CN103241463B - Method for taking out daily supplies contained in container and application - Google Patents
Method for taking out daily supplies contained in container and application Download PDFInfo
- Publication number
- CN103241463B CN103241463B CN201210029694.2A CN201210029694A CN103241463B CN 103241463 B CN103241463 B CN 103241463B CN 201210029694 A CN201210029694 A CN 201210029694A CN 103241463 B CN103241463 B CN 103241463B
- Authority
- CN
- China
- Prior art keywords
- pressure
- tolerant
- extracting portion
- opening
- portion part
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Containers And Packaging Bodies Having A Special Means To Remove Contents (AREA)
Abstract
The invention provides a method for taking out articles contained in a container and the application. The method includes the following steps: a pressurizing component pressurizes a pressure transmitting channel to push a pressure transmitting medium in the pressure transmitting channel to move; the pressure transmitting medium pushes an opening of a fetching component in a container main body to be closed; the pressure transmitting medium pushes an object accommodated in the fetching component to flow out of the channel to move outward; the pressurizing component stops pressurizing, and the object accommodated in the fetching component stop flowing outward; the pressure transmitting medium flows back along the pressure transmitting channel, the opening of the fetching component in the container main body is opened; and the object accommodated in the container main body enters the fetching component from the opening of the fetching component in the container main body. The method for taking out the object accommodated in the container is simple in step, easy to operate, accurate in ration, high in reproducibility and particularly suitable for daily life needs. The method is applied to the fields of foodstuff, everyday chemicals, disinfection products and medicines and can also prevents products of the fields from being polluted, oxidized, deteriorated or volatilized.
Description
Technical field
The present invention relates to a kind of daily life interior tolerant method of container and described removing method of taking out used is in food
Product, cosmetics of everyday use, sterile products, the application of medicine field.
Background technology
Because life product becomes increasingly abundant, people use more and more various containers with attending the meeting, and such as hold
The container of handwashing liquid, liquid detergent, disinfectant solution, shampoo, bath gel, toothpaste, soy sauce, vinegar, edible oil, liquid drug etc..These
Although container is different, take out not outer two kinds of tolerant method in container：Allow vessel port make downwards institute tolerant oneself
Flow out；Device is taken to take out institute in container with pressure tolerant.
Allow vessel port to make downwards tolerant flow out container often only one of which opening used, and opening is at top.?
It is necessary to topple over container during use, institute is tolerant just can to flow out.Partial containers must also extrude chamber wall and make the tolerant stream of institute
Go out.This container has 3 shortcomings：1st, the removing method of this container necessarily leads to extraneous air and contaminant particles to easily enter
Inside container, so that the tolerant and more gas of institute is contacted, may go bad because oxidation by air reduces, or because by antibacterial or
Impurity pollutes and goes bad.2nd, these containers take out tolerant very inconvenient, such as shampoo, bath gel, using needing after more than half
Lead to be lot more time to allow that institute is tolerant to flow to outlet, could extrude use, in-convenience in use, last part tolerant and also
May be wasted.3rd, product (especially as toothpaste) can only use fractional pack, also often can not extrude use completely, this not only causes
Waste, also produce a lot of packaging wastes, pollute.4th, due to by gradient, air-flow, openings of sizes etc. when this container takes out
Too multifactor impact, withdrawal amount is erratic it is impossible to metering, it is difficult to precise control, is had to when many excessively take and held
Thing, causes to waste and environmental pollution.
Institute is tolerant to take device to take in container using pressure, is the tolerant method of another kind of conventional taking-up liquid.Particularly
Larger capacity and be not suitable for be inverted, extruding container often take device using pressure.This container also has 4 shortcomings：1st, liquid taking
Amount be unable to precise control.Using pressure take device be pressed downward by power be unable to precise control, so withdrawal amount often can only with press
Number of times measures, and the amount of liquid taking is unable to precise control.2nd, the liquid viscosity taken and denseness can not be too high.Because pressure takes device to need
Further take out after liquid assimilating to eminence, if liquid viscosity and denseness are too high, liquid can not be drawn to eminence it is impossible to be taken
Go out.3rd, manufacturing cost is higher.Pressure takes device complex structure, and can not must have part using chamber wall etc., and manufacturing cost is higher.4th, no
Can continuously take.Because pressure takes device can only take every time, the institute in the confined space near suction pipe flow export is tolerant, and this space is held
Thing can only wait after being removed after suction institute is tolerant in below container again and be removed, so can only intermittently take, take out not
Can be continuous.
Need a kind of simple, practical container in people's daily life, enable each to take more random being subject to of process
People controls, and is subject to extraneous air or impurity effect as little as possible.
Content of the invention
In order to solve the problems, such as easily not taking tolerant container and utensil present in above-mentioned prior art, this
Invention offer is a kind of can to take out tolerant utensil in container, and this utensil includes pressure-producing part, pressure transmission passage, flows out and lead to
Road, for pressurizeing into pressure transmission passage, pressure transmission passage adds described pressure-producing part by the transmission medium transmission of channel interior is described
The pressure that splenium part applies, flow pass is by for the tolerant passage flowing outwardly and preventing tolerant refluence；Meanwhile, this device
Tool also includes accommodating described tolerant extracting portion part, and described extracting portion part is connected with described pressure transmission passage；Described extracting portion
Part be provided with container the tolerant opening connecting；When being pressurizeed using described pressure-producing part, described opening closes under pressure
Close, in the part of described extracting portion tolerant described pressure transmission passage transmission come pressure effect under through described flow pass flow out；
Described pressure-producing part, pressure transmission passage, extracting portion part are provided with resetting means and/or the performance with elastic recovery, can make described
The position that transmission medium is located before being back to pressurization after stopping pressurization.
