CN103241465A - Container for daily life - Google Patents
Container for daily life Download PDFInfo
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- CN103241465A CN103241465A CN2012100297019A CN201210029701A CN103241465A CN 103241465 A CN103241465 A CN 103241465A CN 2012100297019 A CN2012100297019 A CN 2012100297019A CN 201210029701 A CN201210029701 A CN 201210029701A CN 103241465 A CN103241465 A CN 103241465A
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- container
- extracting portion
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Abstract
The invention provides a container for accommodating objects in daily use. The container comprises a container main body, a pressurizing component, a pressure transmitting channel and an outflow channel and further comprises a fetching component for accommodating the objects, wherein the fetching component is connected with the pressure transmitting channel, located at the bottom of the inner portion of the container main body and provided with an opening communicated with the objects accommodated in the container. When the pressurizing component is used for pressurizing, the opening is closed under the effect of pressure, and the objects accommodated in the fetching component flows out through the outflow channel under the effect of the pressure transmitted by the pressure transmitting channel. The pressurizing component, the outflow channel and the fetching component are provided with reset devices and/or have elastic recovery performance and enable a pressure transmitting medium to flow back to the position before pressurizing after pressurizing on the pressure transmitting medium is stopped. The container has the advantages of being convenient to take out, preventing the accommodated objects from being polluted, and being simple in structure, strong in practicability, not prone to damage, wide in application and capable of avoiding environmental pressure caused by too many small packages.
Description
Technical field
The present invention relates to the used container of a kind of daily life, particularly can take out tolerant container in the container easily and quickly.
Background technology
Because life becomes increasingly abundant with product, people use and can use more and more various containers, such as the container that holds hand cleanser, liquid detergent, thimerosal, shampoo, shower cream, toothpaste, soy sauce, vinegar, cooking oil, liquid drug etc.Though these containers are different, take out not outer two kinds of methods tolerant in the container: allow vessel port make tolerant oneself outflow downwards; Getting device with pressure, to take out in the container institute tolerant.
Allow vessel port make downwards the used container of tolerant outflow often have only an opening, and opening is at the top.In use, container must be toppled over, institute is tolerant just can flow out.The part container also must make tolerant outflow by the squeeze receptacle wall.This container has 3 shortcomings: 1, the removing method of this container must cause extraneous air and contaminant particles to be easy to enter internal tank, tolerant and the more gas of institute is contacted, may go bad because of the oxidation by air reduction, perhaps because being gone bad by bacterium or contaminating impurity.2, it is tolerant very inconvenient that these containers take out institute, and such as shampoo, shower cream, using needs to cause could allow for a long time that institute is tolerant flows to outlet after more than half, just can extrude use, uses inconveniently, and last part is tolerant also may to be wasted.3, product (especially as toothpaste) can only be used inner wrapping, also often can not extrude use fully, and this not only causes waste, also produces a lot of packaging wastes, pollutes.Owing to be subjected to too many factor affecting such as degree of dip, air-flow, openings of sizes, the taking-up amount was erratic, can not measure, and is difficult to accurate control when 4, this container took out, and the excessive institute that takes that has in the time of many is tolerant, causes waste and environmental pollution.
Use pressing and to get device to take in the container institute tolerant, is the another kind of tolerant method of taking-up liquid commonly used.Particularly larger capacity and the container that is not suitable for being inverted, pushing often use to press and get device.This container also has 4 shortcomings: 1, the amount of liquid taking can not accurately be controlled.Use to press get device to press down by power can not accurately control, so the taking-up amount often can only be measured with compression number, the amount of liquid taking can not accurately be controlled.The liquid viscosity of 2, taking and denseness can not be too high.Because pressure is got device and liquid assimilating need be taken out to eminence again, if liquid viscosity and denseness are too high, liquid can not be drawn to eminence, can not be removed.3, manufacturing cost is higher.Pressure is got the device complex structure, and can not utilize wall of container etc. that parts must be arranged, and manufacturing cost is higher.4, can not take continuously.Owing to press and to get device can only to take near the suction pipe flow export institute in the finite space tolerant at every turn, can only wait after this tolerant being removed of space institute again to suck institute in the surface vessel down and be removed again after tolerant, so can only intermittently take, taking-up can not be continuous.
Need a kind of simple, practical container in people's daily life, the people that is subjected to that each process of taking can be more random is controlled, and be subjected to extraneous air or impurity effect less as far as possible.
Summary of the invention
In order to solve the problem of not taking tolerant container and utensil easily that exists in the above-mentioned prior art, the invention provides and a kind ofly can take out tolerant utensil in the container, this utensil comprises pressure-producing part, pressure transmission passage, flow pass, described pressure-producing part is used for pressurizeing in the pressure transmission passage, the pressure transmission passage transmits described pressure-producing part applied pressure by the transmission medium of channel interior, and flow pass is by for tolerant outside outflow and can prevent the passage of tolerant refluence; Simultaneously, this utensil comprises also and holds described tolerant extracting portion part that described extracting portion part is connected with described pressure transmission passage; Described extracting portion part be provided with container in the tolerant opening that is communicated with; When using the pressurization of described pressure-producing part, described opening is closed under pressure, the institute in the part of described extracting portion tolerant under the pressure effect that the transmission of described pressure transmission passage comes through described flow pass outflow; Described pressure-producing part, pressure transmission passage, extracting portion part are provided with reset attachment and/or have the performance of elastic recovery, are back to the position at the preceding place of pressurization after making described transmission medium stop to pressurize.
