mouth 215 fluid container 110 of Fig. 1, container mouth 215 forms the fluid distribution openings 340 being positioned in the fluid container wall of fluid container 110.Container mouth 215 includes container nozzle wall 350, and this container nozzle wall 350 includes container mouth jut 335.Container mouth jut 335 makes available capping apparatus 170 or other element securing canister mouth 215 that can be secured in container mouth 215.Container nozzle wall 350 has columnar shape, and therefore container mouth 215 is circular, this make fluid from container mouth 215 equably flow out be possibly realized.As illustrated by above with Fig. 3, capping apparatus 170 includes the first wall 302, and this first wall 302 includes the recess 308 on inside the first wall 302.Container mouth jut 335 is fastened by recess 308, in order to be fastened in container mouth 215 by capping apparatus 170.
Capping apparatus 170 includes the connector 173 being inserted, and in described first state, this connector 173 is in the opening 306 of capping apparatus 170.Connector 173 includes the circular closure edge 318 with sidewall 328, and cover rim 318 extends along the girth of the cylindrical wall 319 of connector 173.Capping apparatus opening 306, against capping apparatus the 3rd wall 305, is therefore sealed by circular closure edge 318 when connector 173 insertion apparatus opening 306.Connector 173 includes the base portion 423 of circle, and connector 173 is sealed thus preventing fluid from passing through connector 173 by this base portion 423.Connector 173 includes cylindrical wall 319, and this wall 319 extrudes and abut capping apparatus the 3rd wall 305.The girth of cylindrical wall 319 makes connector 173 to be firmly embedded into device opening 306.Capping apparatus 170 can have sealing member 205, and this sealing member 205 is for preventing the gathering of pollutant (such as dust) in protection device opening 306.Sealing member 205 includes fin 210, and this fin 210 allows users to easily remove sealing member 205 before fluid container 110 is inserted fluid distributing apparatus 100.By sealing member 205 is pulled open from capping apparatus 170 until fluid distribution pipe 114 can enter device opening 306, and sealing member 205 is removed.
Fig. 5 illustrate some exemplary embodiments according to the present invention when the sectional view of the capping apparatus 170 fluid container 110 being connected to during fluid distributing apparatus 100.Fig. 5 illustrates the capping apparatus 170 being in the second state, after inserting blunt nosed pin 153 so that connector 173 is attached to blunt nosed pin 153 and displacement enters fluid container 110 thus allowing fluid to flow out through fluid container pipe 114 from fluid container 110.Capping apparatus 170 is connected to the container mouth 215 of fluid container 110.When fluid container 110 is arranged in fluid distributing apparatus 100, the fluid container pipe 114 with the blunt nosed pin 153 being connected to its end is inserted into the device opening 306 of capping apparatus 170.When fluid container pipe 114 inserts through device opening, blunt nosed pin 153 is connected with connector 173 via protrusion 317.Blunt nosed pin 153 connector 510 is deviate from from capping apparatus 170 and enter wherein connector 173 in the second state outside device opening 306.Fluid container pipe 114 or blunt nosed pin 153 include fluid pore 521, and this fluid pore 521 is arranged in the part being inserted into container mouth 215 of fluid container pipe 114 or blunt nosed pin 153.Fluid 522 leaves fluid container 110 through fluid pore 521, in order to can be distributed fluid 522 by fluid distributing apparatus 100.When changing fluid container 110, fluid container 110 separates from fluid distributing apparatus so that the fluid container pipe 114 with blunt nosed pin 153 skids off capping apparatus 170.When fluid container pipe 114 skids off capping apparatus 170, blunt nosed pin 153 is reversely disengaged from device opening, so that connector 510 returns to the first state.Then, blunt nosed pin 153 separates with connector 173.Capping apparatus 170 is sealed by connector 173, in order to can be removed from fluid distributing apparatus 100 by fluid container 110 when overflowing from fluid container 110 without any remaining fluid.
When connector 173 is when the inside of device opening 306, device recess 308 and container mouth jut 335 interlock.Container nozzle wall 350 limits the external shape of container mouth 215.
Connector 173 includes the connector cover rim 318 being positioned on an end of connector 173, and this end is relatively adjacent with connector base portion 423, and when connector 173 is released from capping apparatus opening 306, blunt nosed pin 153 is resisted against on connector base portion 423.In some cases, when fluid container 110 is removed from fluid distributing apparatus 100, fluid container 110 still holds fluid 522.In this case, the leakage of the fluid that connector 173 prevents during being removed from fluid distributing apparatus 100 by fluid container 110 and stays during carry fluid container 110 in fluid container 110.Such as, even if being horizontally coupled to by capping apparatus 170 in fluid container 110 and the fluid container 110 that is removed, half is fluid, and fluid also will not overflow fluid container 110, because connector 173 is firmly located on the inside of device opening 306.
Fig. 6 illustrate some exemplary embodiments according to the present invention for using the mechanism 600 with handling cover device 170.Mechanism 600 includes the handle 630 of the blunt nosed pin 620 for pressing replacement, and this blunt nosed pin 620 drives connector 173 to enter device opening 306.Handle 630 is connected to the capping apparatus 170 being positioned on container mouth 215 top.In one exemplary embodiment of the present invention, extending and portal 625 from blunt nosed pin 153, fluid leaves fluid container 110 through this hole 625.
Fig. 7 illustrates the decomposition view for using the mechanism 600 with handling cover device 170 of some exemplary embodiments according to the present invention.Should shown in the drawings of connector 173, container mouth 215 and capping apparatus 170.Decomposition view is shown as two halves 712,713, for using and the mechanism 600 of handling cover device 170 includes train openings 715；The blunt nosed pin 620 substituted moves through this train openings 715 thus being released from device opening 306 by connector 173.In some embodiments of the invention, the fluid bore 716 extended from blunt nosed pin 620 allows fluid to be expelled to fluid container pipe 114 from fluid container 110.Handle 630 is attached to the top of blunt nosed pin 620.Connector 735 is inserted between handle 630 and blunt nosed pin 620, thus handle 630 is connected to blunt nosed pin 620.