Resetting means can return to original position, and drives the transmission medium of described transmission pressure to be back to original position
Device, such as one end are fixed on the piston with elastomeric element traction on wall.The performance of elastic recovery, refers to pressure-producing part, biography
Pressure passageway or the energy elastic recovery after stopping pressurization of extracting portion part, make the transmission medium of transmission pressure return to original position.
The institute that this utensil can be taken out conveniently in container is tolerant, and above-mentioned prior art substantially can be overcome to exist
Problem.
By only needing, to the tolerant pressurization of institute, the pressure also very little of needs in extracting portion part, flow pass, to be held during pressurization
Thing can easily be removed；Again because this taking-up process is only stressed a factor impact, thus withdrawal amount will not neglect many suddenly
Few, can be accurately controlled, the repeatability repeatedly taken is fine.
Using this utensil take out institute tolerant when, due to not needing container upside down it is not necessary to extrude container body.This just protects
The impurity such as air, microgranule will not be frequently entered it is therefore prevented that institute is tolerant contaminated rotten in card container body.
Using being immersed in tolerant extracting portion part, the opening of extracting portion part can be larger or even can and flow out for this utensil
Passage temporarily disconnects, this liquid and mastic can be made to enter extracting portion part is more convenient, make taking-up viscosity and the higher liquid of denseness
Body and mastic become a reality.
This utensil takes device structure simple with respect to pressure, does not have excessively complicated fine part, thus also more practical, favorably
In large-scale production and overall production.
Further, the described opening of above-mentioned utensil is by for the tolerant one-way cock by entrance extracting portion part in container.
For the one-way cock of tolerant entrance extracting portion part can close in pressurization, be subject to the tolerant gravity of institute or an extracting portion when being not pressurized
The impact of part negative pressure is opened.
Further, the described opening of above-mentioned utensil is located on the part wall of described extracting portion；Close the stopper position of described opening
In the corresponding position of described opening, it is connected with resilient bladder outside described stopper；Described resilient bladder is added with described
Splenium part or pressure transmission passage are connected.Described resilient bladder can be stretched because of the pressure change in the space communicating therewith.Plus
During pressure, resilient bladder expands, and described stopper is pushed at opening, can close opening；It is not pressurized or during negative pressure, resilient bladder
Thing atrophy, stopper is opened, and opening is opened.
Further, the described opening of above-mentioned utensil is located on the part wall of described extracting portion；The adjacent extracting portion of described opening
Part wall is provided with groove, the built-in slide plate of described groove, and described bottom portion of groove is connected with described pressure-producing part or pressure transmission passage.Described
Slide plate is stretched out because of the pressure change in the space being connected with described bottom portion of groove or retracts.During pressurization, in groove, pressure increases,
Slide plate is extruded and skids off, and closes opening；It is not pressurized or during negative pressure, in groove, pressure reduces, slide plate slides back to groove.
Further, the described opening of above-mentioned utensil is one section of space between described extracting portion part and described flow pass；
Described extracting portion part or pressure transmission passage are provided with stretchable part, and during pressurization, described extracting portion part or pressure transmission passage are stretchable
Part be stretched, close described space.One section of space between described extracting portion part and described flow pass, can make institute tolerant
It is more convenient, more fully enter extracting portion part；The particularly higher mastic of viscosity, denseness, need not move during pressurization just can be by
Include extracting portion part, can successfully be removed after opening closure.
Further, the described opening of above-mentioned utensil is one section of space between described extracting portion part and described flow pass；
Sleeve pipe is set, described sleeve pipe is subject to pressure transmission passage side pressure change to skid off or slip into, and closes or opens in the part of described extracting portion
Open described space.Similarly, during this embodiment pressurization, sleeve pipe can be received tolerant for the institute between extracting portion part and flow pass
Enter in the part of extracting portion, institute tolerant even without movement.After including extracting portion part, just take out easily.
Further, the piston that can slide in the part of extracting portion, described work are set in the described extracting portion part of above-mentioned utensil
Plug has the lateral surface of lengthening, when the lateral surface of piston moves at opening, closes described opening.
Further, the described extracting portion part of above-mentioned utensil and/or the interior setting of pressure transmission passage can be along described extracting portion parts
And/or the piston that pressure transmission passage moves back and forth；Described piston is provided with reset element, so that piston is returned to fixing after stopping pressurization
Original position；The back segment specified distance of described extracting portion part and/or pressure transmission passage, setting stops element, stops described piston
Reach and continue to move to afterwards herein.The institute that so each pressurization can take out same volume is tolerant, excessive without taking out, and plays
The effect that limitation is taken out.
Further, it is liquid in the described pressure-producing part of above-mentioned utensil and/or pressure transmission passage；Described pressure-producing part and/
Or pressure transmission conduit wall is marked with scale, the volume of the liquid for flowing out during instruction pressurization.Due to liquid Incoercibility, transmit
Pressure more accurately and timely, can guarantee that the liquid volume flowing out from pressure transmission passage during pressurization is equal to the tolerant of flow pass outflow
Volume.
Further, in the described extracting portion part of above-mentioned utensil and/or pressure transmission passage setting can along extracting portion part and/or
The piston that pressure transmission passage moves back and forth, described piston side is transmission medium, and side is tolerant.Transmit pressure using piston,
Transmission medium and institute both interfaces tolerant can be made to understand separately, prevent pollution or gas leakage.
Further, above-mentioned utensil make the pressure that described opening is closed can be in pressure-producing part transmission medium with held
Pressure differential between thing；Or in pressure transmission passage transmission medium and tolerant between pressure differential；Or in the part of extracting portion
Outer tolerant between pressure differential.In pressure-producing part transmission medium and tolerant between pressure differential maximum, pass in pressure transmission passage
Pressure medium and institute tolerant between pressure differential larger, inside and outside the part of extracting portion tolerant between pressure differential less.Maximum and larger
Pressure differential that opening can be made to open and close is more timely and complete, when preventing from pressurizeing tolerant is flowed out by opening.Using taking
During pressure official post opening closing between the inside and outside institute of thing part is tolerant, because space is nearer between the two, because not needing to add it
His part and make utensil overall structure simpler.