Reset attachment can be got back to reference position, and the transmission medium that drives described transmission pressure is back to the device of reference position, is fixed on the piston with the elastomeric element traction on the wall such as an end.The performance of elastic recovery refers to the energy elastic recovery after stopping pressurization of pressure-producing part, pressure transmission passage or extracting portion part, makes the transmission medium that transmits pressure get back to reference position.
The institute that this utensil can take out in the container easily is tolerant, and has overcome the problem that above-mentioned prior art exists substantially.
Owing to only need tolerant pressurization in extracting portion part, the flow pass during pressurization, the pressure that needs is also very little, tolerant can being removed easily; The factor affecting because this taking-up process only is stressed so the taking-up amount can be not erratic, can accurately be controlled again, and the duplicability of repeatedly taking is fine.
When using this utensil taking-up institute tolerant, owing to do not need container is inverted, do not need the squeeze receptacle main body.This just guarantees can frequently not enter impurity such as air, particulate in the container body, has prevented that institute is tolerant contaminated rotten.
This utensil uses and is immersed in tolerant extracting portion part, the opening of extracting portion part can greatly even can temporarily disconnect with flow pass, it is more convenient that this can make liquid and lotion enter the extracting portion part, and taking-up viscosity and higher liquid and the lotion of denseness are become a reality.
It is simple in structure that this utensil is got device with respect to pressure, do not have too complicated meticulous parts, thus also more practical, be conducive to Quantity production and integral production.
Further, the described opening of above-mentioned utensil is tolerant by the one-way cock that enters the extracting portion part in the container by supplying.For the tolerant one-way cock that enters the extracting portion part of institute can close, when not pressurizeing, be subjected to when the pressurization tolerant gravity or extracting portion part negative pressure influence and open.
Further, the described opening of above-mentioned utensil is positioned on the part wall of described extracting portion; The stopper that seals described opening is positioned at the corresponding position of described opening, and the described stopper outside is connected with resilient bladder; Described resilient bladder is connected with described pressure-producing part or pressure transmission passage.Described resilient bladder can be stretched because of the pressure variation in the space that is communicated with it.During pressurization, resilient bladder expands, and described stopper is pushed to opening part, the energy closing any opening; Do not pressurize or during negative pressure, the resilient bladder atrophy, stopper is drawn back, and opening is opened.
Further, the described opening of above-mentioned utensil is positioned on the part wall of described extracting portion; The extracting portion part wall that described opening is adjacent 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 stretches out because the pressure in the space that is communicated with described bottom portion of groove changes or withdraws.During pressurization, the groove internal pressure strengthens, and slide plate is extruded and skids off, the sealing opening; Do not pressurize or during negative pressure, the groove internal pressure reduces, slide plate slides back to groove.
Further, the described opening of above-mentioned utensil is one section space between described extracting portion part and described flow pass; Described extracting portion part or pressure transmission passage are provided with stretchable part, and described extracting portion part or the stretchable part of pressure transmission passage are stretched during pressurization, seal described space.One section space between described extracting portion part and described flow pass, can make institute tolerant more convenient, enter the extracting portion part more fully; Particularly viscosity, the higher lotion of denseness need not movement and just can be included into the extracting portion part during pressurization, can successfully be removed after the opening closure.
Further, the described opening of above-mentioned utensil is one section space between described extracting portion part and described flow pass; Establish sleeve pipe in the part of described extracting portion, described sleeve pipe is changed by pressure transmission passage one lateral pressure and skids off or slip into, and seals or open described space.Similarly, sleeve pipe can be with tolerant the including in the part of extracting portion between extracting portion part and flow pass when this embodiment pressurizeed, and institute is tolerant even need not mobile.After including the extracting portion part in, just take out easily.
Further, establish the piston that can slide in the described extracting portion part of above-mentioned utensil in the part of extracting portion, described piston has the lateral surface of lengthening, when the lateral surface of piston moves to opening part, seals described opening.
Further, the piston that can move back and forth along described extracting portion part and/or pressure transmission passage is set in the described extracting portion part of above-mentioned utensil and/or the pressure transmission passage; Described piston is equipped with reposition element, makes piston get back to fixing reference position after stopping to pressurize; The back segment specified distance of described extracting portion part and/or pressure transmission passage arranges the prevention element, stops described piston arrives to continue mobile in the back herein.It is tolerant that so each pressurization can be taken out the institute of equal volume, and can not take out excessive, the effect that playing limits the quantity of takes out.
Further, be liquid in the described pressure-producing part of above-mentioned utensil and/or the pressure transmission passage; Described pressure-producing part and/or pressure transmission conduit wall are marked with scale, the volume of the liquid that flows out when being used to indicate pressurization.Because the liquid incompressibility is transmitted pressure more accurately and timely, the liquid volume that flows out from the pressure transmission passage in the time of guaranteeing pressurization equals the tolerant volume that flow pass flows out.