Although describing the disclosure with reference to exemplary embodiment, but it will be appreciated by those skilled in the art that and can make various change under the premise without departing substantially from the scope of the invention and equivalent can replace its element.It addition, under the premise without departing substantially from the essential scope of the present invention, many amendments can be made so that specific situation and material are adapted to teachings of the present invention.Therefore, it is intended that disclosed theme is not limited to implement the disclosed specific embodiment of the best mode of this theme as expection, but this theme is to be not limited except as by the appended claims.
1. for a capping apparatus for fluid container, including:
It is sealably connected to the top board of the container mouth of described fluid container, described top board includes device opening, being distributed from described fluid container by described device opening fluid, wherein said device opening is limited by the perforated wall extended internally towards described fluid container from described top board；
Rigidity connector, described rigidity connector can be slidably moved between the first state and the second state, in described first state, described connector is positioned at the inside of described device opening thus stoping fluid to flow, in above-mentioned second state, described connector departs from from described device opening and enters described fluid container thus allowing fluid to flow；Wherein said connector, by being designed to himself is attached to the blunt nosed pin being inserted in described device opening thus described connector being pushed to described second state from described first state and being withdrawn into described first state when being removed by described blunt nosed pin by described blunt nosed pin, and move between described first state and described second state.
2. capping apparatus as claimed in claim 1, wherein when described connector is in described second state, described fluid distributes via described device opening from described fluid container.
3. capping apparatus as claimed in claim 1, wherein the fluid distribution pipe of fluid distributing apparatus is connected to and is inserted into described device opening so that by described connector from described first State Transferring to the described blunt nosed pin of described second state.
4. capping apparatus as claimed in claim 1, wherein said capping apparatus is connected to the described container mouth of described fluid container, wherein said container mouth is to distribute the fluid container opening of described fluid from which, and described container mouth includes the container mouth jut for being fastened to by described capping apparatus in described container mouth.
5. capping apparatus as claimed in claim 4, also includes:
The first wall extended from described top board and the second wall, wherein said container mouth is fastened between described first wall and described second wall.
6. capping apparatus as claimed in claim 5, wherein said first wall includes making it possible to described capping apparatus is fastened to the recess in described container mouth.
7. capping apparatus as claimed in claim 1, wherein said capping apparatus is connected to the described container mouth of described fluid container.
8. capping apparatus as claimed in claim 1, also includes for covering described device opening to prevent pollutant from entering the sealing member of described device opening.
9. capping apparatus as claimed in claim 1, wherein said device opening has the girth of change.
10. capping apparatus as claimed in claim 1, wherein said fluid container is formed as bag in box.
11. capping apparatus as claimed in claim 1, wherein said connector includes:
Connector cover rim, described connector cover rim has sufficiently wide radius to be sealed by described device opening；
Connector rigid walls, described connector rigid walls is attached perpendicularly to described connector cover rim.
12. capping apparatus as claimed in claim 11, wherein said connector includes:
For receiving the plug open of the blunt nosed pin being connected to fluid distribution pipe, when user enables described fluid distribution pipe, when moving, described blunt nosed pin is inserted described plug open so that described connector moves.
13. capping apparatus as claimed in claim 12, wherein said connector includes:
At the one or more connector protrusions in the described connector rigid walls of described plug open, described connector protrusion is for preventing described connector from moving out from described device opening；
The one or more connector protrusion is attached to described connector rigid walls and described connector cover rim.
14. capping apparatus as claimed in claim 1, wherein when fluid distribution pipe is removed from described device opening, described connector returns to described first state, and described connector is inserted into described device opening.
CN201480067205.XA 2013-12-11 2014-12-10 An apparatus for closing a fluid container CN105813948A (en)
IL229909A IL229909A (en) 2013-12-11 2013-12-11 Apparatus for closing a fluid container
IL229909 2013-12-11
PCT/IL2014/051078 WO2015087325A1 (en) 2013-12-11 2014-12-10 An apparatus for closing a fluid container
CN105813948A true CN105813948A (en) 2016-07-27
ID=50436460
CN201480067205.XA CN105813948A (en) 2013-12-11 2014-12-10 An apparatus for closing a fluid container
US (1) US20180170592A1 (en)
EP (1) EP3079990B1 (en)
JP (1) JP6345785B2 (en)
CN (1) CN105813948A (en)
IL (1) IL229909A (en)
WO (1) WO2015087325A1 (en)
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2013-12-11 IL IL229909A patent/IL229909A/en active IP Right Grant
2014-12-10 US US15/101,054 patent/US20180170592A1/en active Pending
2014-12-10 EP EP14830735.8A patent/EP3079990B1/en active Active
2014-12-10 CN CN201480067205.XA patent/CN105813948A/en active Search and Examination
2014-12-10 WO PCT/IL2014/051078 patent/WO2015087325A1/en active Application Filing
2014-12-10 JP JP2016535023A patent/JP6345785B2/en active Active
JP2017505735A (en) 2017-02-23
IL229909A (en) 2018-07-31
US20180170592A1 (en) 2018-06-21
EP3079990A1 (en) 2016-10-19
WO2015087325A1 (en) 2015-06-18
JP6345785B2 (en) 2018-06-20
EP3079990B1 (en) 2019-07-03
IL229909D0 (en) 2014-03-31
JP4348191B2 (en) 2009-10-21 Valve assembly used for beverage dispensing
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