This interior tolerant utensil structure of container that can take out is simple, easy to use, of many uses.Single pressurization is taken out
Amount can very big it is also possible to very little；Can empirically arbitrarily take out it is also possible to quantitative take out；Both open containers can be used in,
Can be used for closed vessel.
The present invention also provide a kind of there is the above-mentioned container that can take out tolerant utensil structure in container, this daily
Using the tolerant container accommodating, including container body, pressure-producing part, pressure transmission passage, flow pass, described pressure-producing part is used
In pressurizeing into pressure transmission passage, pressure transmission passage transmits, by the transmission medium of channel interior, the pressure that described pressure-producing part applies,
Flow pass is by for the tolerant passage flowing out to outside described container body and preventing tolerant refluence；And, also include holding
Receive tolerant extracting portion part, described extracting portion part connects described pressure transmission passage, positioned at the bottom within described container body, if
Have with container the tolerant opening connecting；When being pressurizeed using described pressure-producing part, described opening is closed under pressure, institute
State in the part of extracting portion tolerant described pressure transmission passage transmission come pressure effect under through described flow pass flow out；Described plus
Splenium part, flow pass, extracting portion part are provided with resetting means and/or the performance with elastic recovery, and described pressure transmission can be made to be situated between
The position that matter is located before being back to pressurization after stopping pressurization.
Resetting means and/or there is the performance of elastic recovery described transmission medium can be allowed to be back to pressure transmission passage or pressurization
In part, and then in the part of extracting portion, produce negative pressure, make in the institute's tolerant convenient entrance extracting portion part in container.
This container, overcomes variety of problems present in prior art container, has advantages below：
Convenient to remove.Due to extracting portion part be located at container bottom, even if so container in institute tolerant use last,
Can with just begin to use the same convenient.
Prevent from polluting.This utensil take institute tolerant when, container does not need to be inverted, and air, antibacterial, microgranule will not frequently and institute
Tolerant contact, can effectively prevent the tolerant pollution of institute.
Can accurately take out.By only needing to the tolerant pressurization of part institute in extracting portion part, flow pass, and compression aspect
Consistent with a tolerant outflow direction, strength needed for pressurization is less, is capable of accurately taking out, quantitative taking-up；Also spraying can be met
Pressure demand needed for nozzle or foam generating device.
Structure is simple, practical, is hardly damaged.Extracting portion part is located inside container, decreases material usage, also can have
Effect prevents what the interface leakage of extracting portion part and pressure transmission passage, flow pass from causing being stained and wasting.
Of many uses, can be used for viscosity and denseness higher institute tolerant.
Further, adjacent with extracting portion part transmission medium in the described pressure transmission passage of said vesse and the tolerant phase of institute
With.Both compositions are identical, can prevent from causing the transmission medium dirt in the tolerant passage by pressure transmission of institute that takes out because composition is different
Dye.Partially liq is identical, and especially only contact portion liquid phase is same, can be with reduces cost.
Further, the described extracting portion part of said vesse or flow pass are made up of transparent material, and indicate instruction
Flow out tolerant volume or length scale.User so can be allowed to know discharge in real time, realize quantitative fetching.
Further, the described extracting portion part of said vesse is located in the peripheral groove of described container body bottom.So set
Put, even if tolerant use finally can smoothly be removed, and convenient use person observes institute's tolerant entrance extracting portion part
With situation about flowing out.
Further, the described pressure transmission passage of said vesse is described pressure-producing part.If pressure transmission passage is capable of
Pressurization function, pressure transmission passage is also pressure-producing part, substantially it is also assumed that saving pressure-producing part.
Further, it is liquid in the described pressure-producing part of said vesse and/or pressure transmission passage, and in described pressure-producing part
And/or pressure transmission conduit wall is marked with scale, the volume of the liquid for flowing out during instruction pressurization.As previously described, because liquid
It is that liquid, then pressure-producing part and pressure transmission passage discharge are logical equal to flowing out in Incoercibility, pressure-producing part or pressure transmission passage
The tolerant discharge in road.The scale being marked with according to pressure-producing part or flow pass wall is it is possible to know tolerant stream
Output, realizes quantitative taking-up.
Further, the described pressure-producing part of said vesse is in straight-tube shape, by piston pressurization, leads to pressure transmission from piston
Road direction indicates scale.This pressure-producing part structure is simple, flexible operation, quantitative more directly perceived.
Further, the volume of the described container body of said vesse reduces with tolerant minimizing.Make container body
Volume reducing power be atmospheric pressure.When the tolerant minimizing of institute in container, external pressure oppresses container body movable part
Divide and move so that container body volume reducing, make container body internal and external pressure balance, so that tolerant taking-up is persistently entered
OK.Volume due to container body actively reduces, and extraneous gas or impurity have no chance to enter inside container body, can be thorough
Prevent institute tolerant by ambient atmos or impurity pollution, oxidation, rotten.
Further, the described container body of said vesse is arranged into container body tolerant pressurization device.Hold
Arrange in device main body into container body the device of tolerant pressurization generally both can make the volume reducing of container body, make container
Main body internal and external pressure balance, play above-mentioned prevent tolerant by ambient atmos or impurity pollution, oxidation, rotten effect, and
Can make institute's tolerant more convenient entrance extracting portion part by actively pressurizeing, the institute larger to taking-up viscosity and denseness is tolerant
Advantageously.
Further, the described container body of said vesse is provided with the import of outside air, described import be air filtration,
Purify or deoxygenate device, or the inflatable collection gas device swelling is installed inside the container body of described import.This
Sample can also avoid that institute is tolerant contact with extraneous various harmful substance, can prevent institute tolerant contaminated, aoxidize, go bad.