Further, the piston that can move back and forth along extracting portion part and/or pressure transmission passage is set in the described extracting portion part of above-mentioned utensil and/or the pressure transmission passage, described piston one side is transmission medium, and a side is by tolerant.Use piston to transmit pressure, can make transmission medium and tolerant both interfaces of institute separately clear, prevent from polluting or gas leakage.
Further, the pressure that described opening is closed of above-mentioned utensil can be in the pressure-producing part transmission medium and the difference of pressure between tolerant; Or in the pressure transmission passage transmission medium and the difference of pressure between tolerant; Or the extracting portion part inside and outside the difference of pressure between tolerant.The difference of pressure maximum of transmission medium between tolerant with institute in the pressure-producing part, the interior transmission medium of pressure transmission passage and the difference of pressure between tolerant bigger, inside and outside the part of extracting portion the difference of pressure between tolerant less.Maximum and bigger difference of pressure can make the opening opening and closing more timely and complete, and institute is tolerant when preventing from pressurizeing is flowed out by opening.When utilizing the pressure official post opening of part inside and outside institute in extracting portion between tolerant to close, owing to the space is nearer, make the utensil integral structure simpler because not needing to add miscellaneous part between the two.
It is this that can to take out utensil structure tolerant in the container simple, easy to use, of many uses.Single pressurization taking-up amount can be very big, also can be very little; Can arbitrarily take out according to experience, also can quantitatively take out; Both open containers can be used in, also closed container can be used for.
The present invention also provides a kind of above-mentioned container that can take out utensil structure tolerant in the container that has.
The tolerant container that a kind of daily use is held, comprise container body, pressure-producing part, pressure transmission passage, flow pass, described pressure-producing part is used for pressurizeing in the pressure transmission passage, the pressure transmission passage transmits described pressure-producing part applied pressure by the transmission medium of channel interior, and flow pass is by supplying the tolerant passage that flows out and can prevent tolerant refluence outside described container body; And, also comprise and hold tolerant extracting portion part, described extracting portion part connects described pressure transmission passage, is positioned at the bottom of described container body inside, be provided with container in the tolerant opening that is communicated with; When using the pressurization of described pressure-producing part, described opening is closed under pressure, the institute in the part of described extracting portion tolerant under the pressure effect that the transmission of described pressure transmission passage comes through described flow pass outflow; Described pressure-producing part, flow pass, extracting portion part are provided with reset attachment and/or have the performance of elastic recovery, are back to the position at the preceding place of pressurization after making described transmission medium stop to pressurize.
Reset attachment and/or the performance with elastic recovery can allow described transmission medium be back in pressure transmission passage or the pressure-producing part, and then produce negative pressure in the part of extracting portion, make tolerant the entering easily in the part of extracting portion in the container.
This container has overcome the variety of problems that exists in the prior art container, has the following advantages:
Convenient to remove.Because the extracting portion part is positioned at the bottom of container, so even in the container institute tolerant use last, also can with just bring into use the same convenient.
Prevent from polluting.This utensil is taken institute when tolerant, and container does not need to be inverted, and air, bacterium, particulate can be not frequently and tolerant the contact, can effectively prevent tolerant pollution.
Can accurately take out.Owing to only need the tolerant pressurization of a part in extracting portion part, the flow pass, and compression aspect and the tolerant outflow direction of institute are consistent, and the required strength of pressurizeing is less, can realize accurate taking-up, quantitative taking-up; Also can satisfy the required pressure demand of spray nozzle or foam generating device.
Simple in structure, practical, not fragile.The extracting portion part is positioned at internal tank, has reduced material usage, can prevent effectively that also the interface of extracting portion part and pressure transmission passage, flow pass from revealing the stained and waste that causes.
Of many uses, it is tolerant to be used for the higher institute of viscosity and denseness.
Further, the interior transmission medium adjacent with the extracting portion part of the described pressure transmission passage of said vesse is tolerant identical with institute.Both compositions are identical, can prevent from causing because composition is different taking-up tolerantly polluted by the transmission medium in the pressure transmission passage.Partially liq is identical, and especially only contact portion liquid is identical, can cost-cutting.
Further, the described extracting portion part of said vesse or flow pass are that transparent material is made, and indicate indication flow out the scale of tolerant volume or length.Can allow the user know discharge in real time like this, realize quantitative fetching.
Further, the described extracting portion part of said vesse is positioned at described container body bottom peripheral groove.So arrange, even tolerant using can be removed at last smoothly, and make things convenient for the tolerant situation that enters extracting portion part and outflow of user observation post.
Further, the described pressure transmission passage of said vesse is described pressure-producing part.If the pressure transmission passage can be realized pressurization function, the pressure transmission passage also is pressure-producing part, in fact also can think and save pressure-producing part.
Further, be liquid in the described pressure-producing part of said vesse and/or the pressure transmission passage, and be marked with scale at described pressure-producing part and/or pressure transmission conduit wall, the volume of the liquid that flows out when being used to indicate pressurization.As previously mentioned, because the incompressibility of liquid is liquid in pressure-producing part or the pressure transmission passage, then pressure-producing part and pressure transmission passage discharge equal the tolerant discharge of flow pass.According to the scale that pressure-producing part or flow pass wall are marked with, just can know tolerant discharge, realize quantitatively taking out.
Further, the described pressure-producing part of said vesse is straight-tube shape, by the piston pressurization, indicates scale from piston to the pressure transmission channel direction.This pressure-producing part is simple in structure, and flexible operation is quantitatively more directly perceived.
Further, the volume of the described container body of said vesse reduces with tolerant minimizing.The power that makes the volume reducing of container body is barometric pressure.When in the container tolerant minimizing, external pressure compressing container body moveable part moves, and makes the container body volume reducing to make the container body internal and external pressure balance, makes tolerant taking-up can continue to carry out.Because the volume of container body initiatively reduces, extraneous gas or impurity have no chance to enter container body inside, can prevent up hill and dale that institute is tolerant by ambient atmos or contaminating impurity, oxidation, rotten.
Further, arrange on the described container body of said vesse in the container body the device of tolerant pressurization.Arrange on the container body in the container body the device of tolerant pressurization both can make the volume reducing of container body usually, make the container body internal and external pressure balance, play above-mentioned prevent tolerant by ambient atmos or contaminating impurity, oxidation, rotten effect, again can be by initiatively pressurization, can make the tolerant extracting portion part that enters more easily, tolerant more favourable to taking out the bigger institute of viscosity and denseness.
Further, the described container body of said vesse is provided with the import of outside air, and described import is air filtration, purification or deoxidation device, perhaps in the inflatable collection gas device that swells of the container body installed inside of described import.So also can avoid tolerant and extraneous various objectionable impurities to contact, can prevent tolerant contaminated, the oxidation, rotten of institute.
Further, the flow export of the described flow pass of said vesse is equipped with atomising installation or foam generating device.Because the manual pressure parts can provide the bigger pressure that continues, pressure acts on part termination, extracting portion, so can access the spraying or the foam that continue of long period when using.
This container has overcome the variety of problems that exists in the prior art container equally, possess convenient to remove, prevent from polluting, can accurately take out, simple in structure, practical, advantage such as not fragile, of many uses.Simultaneously, the characteristics that this container is can capacity big, can recycle reduce the application of various packings such as plastics, are conducive to alleviate environmental pollution pressure.
The present invention also proposes a kind of tolerant method in the container of taking out, and may further comprise the steps:
, promote the interior transmission medium of pressure transmission passage and move to the pressurization of pressure transmission passage with pressure-producing part; Described transmission medium promotes the opening of the extracting portion part in container body and closes; It is outwards mobile that tolerant longshore current in the part of described transmission medium promotion extracting portion goes out passage; Pressure-producing part stops pressurization, and the institute in the part of described extracting portion is tolerant to stop outside outflow; Described transmission medium refluxes along the pressure transmission passage, and the opening of described extracting portion part in container body opened; In the container body tolerantly enter the extracting portion part from the described extracting portion opening of part in container body.
Further, this removing method prevents tolerant backflow in the flow pass by one-way cock is set in flow pass.One-way cock can be realized the auto-closing unlatching, and is simple and practical, not fragile.
Further, the described transmission medium of this removing method impels the described extracting portion opening of part in container body to close by promoting extracting portion part stretching, extension.Extracting portion part stretching, extension mode is closed the opening of extracting portion part in container body, can make it include the extracting portion part under the tolerant mobile situation, be applicable to that to take out the higher institute of larger capacity, viscosity or denseness tolerant.
Further, this removing method moves by described transmission medium promotion valve and closes the opening of described extracting portion part in container body.
Further, this removing method expands inflatable original paper by described transmission medium pressurization and closes the opening of described extracting portion part in container body.
Further, this removing method makes described transmission medium reflux along the pressure transmission passage by pressure-producing part or pressure transmission passage generation negative pressure.
Further, this removing method impels described transmission medium to reflux by making described transmission medium reset attachment at described extracting portion part or the setting of described pressure transmission passage.
Further, the described pressure-producing part of this removing method can produce negative pressure, and/or described extracting portion part or described pressure transmission passage are provided with the device that described transmission medium is resetted.
Further, be liquid in the described pressure-producing part of this removing method and the pressure transmission passage, the tolerant volume of taking-up pushes described pressure-producing part by equal-volume or the pressure transmission passage is determined.
Further, be gas in the described pressure-producing part of this removing method and the pressure transmission passage, described extracting portion part or flow pass setting with the control air flue outer vent that moves of tolerant outflow, another outlet of control air flue is communicated with described pressure-producing part or pressure transmission passage, the tolerant volume that takes out is determined by the distance that control air flue outer vent moves, when control air flue outer vent moved to the position of setting, control air flue outer vent was communicated with outside air.
Tolerant method in this taking-up container, step is simple, operation easily, quantitatively accurately, the duplicability height is fit to the daily life needs very much.