Further, the flow export of the described flow pass of said vesse is provided with sprayer unit or foam generating device.
Because manual pressure part is provided that larger lasting pressure, pressure acts on extracting portion part termination, so can when using
Obtain lasting spraying or the foam of long period.
This container, equally overcomes variety of problems present in prior art container, possess convenient to remove, prevent dirt
Contaminate, can accurately take out, structure simple, practical, be hardly damaged, of many uses the advantages of.Meanwhile, this container can with capacity relatively
Greatly, the feature that can recycle, reduces the application of the various packagings such as plastics, is conducive to mitigating pollution pressure.
The present invention also proposes tolerant method in the taking-up container that a kind of above-mentioned utensil and container are used, including following
Step：
Pressurizeed to pressure transmission passage with pressure-producing part, promote transmission medium in pressure transmission passage to move；Described transmission medium promotes
The opening of the extracting portion part in container body is closed；Described transmission medium promotes the institute in the part of extracting portion tolerant along flow pass
It is displaced outwardly；Pressure-producing part stops pressurization, and the tolerant stopping of institute in the part of described extracting portion flows outwardly；Described transmission medium is along biography
Pressure passageway flows back, and opening in container body for the described extracting portion part is opened；In container body institute tolerant from described extracting portion
Opening in container body for the part enters extracting portion part.
Further, this removing method prevents institute in flow pass tolerant by setting one-way cock in flow pass
Backflow.One-way cock enables automatically to close unlatching, simple and practical, is hardly damaged.
Further, transmission medium described in this removing method passes through to promote extracting portion part stretching, extension to promote described extracting portion part
Opening in container body is closed.Extracting portion part extension style makes opening in container body for the extracting portion part close, permissible
Tolerant do not move in the case of make it include extracting portion part it is adaptable to take out larger capacity, viscosity or the higher institute of denseness
Tolerant.
Further, this removing method passes through the mobile described extracting portion part of closing of described transmission medium promotion valve in appearance
Opening in device main body.
Further, this removing method passes through described transmission medium pressurization makes to take thing described in inflatable original paper expansion closing
Opening in container body for the part.
Further, this removing method produces negative pressure by pressure-producing part or pressure transmission passage and makes described transmission medium edge
Pressure transmission passage flows back.
Further, this removing method passes through to make described pressure transmission in described extracting portion part or the setting of described pressure transmission passage
Medium resetting means, promotes described transmission medium backflow.
Further, described in this removing method, pressure-producing part can produce negative pressure, and/or described extracting portion part or described
Pressure transmission passage is provided with the device making described transmission medium reset.
Further, it is liquid in pressure-producing part described in this removing method and pressure transmission passage, the tolerant body of taking-up
Long-pending described pressure-producing part is extruded by equal-volume or pressure transmission passage determines.
Further, be gas in pressure-producing part described in this removing method and pressure transmission passage, in described extracting portion part or
Person's flow pass setting with institute tolerant flow out and the control air flue outer vent of movement, control air flue another outlet described in
Pressure-producing part or pressure transmission passage, the tolerant volume of taking-up is determined by the distance controlling air flue outer vent movement, when
When controlling the position that air flue outer vent moves to setting, air flue outer vent is controlled to connect with outside air.
Tolerant method in this taking-up container, step is simple, easily operates, and accurately, repeatability is high, very suitable for quantitation
Closing daily life needs.
The invention still further relates to described can take out tolerant utensil in container, the container using described utensil, described take
Go out tolerant method in container food, cosmetics of everyday use, sterile products, medicine field application.Described application can meet this
The requirement that a little fields are simple to structure (operation), quantitative accurate and repeatability is high, simultaneously its portion of techniques scheme also can prevent this
A little fields product is contaminated, aoxidizes, rotten or volatilization.
Utensil that this invention proposes, that container and removing method can be taken out conveniently institute in container is tolerant, it is to avoid held
The rotten and pollution of thing；Quantitation, limiting taking quantity can also be realized, make the institute taking every time tolerant less than even equal to set
Amount, it is to avoid excess take the tolerant waste causing and environmental pollution；Due to can be larger and can recycle with capacity,
Also help and mitigate the various packaging pressure that especially plastics package causes to environment.
Brief description
Fig. 1 is the structural representation of utensil described in embodiment 1；
Fig. 2 is the structural representation of utensil described in embodiment 2；
Fig. 3 is the structural representation of utensil described in embodiment 3；
Fig. 4 is the A portion enlarged drawing of Fig. 3；
Fig. 5 is the structural representation of container described in embodiment 4；
Fig. 6 is the B portion enlarged drawing of Fig. 5；
Fig. 7 is the structural representation of container described in embodiment 5；
Fig. 8 is the structural representation of container described in embodiment 6；
Fig. 9 is the C portion enlarged drawing of Fig. 8.
Specific embodiment
Embodiment 1
As shown in figure 1, being that a kind of according to the embodiment of the present invention 1 can conveniently take out tolerant utensil.This device
Tool includes pressurised airbag 101, pressure transmission passage 102, extracting portion part 103 and flow pass 104.Pressurised airbag 101 only one of which is led to
To the opening of pressure transmission passage 102, itself possess restorable function, can stop pressurization after resilience, make in pressure transmission passage 102
Produce negative pressure.In pressure transmission passage 102 by with tolerant identical liquid 105, piston 106,106 points of piston are arranged at liquid 105 top
Open the liquid 105 in the gas and pressure transmission passage 102 in pressurised airbag 101.Spring 113, spring 113 are connected with piston 106
The other end is fixed on pressure transmission passage 102 inwall.Spring 113 is the same with the effect of the negative pressure that pressurised airbag 101 produces, and makes pressure transmission
The position that passage 102 inner carrier 106 is located before returning to pressurization after stopping pressurization.Pressure transmission passage 102 is made of clear material,
Outer wall is marked with scale 110, and the position that piston 106 is located before pressurizeing is initial point, and what other scales indicated is that this graduation range is former
The volume of liquid 105 in pressure transmission passage 102 in the length of the length of point or this graduation range initial point.
Extracting portion part 103 is with diameter greater than the diameter of pressure transmission passage 102 and flow pass 104.Under extracting portion part 104
Portion, is provided with the opening 107 that the spheroid 109 matched by lower thin and upper thick pipeline 108 and with pipeline 108 is formed.Opening 107 is being subject to
To make institute in extracting portion part 103 tolerant flow outwardly pressure when close, made the tolerant stream into extracting portion part 103 of outside institute
Open during the pressure entering.
Be provided with flow pass 4 prevent tolerant refluence check valve 111.At the opening of flow pass 104, it is provided with spray
Atomizing nozzle 112.
During using this utensil, before this will be tolerant interior for the extracting portion part 103 of utensil institute of submerging, so that institute tolerant is entered by opening 107
Enter extracting portion part 103.Extruding pressurised airbag 101, promotes piston 106 to move down, and makes in pressure transmission passage 102 liquid 105 to taking
Thing part 103 is mobile.Fall under the pressure effect that in opening 107, spheroid 109 is tolerant in extracting portion part 103, block pipeline
108.Pressure differential between the pressure of closing opening 107 is tolerant for inside and outside extracting portion part 103.In extracting portion part 103, institute is tolerant
Under pressure along flow pass 104 outwardly, spray after spray nozzle 112 atomization.When piston 106 moves to anticipation
When at the volume markings taken out, stop pressurization, institute is tolerant to stop spraying.Pressurised airbag 101 resilience, spring 113 restores, and makes piston
106 and liquid 105 return to pressurization before the position that is located, check valve 111 closes, and produces negative pressure, spheroid in extracting portion part 103
109 risings, opening 107 is opened, in institute's tolerant inflow extracting portion part 103.Utensil is to take out next time to get ready.
Embodiment 2
As shown in Fig. 2 being that a kind of according to embodiment 2 can conveniently take tolerant utensil.This utensil includes
Container pressure-producing part 201, pressure transmission passage 202, extracting portion part 203 and flow pass 204.
Pressure-producing part 201 includes piston 211, handle 212 and back-moving spring 213.
Pressure transmission passage 202 adopts local transparent material it can be seen that the position of piston 211.From under piston 211 home position
Portion is labeled with scale successively, indicates corresponding volume.It is liquid 221 in pressure transmission passage 22, liquid 221 passes through piston 222 and institute
Tolerant 205 separate.Piston 222 can move left and right under pressure in pressure transmission passage 202 and extracting portion part 203.Pass
Pressure passageway 202 has branched bottom 223, and branched bottom 223 end openings set piston 224, and piston 224 can be under pressure
Move up and down in branched bottom 223 terminal certain limit.Stopper 226 is set above piston 224.Spring 225 is in branched bottom 223
Reduced pressure to a certain extent when piston 224 is retracted in situ.
The internal diameter of extracting portion part 203 is identical with pressure transmission passage 202, is provided with opening 207 in its underpart, opening 207 shape with
Stopper 226 matches.Opening 207 is located at the top of stopper 226, and when piston 224 moves up, stopper 226 can block opening
207.
Set check valve 206 in flow pass 204, prevent the tolerant backflow of institute.
Using this utensil take out institute tolerant 205 when, by press down on handle 212 promote piston 211 move down so that
In pressure transmission passage 202, liquid 221 is pressurized flows downward.Branched bottom 223 inner carrier 224 is pressurized to move up, and so that stopper 226 is blocked up
Live the opening 207 of extracting portion part 203.The pressure of closing opening 207 is transmission medium 221 and extracting portion part 203 outer tolerant 205
Between pressure differential.Piston 222 moves to extracting portion part 203 direction under pressure, promotes institute in extracting portion part 203 tolerant
205 flow outwardly along flow pass 204.When piston 211 moves at predetermined position, stop moving down, institute tolerant 205
Stopping flows outwardly.
Stop pressurization, back-moving spring 213 driving handle 212 moves up, band piston 211 gradually resumes original before pressurization
Position.In branched bottom 223 and pressure transmission passage 202, liquid 221 flows back.Pressure drop in branched bottom 223, in spring 225
Under effect, piston 224 moves down, and opening 207 is opened.Pressure drop in pressure transmission passage 202, piston 222 is to pressure transmission passage 202
Direction is moved, reduced pressure in extracting portion part 203.Because flow pass 204 internal check valve 206 cuts out, outside extracting portion part 203
Institute tolerant 205 enters extracting portion part 203 along opening 207 under pressure.The preparation taken next time carried out by utensil.
Embodiment 3
As shown in Figure 3, Figure 4, it is that a kind of according to embodiment 3 can conveniently take tolerant utensil, Fig. 4 is figure
3 A portion enlarged drawing.This utensil includes pressurised airbag 301, pressure transmission passage 302, extracting portion part 303 and flow pass 304.Pressurization
Two openings that air bag 301 only leads to pressure transmission passage 302 and controls air flue 305.Pressurised airbag 301 possesses restorable work(
Can, can resilience after stopping pressurization, make pressure transmission passage 302 and control and in air flue 305, produce negative pressure.
Transmission medium 311 in pressure transmission passage 302 is tolerant.Pressure transmission passage 302 is connected with extracting portion part 303.Pass
Pressure passageway 302 outer wall indicates scale 310, flows out the volume of the transmission medium 311 of pressure transmission passage 302 during instruction pressurization.This outflow
Volume be also tolerant from flow pass 304 flow out volume.
Air flue 305 tail end inwall is controlled to connect elastomeric element 306, the other end of described elastomeric element 306 connects slide plate 308
Pommel 312, pommel 312 be located at control air flue 305 tail end in, can wherein slidably, and control air flue 305 between airtight
Envelope.There is opening 307 in extracting portion part 303 side walls, have slideway 313 in extracting portion part 303 side wall opening 307 both sides.Slide plate
308 can slide along slideway in slideway 313.