The invention still further relates to and describedly can take out method tolerant in utensil tolerant in the container, the container that uses described utensil, the described taking-up container in the application of food, cosmetics of everyday use, sterile products, medicine field.It is simple to structure (operation), quantitatively accurately and the high requirement of duplicability to satisfy these fields, simultaneously its part technical scheme can prevent also that these field products are contaminated, oxidation, rotten or volatilization.
It is tolerant that utensil, container and the removing method that this invention proposes can take out the interior institute of container easily, avoided tolerant rotten and pollution; Can also realize quantitatively, limit the quantity of and take, make take at every turn the tolerant amount that is no more than even equals to set, avoided excessive take the tolerant waste that causes and environmental pollution; Because can capacity big and can recycle, also help and alleviate especially plastic wrapping pressure that environment is caused of various packings.
Description of drawings
Fig. 1 is the structural representation of embodiment 1 described utensil;
Fig. 2 is the structural representation of embodiment 2 described utensils;
Fig. 3 is the structural representation of embodiment 3 described utensils;
Fig. 4 is the A portion enlarged drawing of Fig. 3;
Fig. 5 is the structural representation of embodiment 4 described containers;
Fig. 6 is the B portion enlarged drawing of Fig. 5;
Fig. 7 is the structural representation of embodiment 5 described containers;
Fig. 8 is the structural representation of embodiment 6 described containers;
Fig. 9 is the C portion enlarged drawing of Fig. 8.
The specific embodiment
Embodiment 1
As shown in Figure 1, by a kind ofly can conveniently taking out tolerant utensil according to the embodiment of the invention 1 is described.This utensil comprises pressurised airbag 101, pressure transmission path 10 2, extracting portion part 103 and flow pass 104.Pressurised airbag 101 has only an opening that leads to pressure transmission path 10 2, itself possesses restorable function, can stop the back resilience of pressurizeing, and makes and produces negative pressure in the pressure transmission path 10 2.In the pressure transmission path 10 2 for tolerant identical liquid 105, piston 106 is arranged at liquid 105 tops, piston 106 is the interior liquid 105 of the interior gas of pressurised airbag 101 and pressure transmission path 10 2 separately.Be connected with spring 113 on the piston 106, spring 113 other ends are fixed on pressure transmission path 10 2 inwalls.The effect of the negative pressure that spring 113 and pressurised airbag 101 produces is the same, makes pressure transmission path 10 2 inner carriers 106 return to the position at the preceding place of pressurization after stopping to pressurize.Pressure transmission path 10 2 is made by transparent material, outer wall is marked with scale 110, the position at the preceding place of piston 106 pressurization is initial point, and other scales indicate is the volume of liquid 105 in the pressure transmission path 10 2 in the length of the length of this graduation range initial point or this graduation range initial point.
Be provided with in the flow pass 4 prevent the check valve 111 of tolerant refluence.At the opening part of flow pass 104, be provided with spray nozzle 112.
When using this utensil, in the institute of before this extracting portion part 103 of utensil being submerged is tolerant, make that institute is tolerant to enter extracting portion part 103 by opening 107.Extruding pressurised airbag 101 promotes piston 106 and moves down, and pressure transmission path 10 2 interior liquid 105 are moved to extracting portion part 103.Spheroid 109 falls under the tolerant pressure effect in extracting portion part 103 in the opening 107, blocks pipeline 108.The pressure of sealing opening 107 is the difference of pressure between tolerant inside and outside the extracting portion part 103.Part 103 interior tolerant longshore currents under pressure in extracting portion go out path 10 4 and outwards flow, ejection after spray nozzle 112 atomizings.When piston 106 moves to the volume markings place of anticipation taking-up, stop pressurization, tolerant the stopping of institute sprays.Pressurised airbag 101 resiliences, spring 113 restores, and makes piston 106 and liquid 105 get back to the position at the preceding place of pressurization, and check valve 111 is closed, and produces negative pressure in the extracting portion part 103, and spheroid 109 rises, and opening 107 is opened, in institute's tolerant inflow extracting portion part 103.Utensil is got ready for taking out next time.
Embodiment 2
As shown in Figure 2, by a kind ofly can conveniently taking tolerant utensil according to embodiment 2 is described.This utensil comprises container pressure-producing part 201, pressure transmission passage 202, extracting portion part 203 and flow pass 204.
Pressure-producing part 201 comprises piston 211, handle 212 and retracing spring 213.
The internal diameter of extracting portion part 203 is identical with pressure transmission passage 202, is provided with opening 207 in its underpart, and opening 207 shapes and stopper 226 match.Opening 207 is positioned at the top of stopper 226, and when piston 224 moved up, stopper 226 can be blocked opening 207.
Establish check valve 206 in the flow pass 204, prevent tolerant backflow.
Use this utensil to take out institute at tolerant 205 o'clock, move down by pressing handle 212 promotion pistons 211 downwards, make pressure transmission passage 202 interior liquid 221 pressurizeds flow downward.Branched bottom 223 inner carriers 224 pressurizeds move up, and make stopper 226 block the opening 207 of extracting portion part 203.The pressure of sealing opening 207 is the difference of pressure between transmission medium 221 and the extracting portion part 203 outer tolerant 205.Piston 222 moves to extracting portion part 203 directions under pressure, and part 203 interior tolerant 205 longshore currents in promotion extracting portion go out passage 204 and outwards flow out.When piston 211 moves to the preposition place, stop to move down, institute tolerant 205 stops outside outflow.