Flow pass 304 connection extracting portion part 303, inside sets one-way cock 309.
Using this utensil take institute tolerant when, extrude pressurised airbag 301, gas through control air flue 305 reach pommel 312,
Promote slide plate 308 mobile along slideway 313 by pommel 312, slide plate 308 is moved to the left, and encloses opening 307.Closing opening 307
Pressure for pressure-producing part 301 and extracting portion part 303 outer tolerant between pressure differential.Pressure transmission passage 302 is pressurized to make pressure transmission be situated between
Matter 311 (i.e. institute is tolerant) moves down, and institute is tolerant to be flowed outwardly through extracting portion part 303 and flow pass 304.
After taking out the volume needing, stop extruding pressurised airbag 301, pressurised airbag 301 resilience, produce negative pressure.Control gas
Road 305 declines because of internal pressure, adds the retraction of elastomeric element 306, pommel 312 is retracted.Slide plate 308 moves right along slideway 313
Dynamic, open opening 307.In pressure transmission passage 302, transmission medium 311 is flowed back by negative pressure, and valve 309 is closed, institute in container body
Tolerant extracting portion part 303 is entered by valve 307.The position that transmission medium 311 in pressure transmission passage 302 is located before returning to pressurization.
Utensil is ready for taking next time.
Embodiment 4
As shown in figure 5, being that a kind of according to embodiment 4 can conveniently take tolerant container, Fig. 6 is the B of Fig. 5
Portion's enlarged drawing.This container includes container body 415, above sets opening 414.After filled institute tolerant 410, use can prevent antibacterial, ash
Dirt but the device that a small amount of gas enters can be allowed to close this opening, such as comprise the device of porous body or filter membrane.Pressure-producing part
401 include pressurizing chamber 416 and are located at the piston 417 can move up and down on pressurizing chamber 416.Piston 417 sealing pressing chamber 416,
A part exposes pressurizing chamber 416 top.Pressurizing chamber 416 connects pressure transmission passage 402, and both of which is full of by identical liquid 411.Pass
Pressure passageway 402 arranges piston 405, and piston 405 can move in a part of space of pressure transmission passage 405 and extracting portion part 403.
Piston 405 right side is liquid 411 (transmission medium), and left side is tolerant 410, and right side is connected with the other end and is fixed on pressure transmission
Spring 406 on passage 402 inwall.
The ad-hoc location in extracting portion part 403 internal piston 405 left side, if blocking member 408, stops piston 405 in pressure
The lower arrival of effect continues to be moved to the left herein afterwards.Opening 407 is arranged at extracting portion part 403 bottom.Set stopper 412 in opening 407, work as plug
Son 412 falls on opening 407, can seal opening 407.Stopper 412 has longer tail end, can prevent on stopper 412
The position at opening 407 place is left when rising.Opening 407 is located in the groove 413 of container body 415 lowest part.
Outside one-way cock 409 is set in flow pass 404.
During using this container, push every time piston 417 can be obtained by fixed volume institute tolerant.Concrete operations are as follows：
Push piston 417, the pressurized movement of liquid 411 in pressurizing chamber 416 and pressure transmission passage 402, promote piston 405 to the left
Mobile, stopper 412 is pressurized to block opening 407, and piston 405 promotes institute tolerant 410 in extracting portion part 403 to flow along flow pass 404
Go out.Pressure differential between the pressure of closing opening 407 is tolerant for inside and outside extracting portion part 403.When piston 405 moves to blocking portion
During the position that part 408 is located, piston 405 stops moving, and in container body 415, institute tolerant 410 stops flowing outwardly.The body flowing out
Amass as the tolerant volume between pressurization secondary piston 405 and blocking member 408.
Stop pressurizeing to piston 417, piston 405 sets back in the presence of spring 406, liquid 411 and piston 417 quilt
Promotion sets back.Because valve 409 is closed, negative pressure occurs in extracting portion part 403, stopper 412 is opened by jack-up, container body
In 415, institute tolerant 410 enters extracting portion part 403 along opening 407.Tolerant isopyknic extraneous gas is by opening 414 with taking-up institute
Enter container body top, external and internal pressure progressively balances, container is to get ready after taking-up next time.
Embodiment 5
As shown in fig. 7, being that a kind of according to embodiment 5 can conveniently take tolerant container.This container includes
Container body 515, above sets opening 514.In tolerant this opening 514 of 508 rear encloseds of filled institute, any material is not allowed to enter container
Main body 515.Container body 515 top is made of a soft, and the volume of container body 515 is with inside under atmospheric pressure
The minimizing of tolerant volume and reduce.
Pressurised airbag 501 only leads to an opening of pressure transmission passage 502.Pressurised airbag 501 possesses restorable work(
Can, can resilience after stopping pressurization, make to produce negative pressure in pressure transmission passage 502.Two piston (pistons 511 are had in pressure transmission passage 502
With piston 512), be transmission medium 513 between two pistons, piston 512 bottom for transmission medium 508 (i.e. tolerant 508), its
The frictional force of middle piston 511 and pressure transmission passage 502 is less than the frictional force of piston 512 and pressure transmission passage 502.Piston when being not pressurized
The position at 512 places is initial point, indicates downwards scale 510, display tolerant volume so far from piston 512.505, pipeline
In pressure transmission passage 502, connect transmission medium 513 and expandable bladder circle group 506 through piston 512.Expandable bladder circle group 506
In pressure transmission passage 502 afterbody, connect extracting portion part 503.Expandable bladder circle group 506 can expand after being filled with transmission medium 513, is not added with
Can bounce back during pressure.