Stop pressurization, retracing spring 213 driving handles 212 move up, and drive piston 211 and progressively get back to the preceding initial position of pressurization.Liquid 221 refluxes in branched bottom 223 and the pressure transmission passage 202.Branched bottom 223 internal pressures descend, and under the effect of spring 225, piston 224 moves down, and opening 207 is opened.Pressure transmission passage 202 internal pressures descend, and piston 222 moves to pressure transmission passage 202 directions, and part 203 internal pressures in extracting portion reduce.Because flow pass 204 internal check valves 206 cut out, part 203 outside institutes tolerant 205 in extracting portion enter extracting portion part 203 along opening 207 under pressure.Utensil has been carried out the preparation of taking next time.
Embodiment 3
As shown in Figure 3, Figure 4, by a kind ofly can conveniently taking tolerant utensil according to embodiment 3 is described, Fig. 4 is the A portion enlarged drawing of Fig. 3.This utensil comprises pressurised airbag 301, pressure transmission passage 302, extracting portion part 303 and flow pass 304.Pressurised airbag 301 is only led to two openings of pressure transmission passage 302 and control air flue 305.Pressurised airbag 301 possesses restorable function, can stop the back resilience of pressurizeing, and makes in pressure transmission passage 302 and the control air flue 305 and produces negative pressure.
Use this utensil to take institute when tolerant, extruding pressurised airbag 301, gas arrives pommels 312 through control air flue 305, promotes slide plates 308 by pommel 312 and moves along slideway 313, and slide plate 308 is moved to the left, and has sealed opening 307.The pressure of sealing opening 307 is the difference of pressure between tolerant outside pressure-producing part 301 and the extracting portion part 303.Pressure transmission passage 302 pressurizeds move down transmission medium 311 (namely institute is tolerant), and institute is tolerant outwards flows out through extracting portion part 303 and flow pass 304.
After taking out the volume that needs, stop to push pressurised airbag 301, pressurised airbag 301 resiliences produce negative pressure.Control air flue 305 adds the withdrawal of elastomeric element 306 because internal pressure descends, pommel 312 withdrawals.Slide plate 308 moves right along slideway 313, has opened opening 307.Transmission medium 311 is refluxed by negative pressure in the pressure transmission passage 302, and valve 309 is closed, and institute is tolerant in the container body enters extracting portion part 303 by valve 307.Transmission medium 311 in the pressure transmission passage 302 is got back to the position at the preceding place of pressurization.Utensil is ready for take next time.
Embodiment 4
As shown in Figure 5, by a kind ofly can conveniently taking tolerant container according to embodiment 4 is described, Fig. 6 is the B portion enlarged drawing of Fig. 5.This container comprises container body 415, on establish opening 414.Can prevent bacterium, dust but the device that can allow a small amount of gas enter seals this opening in the tolerant 410 back usefulness of the intact institute of can, such as the device that comprises porous body or filtering membrane.Pressure-producing part 401 comprises pressurizing chamber 416 and is positioned at the piston 417 that can move up and down on the pressurizing chamber 416.Piston 417 sealing pressurizing chambers 416, a part is exposed pressurizing chamber 416 tops.Pressurizing chamber 416 is communicated with pressure transmission passage 402, and both are full of by identical liquid 411.Pressure transmission passage 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 sides are liquid 411 (transmission medium), and the left side is by tolerant 410, and the right side is connected with the other end and is fixed on spring 406 on pressure transmission passage 402 inwalls.
The ad-hoc location in extracting portion part 403 internal pistons 405 left sides, handicapping ends parts 408, continues to be moved to the left after prevention piston 405 arrives herein under pressure.Opening 407 is arranged at extracting portion part 403 bottoms.Establish stopper 412 in the opening 407, when stopper drops on for 412 times on the opening 407, can sealed open 407.Stopper 412 has long tail end, can prevent that stopper 412 from leaving the position at opening 407 places when rising.Opening 407 is positioned at the groove 413 of container body 415 lowest parts.
Establish outside one-way cock 409 in the flow pass 404.
When using this container, press down at every turn piston 417 just can be fixed volume the institute tolerant.Concrete operations are as follows:
Press down piston 417, liquid 411 pressurizeds in pressurizing chamber 416 and the pressure transmission passage 402 move, and promote piston 405 and are moved to the left, and stopper 412 pressurizeds are blocked opening 407, and piston 405 promotes extracting portion part 403 interior tolerant 410 longshore currents and goes out passage 404 outflows.The pressure of sealing opening 407 is the difference of pressure between tolerant inside and outside the extracting portion part 403.When piston 405 moved to the position that stops parts 408 places, piston 405 stopped mobile, and institute tolerant 410 stops outside outflow in the container body 415.The volume that flows out is the tolerant volume between pressurization secondary piston 405 and the prevention parts 408.