There is gap 507 between extracting portion part 503 and flow pass 504 when expandable bladder circle group 506 does not expand, take during expansion
Thing part 503 is moved to the left by promotion, is connected with flow pass 504 initiating terminal fit, no longer has gap between the two.Flow out logical
Check valve 509 is set in road 504.
Using this container take institute tolerant when, extrude pressurised airbag 501, piston 511 is pressurized to be moved down, piston 511 He
Transmission medium 513 between piston 512 is forced through pipeline 505 and enters expandable bladder circle group 506, and expandable bladder circle group 506 is swollen
Swollen, promote extracting portion part 503 to be moved to the left, be socketed with flow pass 504 initiating terminal, opening 507 is closed.Closing opening 507
Pressure differential between pressure is tolerant for outside transmission medium 513 and extracting portion part 503.Subsequently, transmission medium 513 is by piston 511
Pressure transmission to piston 512 and transmission medium 508, in extracting portion part 503, institute is tolerant 508 outside through flow pass under stress
Flow out.When piston 512 moves to target location, stop pressurization, institute tolerant 508 stops flowing outwardly.
Stop extruding pressurised airbag 501, pressurised airbag 501 resilience, piston 511 moves up, piston 511 and piston 512
Between reduced pressure, transmission medium 513 flows back, and expandable bladder circle group 506 is retracted, extracting portion part 503 and flow pass 504 it
Between opening 507 open.Subsequently, also because negative pressure moves up, transmission medium 508 moves up piston 512.Valve 509 is closed.
Institute tolerant 508 in container body 515 enters in extracting portion part 503 from opening 507.Pressurised airbag 501 is restored, piston 511, biography
The position that pressure medium 513, piston 512 and transmission medium 508 are located before returning to pressurization.Container body 515 upper flexible partly under
Fall, make container body 515 reduce with take out tolerant equal volume.Container body 515 external and internal pressure progressively balances, container
Get ready after taking out for next time.
Make the method for container body 515 internal and external pressure balance be additionally included in installation piston on container body, work as container body
Institute is tolerant progressively taken out after, piston under atmospheric pressure effect to container body in progressively move, reduce container body volume etc..
Handle can also be installed on the piston on container body, by handle to the tolerant pressurization of institute in container body.
It is arranged such and container external and internal pressure both can be made to keep balancing after the tolerant taking-up of institute, be conducive to promoting institute in container tolerant again
Enter in the part of extracting portion.
Embodiment 6
As shown in figure 8, being that a kind of according to embodiment 6 can conveniently take tolerant container, Fig. 9 is the C of Fig. 8
Portion's enlarged drawing.This container includes container body 612, above sets opening 613.This opening 613 multilamellar can allow a small amount of gas enter
Unidirectional papery valve closing.Pressure-producing part 601 is the resilient bladder (also for pressure transmission passage) of strip, only with extracting portion part
One opening of 603 connections, full of transmission medium 602.
Extracting portion part 603 is located on slide rail 605, can horizontally slip along slide rail 605.Slide rail 605 is located at pressure transmission passage afterbody
On inwall.Seal between extracting portion part 603 and pressure transmission passage afterbody inwall, institute is tolerant and transmission medium 602 can not pass through.Piston
606 are located in extracting portion part 603, can move left and right in extracting portion part 603.Extracting portion part 603 and the frictional force of slide rail 605
Frictional force less than piston 606 and extracting portion part 603.Piston 606 right-hand member is connected in pressure transmission vias inner walls by elastomeric element 610
On.When being not pressurized, there is interval between extracting portion part 603 and flow pass 604, i.e. opening 607.During pressurization, extracting portion part 603 is sliding
Go out, pullover 608 fit with flow pass 604 initiating terminal, opening 607 is closed.There is one-way cock 609, stream in flow pass 604
Outlet is provided with foam producing plants 614.
Using this container take institute tolerant when, extrude pressurised airbag 601, interior transmission medium 602 is pressurized moves down for it.
Extracting portion part 603 is moved to the left along slide rail under the effect of the pressure, pullover 608 fit with flow pass 604 initiating terminal, closing
Opening 607.Described pressure for transmission medium 602 and tolerant between pressure differential.Increase with pressure, piston 606 is pressed to
Move left, promote institute tolerant 611 in extracting portion part 603 outwards to become through flow pass 604 and foam producing plants 614 after foam
Flow out.
Stop extruding pressurised airbag 601, pressurised airbag 601 resilience, transmission medium 602 moves up, extracting portion part 603 He
Piston 606 moves right in the presence of negative pressure and elastomeric element 610, the opening between extracting portion part 603 and flow pass 604
607 open.Valve 609 is closed.Institute tolerant 611 in container body 612 enters in extracting portion part 603 from opening 607.Pressurization gas
Capsule 601 restores, the position that transmission medium 602, piston 606 and extracting portion part 603 are located before returning to pressurization.Tolerant with taking-up institute etc.
The extraneous gas of volume enters container body top by opening 613, and external and internal pressure progressively balances, and container is to carry out after taking-up next time
Prepare.
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, permissible
Understand these embodiments can be carried out without departing from the principles and spirit of the present invention multiple changes, modification, replacement,
Modification and combination.The scope of the present invention be defined by the appended.
Claims (10)
1. a kind of tolerant method in daily taking-up container used, comprises the following steps：
Pressurizeed to pressure transmission passage with pressure-producing part, promote transmission medium in pressure transmission passage to move；
Described transmission medium promotes opening in container body for the extracting portion part to close；
Institute in the part of described transmission medium promotion extracting portion is tolerant to be displaced outwardly along flow pass；
Pressure-producing part stops pressurization, and the tolerant stopping of institute in the part of described extracting portion flows outwardly；
Described transmission medium flows back along pressure transmission passage, and opening in container body for the described extracting portion part is opened；
In container body tolerant enter extracting portion part from opening in container body for the described extracting portion part.
2. the method for claim 1 is led to it is characterised in that preventing from flowing out by setting one-way cock in flow pass
The tolerant backflow of institute in road.