Stop to piston 417 pressurizations, piston 405 sets back under the effect of spring 406, and liquid 411 and piston 417 are pushed and set back.Because valve 409 closes, negative pressure appears in the extracting portion part 403, and stopper 412 is opened by jack-up, and institute tolerant 410 enters extracting portion part 403 along opening 407 in the container body 415.Enter container body top with taking out tolerant isopyknic extraneous gas by opening 414, external and internal pressure is balance progressively, and container is got ready after taking out next time.
Embodiment 5
As shown in Figure 7, by a kind ofly can conveniently taking tolerant container according to embodiment 5 is described.This container comprises container body 515, on establish opening 514.At the intact institute of can this opening 514 of tolerant 508 rear encloseds, do not allow any material enter container body 515.Container body 515 tops are made by flexible material, and the volume of container body 515 reduces with the minimizing of inner tolerant volume under atmospheric effect.
Use this container to take institute when tolerant, extruding pressurised airbag 501, piston 511 pressurizeds move down, transmission medium 513 pressurizeds between piston 511 and the piston 512 enter inflatable sac circle group 506 by pipeline 505, inflatable sac circle group 506 expands, promote extracting portion part 503 and be moved to the left, with flow pass 504 initiating terminal sockets, opening 507 sealings.The pressure of sealing opening 507 is the difference of pressure between tolerant outside transmission medium 513 and the extracting portion part 503.Subsequently, transmission medium 513 is delivered to piston 512 and transmission medium 508 with the pressure of piston 511, and institute tolerant 508 outwards flows out through flow pass under pressure in the extracting portion part 503.When piston 512 moves to the target location, stop pressurization, institute tolerant 508 stops outside outflow.
Stop to push pressurised airbag 501, pressurised airbag 501 resiliences, piston 511 moves up, pressure between piston 511 and the piston 512 reduces, transmission medium 513 refluxes, 506 withdrawals of inflatable sac circle group, and the opening 507 between extracting portion part 503 and the flow pass 504 is opened.Subsequently, piston 512 is also because negative pressure moves up, and transmission medium 508 moves up.Valve 509 is closed.Institute tolerant 508 in the container body 515 enters in the extracting portion part 503 from opening 507.Pressurised airbag 501 is restored, and piston 511, transmission medium 513, piston 512 and transmission medium 508 are got back to the position at the preceding place of pressurization.Container body 515 top softs fall, make container body 515 dwindled with take out the tolerant volume that equates.Container body 515 external and internal pressures are balance progressively, and container is got ready after taking out next time.
The method of container body 515 internal and external pressure balances also is included in piston is installed on the container body, when container body institute is tolerant progressively taken out after, piston is progressively mobile in the container body under the barometric pressure effect, reduces container body volume etc.
Also can the piston on container body be installed by handle, by the tolerant pressurization of handle in the container body.So setting both can make the container external and internal pressure can keep balance after the tolerant taking-up of institute, was conducive to impel tolerant entering in the part of extracting portion in the container again.
Embodiment 6
As shown in Figure 8, by a kind ofly can conveniently taking tolerant container according to embodiment 6 is described, Fig. 9 is the C portion enlarged drawing of Fig. 8.This container comprises container body 612, on establish opening 613.The unidirectional papery valve sealing that these opening 613 usefulness multilayers can allow a small amount of gas enter.Pressure-producing part 601 is the resilient bladder (also being the pressure transmission passage) of strip, has only an opening that is communicated with extracting portion part 603, is full of transmission medium 602.
Extracting portion part 603 is positioned on the slide rail 605, can horizontally slip along slide rail 605.Slide rail 605 is positioned on the pressure transmission passage afterbody inwall.Seal between extracting portion part 603 and the pressure transmission passage afterbody inwall, institute is tolerant can not to pass through with transmission medium 602.Piston 606 is positioned at extracting portion part 603, can be in extracting portion part 603 sway.The friction force of extracting portion part 603 and slide rail 605 is less than the friction force of piston 606 with extracting portion part 603.Piston 606 right-hand members are connected on the pressure transmission vias inner walls by elastomeric element 610.When not pressurizeing, have between extracting portion part 603 and the flow pass 604 at interval, namely opening 607.During pressurization, extracting portion part 603 skids off, with pullover 608 fits of flow pass 604 initiating terminals, and opening 607 sealings.One-way cock 609 is arranged in the flow pass 604, and flow export is equipped with foam production device 614.
Use this container to take institute when tolerant, extruding pressurised airbag 601, transmission medium 602 pressurizeds in it move down.Extracting portion part 603 is moved to the left at the effect lower edge of pressure slide rail, with pullover 608 fits of flow pass 604 initiating terminals, and sealing opening 607.Described pressure by transmission medium 602 and tolerant between difference of pressure.Along with pressure strengthens, piston 606 pressurizeds are moved to the left, and promote in the extracting portion part 603 institute tolerant 611 and outwards flow out after flow pass 604 and foam production device 614 become foam.
Stop to push pressurised airbag 601, pressurised airbag 601 resiliences, transmission medium 602 moves up, and extracting portion part 603 and piston 606 move right under the effect of negative pressure and elastomeric element 610, and the opening 607 between extracting portion part 603 and the flow pass 604 is opened.Valve 609 is closed.Institute tolerant 611 in the container body 612 enters in the extracting portion part 603 from opening 607.Pressurised airbag 601 is restored, and transmission medium 602, piston 606 and extracting portion part 603 are got back to the position at the preceding place of pressurization.Enter container body top with taking out tolerant isopyknic extraneous gas by opening 613, external and internal pressure is balance progressively, and container is got ready after taking out next time.
Although illustrated and described embodiments of the invention, for the ordinary skill in the art, be appreciated that without departing from the principles and spirit of the present invention and can carry out multiple variation, modification, replacement, modification and combination to these embodiment.Scope of the present invention is limited by claims and equivalent thereof.
Claims (10)
1. container that holds articles for daily use, comprise container body, pressure-producing part, pressure transmission passage, flow pass, described pressure-producing part is used for pressurizeing in the pressure transmission passage, the pressure transmission passage transmits described pressure-producing part applied pressure by the transmission medium of channel interior, and flow pass is by supplying the tolerant passage that flows out and can prevent tolerant refluence outside described container body;
It is characterized in that also comprise and hold tolerant extracting portion part, described extracting portion part connects described pressure transmission passage, is positioned at the bottom of described container body inside, be provided with container in the tolerant opening that is communicated with;
When using the pressurization of described pressure-producing part, described opening is closed under pressure, the institute in the part of described extracting portion tolerant under the pressure effect that the transmission of described pressure transmission passage comes through described flow pass outflow;
Described pressure-producing part, flow pass, extracting portion part are provided with reset attachment and/or have the performance of elastic recovery, are back to the position at the preceding place of pressurization after making described transmission medium stop to pressurize.
2. container as claimed in claim 1 is characterized in that, transmission medium adjacent with the extracting portion part in the described pressure transmission passage is tolerant identical with institute.
3. container as claimed in claim 1, it is characterized in that, described container body is provided with the import of outside air, and described import is air filtration, purification or deoxidation device, perhaps in the inflatable collection gas device that swells of the container body installed inside of described import.
4. container as claimed in claim 1 is characterized in that, described extracting portion part or flow pass are that transparent material is made, and indicate indication flow out the scale of tolerant volume or length.
5. container as claimed in claim 1 is characterized in that, the flow export that described extracting portion part is positioned at described container body bottom peripheral groove and/or described flow pass is equipped with atomising installation or foam generating device.
6. container as claimed in claim 1 is characterized in that, described pressure transmission passage is described pressure-producing part.
7. container as claimed in claim 1 is characterized in that, the volume of described container body reduces with tolerant minimizing.
8. container as claimed in claim 1 is characterized in that, arrange on the described container body in the container body the device of tolerant pressurization.
9. container as claimed in claim 1 is characterized in that, is liquid in described pressure-producing part and/or the pressure transmission passage, and is marked with scale at described pressure-producing part and/or pressure transmission conduit wall, the volume of the liquid that flows out when being used to indicate pressurization.
10. container as claimed in claim 9 is characterized in that, described pressure-producing part is straight-tube shape, by the piston pressurization, indicates scale from piston to the pressure transmission channel direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210029701.9A CN103241465B (en) | 2012-02-10 | 2012-02-10 | Container for accommodating daily supplies |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210029701.9A CN103241465B (en) | 2012-02-10 | 2012-02-10 | Container for accommodating daily supplies |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103241465A true CN103241465A (en) | 2013-08-14 |
| CN103241465B CN103241465B (en) | 2017-02-15 |
Family
ID=48921390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210029701.9A Active CN103241465B (en) | 2012-02-10 | 2012-02-10 | Container for accommodating daily supplies |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103241465B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573016A (en) * | 2020-05-22 | 2020-08-25 | 临沂卡影思化妆品有限公司 | Emulsion packaging bottle for cosmetics based on air pressure pushing |
Citations (6)
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|---|---|---|---|---|
| US3300102A (en) * | 1965-03-12 | 1967-01-24 | Budzich Tadeusz | Inflatable bag fluid dispensing device |
| FR2510071A1 (en) * | 1981-07-24 | 1983-01-28 | Normos Annie | Distributor for viscous product - has piston with nozzle and compression diaphragm connected to opposite sides |
| US4383622A (en) * | 1981-03-09 | 1983-05-17 | Guth Durward O | Sanitary washbottle kit assembly |
| 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 |
| CN202449415U (en) * | 2012-02-10 | 2012-09-26 | 北京红海科技开发有限公司 | Container for daily life |
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2012
- 2012-02-10 CN CN201210029701.9A patent/CN103241465B/en active Active
Patent Citations (6)
| 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 |
| FR2510071A1 (en) * | 1981-07-24 | 1983-01-28 | Normos Annie | Distributor for viscous product - has piston with nozzle and compression diaphragm connected to opposite sides |
| 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 |
| CN202449415U (en) * | 2012-02-10 | 2012-09-26 | 北京红海科技开发有限公司 | Container for daily life |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573016A (en) * | 2020-05-22 | 2020-08-25 | 临沂卡影思化妆品有限公司 | Emulsion packaging bottle for cosmetics based on air pressure pushing |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103241465B (en) | 2017-02-15 |
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