3. the method for claim 1 is it is characterised in that described transmission medium passes through to promote extracting portion part stretching, extension to promote institute
State opening in container body for the extracting portion part to close.
4. the method for claim 1 is it is characterised in that described transmission medium passes through to take described in the mobile closing of promotion valve
Opening in container body for the thing part.
5. the method for claim 1 is it is characterised in that described transmission medium makes inflatable original paper expand pass by pressurization
Close opening in container body for the described extracting portion part.
6. the method for claim 1 it is characterised in that made described by pressure-producing part or pressure transmission passage generation negative pressure
Transmission medium flows back along pressure transmission passage.
7. the method for claim 1 is it is characterised in that pass through in described extracting portion part or the setting of described pressure transmission passage
Make described transmission medium resetting means, promote described transmission medium backflow.
8. the method for claim 1 be it is characterised in that described pressure-producing part can produce negative pressure, and/or described extracting portion
Part or described pressure transmission passage are provided with the device making described transmission medium reset.
9. the method for claim 1 is it is characterised in that be gas in described pressure-producing part and pressure transmission passage, described
Extracting portion part or flow pass setting with institute tolerant flow out and the control air flue outer vent of movement, control air flue another go out
Mouth connects described pressure-producing part or pressure transmission passage, and the tolerant volume of taking-up is passed through to control the distance of air flue outer vent movement
To determine, when the position controlling air flue outer vent to move to setting, to control air flue outer vent to connect with outside air.
10. the method for claim 1 food, cosmetics of everyday use, sterile products, medicine field application.
Priority Applications (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210029694.2A CN103241463B (en) | 2012-02-10 | 2012-02-10 | Method for taking out daily supplies contained in container and application |
| CN201280066468.XA CN104066656B (en) | 2011-12-13 | 2012-12-13 | Utensil, container and removing method thereof that a kind of daily life is used and application |
| CA2877988A CA2877988A1 (en) | 2011-12-13 | 2012-12-13 | Appliance, container used in daily life and method of taking out and application thereof |
| PCT/CN2012/086504 WO2013086991A1 (en) | 2011-12-13 | 2012-12-13 | Appliance, container used in daily life and method of taking out and application thereof |
| US14/364,690 US9321579B2 (en) | 2011-12-13 | 2012-12-13 | Daily apparatus, container, removing method thereof and application thereof |
| IN5800DEN2014 IN2014DN05800A (en) | 2011-12-13 | 2014-07-11 |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210029694.2A CN103241463B (en) | 2012-02-10 | 2012-02-10 | Method for taking out daily supplies contained in container and application |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103241463A CN103241463A (en) | 2013-08-14 |
| CN103241463B true CN103241463B (en) | 2017-02-15 |
Family
ID=48921388
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210029694.2A Active CN103241463B (en) | 2011-12-13 | 2012-02-10 | Method for taking out daily supplies contained in container and application |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103241463B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105236025B (en) * | 2015-06-10 | 2019-07-26 | 北京红海科技开发有限公司 | A kind of inceptive positioning device, container and method |
| CN105015918B (en) * | 2015-06-10 | 2019-08-23 | 北京红海科技开发有限公司 | Container and lid |
| WO2016197967A1 (en) * | 2015-06-10 | 2016-12-15 | 北京红海科技开发有限公司 | Container and cover |
| CN105054830A (en) * | 2015-07-17 | 2015-11-18 | 济南大学 | Convenient multi-chamber seasoning cylinder |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3300102A (en) * | 1965-03-12 | 1967-01-24 | Budzich Tadeusz | Inflatable bag fluid dispensing device |
| US4383622A (en) * | 1981-03-09 | 1983-05-17 | Guth Durward O | Sanitary washbottle kit assembly |
| FR2510071B1 (en) * | 1981-07-24 | 1985-11-15 | Normos Annie | DISPENSER OF VISCOUS PRODUCTS |
| CN2772411Y (en) * | 2005-01-24 | 2006-04-19 | 潘国前 | Spice jar |
| CN201761791U (en) * | 2010-09-03 | 2011-03-16 | 陈增新 | Container used for fetching contained object with limited amount |
-
2012
- 2012-02-10 CN CN201210029694.2A patent/CN103241463B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN103241463A (en) | 2013-08-14 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105008244B (en) | Self-measuring container and method for removing content therein | |
| CN202449415U (en) | Container for daily life | |
| CN103241463B (en) | Method for taking out daily supplies contained in container and application | |
| CN104640783B (en) | The method that container, utensil and taking-up are tolerant | |
| EP2868596A1 (en) | Container | |
| CN104066656B (en) | Utensil, container and removing method thereof that a kind of daily life is used and application | |
| CN202624980U (en) | Appliance for taking out contained objects in container and container with structure of appliance | |
| CN103693298B (en) | Container and take out inner tolerant method | |
| CN103241465B (en) | Container for accommodating daily supplies | |
| CN103241464B (en) | Device for taking out object in container | |
| CN105000259A (en) | Squeezing device | |
| CN107235224A (en) | A kind of push type imbibition shower nozzle | |
| CN202765568U (en) | Container | |
| CN203173141U (en) | Self-measuring-taking container | |
| CN202728938U (en) | Container | |
| CN202609357U (en) | Container used in daily life | |
| CN104029926B (en) | From measuring container and take out method tolerant inside the container | |
| CN201923493U (en) | Cosmetic packaging can | |
| CN103158943B (en) | A kind ofly can conveniently take tolerant method | |
| CN102020062B (en) | Novel cosmetic packaging can | |
| CN203601740U (en) | Packaging bottle | |
| CN103508099A (en) | Container | |
| CN202036108U (en) | Quantitative oil bottle in kitchen | |
| CN202966987U (en) | Novel package hose | |
| CN202170056U (en) | Portable fillable cream bottle |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |