CN103158946B - Method capable of quantificationally taking out objects contained in container - Google Patents
Method capable of quantificationally taking out objects contained in container Download PDFInfo
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- CN103158946B CN103158946B CN201110418295.0A CN201110418295A CN103158946B CN 103158946 B CN103158946 B CN 103158946B CN 201110418295 A CN201110418295 A CN 201110418295A CN 103158946 B CN103158946 B CN 103158946B
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Abstract
The invention provides a method capable of quantificationally taking out objects contained in a container. The method includes the steps that one end of an outflow channel is placed under a liquid level of the container, the other end of the outflow channel is placed outside the container; an inner end opening of a control air flue is communicated with an gas compartment inside the container, an outer end opening of the control air flue is placed outside the container; the distance between a small sealing part and the outer end opening of the control air flue is determined according to the volume of the contained objects needed to be taken out; each opening of the container is sealed by a large sealing part, the container is pressurized by a pressurization part, the contained objects outward flow along the outflow channel, a mobile part is driven to move; the outer end opening of the control air flue or the small sealing part is driven by the mobile part to move; and out-taking process is over when the outer end opening of the control air flue or the small sealing part moves until the outer end opening of the control air flue is communicated with external gas. The method capable of quantificationally taking out the objects contained in the container has the advantages of being capable of having functions of quantity-limitedly and quantificationally taking out, having good environment adaptability, being repeatedly used, avoiding waste and pollution and improving scientific living standard of people.
Description
Technical field
The present invention relates to a kind of tolerant method that flies in taking-up container, particularly can limit the quantity, quantitatively take out method tolerant in container.
Background technology
Along with growth in the living standard, the scientific consciousness of resident also progressively strengthens, and scientist, to the details in life, use the oil mass of such as eating three meals a day, have also been obtained general response with the proposal of soy sauce amount, at every turn toothpaste dosage.But, container conventional in present resident living, as held the container of oil, sauce, vinegar and toothpaste, the function of all do not limit the quantity, quantitatively taking out.Each use is all help himself freely to by rule of thumb.Can add again when getting few, but get many just to only have multiplex.Actual amount is excessive, and the proposal of scientist can not get implementing; The quantity of taking for each time is different, makes the effect of the practical experiences such as menu can not get reappearing.
Present quantitative fetching liquid oral medicine has two kinds of methods, and one utilizes container originally to have scale with it, and two is by other graduated containers.The just general volume that first method is taken, and if to have got excessive pretty troublesome: refund and may pollute whole bottle medicine, do not refund and cannot process.The second has the method for graduated vessels to exist equally by other may to get excessive problem, pollute or waste.
Other liquid, such as fluid chemical raw material, pure water, beverage etc., because container volume is comparatively large, being difficult to by being inverted taking-up institute tolerant, can only being taken out by upper opening or lower openings.Being taken out by upper opening often needs opening comparatively large, and taking-up process is difficult to avoid by bacterium or contaminating impurity and go bad.Being taken out by lower openings needs opening can bear certain pressure, prevents liquid from surprisingly flowing out from this opening.
People need a kind of simple, practical method that can conveniently take, and the method may be used for multiple container, no matter and the quantity limitation of vessel port, repeatedly to use, and the function possessing limitation, quantitatively take out.
Summary of the invention
The present invention be intended to solve in prior art exist do not take problem tolerant in container easily, there is provided a kind of and conveniently can take utensil tolerant in container, this utensil comprises pressure-producing part and flow pass, described pressure-producing part is used for insufflation gas pressurization in container, impel tolerant outside outflow, under described flow pass one end is positioned at container liquid level, the other end is positioned at outside container, for tolerant outside outflow
And this container also comprises large sealing element, controls air flue, moving-member and little sealing element;
Described large sealing element is used for airtight container, makes container only leave the opening passed through for gas-pressurized, flow pass and control air flue;
In described control air flue, end opening is connected with gas in container space, and outer end opening is positioned at outside container;
Described little sealing element can seal described control air flue outer end opening within the scope of certain length;
Described moving-member is mobile with tolerant outflow, and drives described control air flue outer end opening or described little sealing element to move.
The function that this utensil possesses limitation, quantitatively takes out.Starting by regulating pressurize front little sealing element and the distance controlling air flue outer end opening, each limitation can be regulated, quantitatively take out tolerant volume.
This utensil has good compatible with environment, regardless of the shape before this container, open amount, as long as this container can tolerate certain pressure, tolerantly possess certain flowing power, this utensil just can be limited the quantity, it is tolerant quantitatively to take out institute in it, and can repeatedly use.
This utensil can repeatedly use.After certain container is taken, this utensil can also take out and be used on other container, does not affect its limitation, quantitatively takes out function.
Especially, thisly quantitatively can take out utensil tolerant in container, pressures partially insufflation gas in the inflatable device swollen in container; By insufflation gas in the device swollen inflatable in container, the gas be filled with can be concentrated in the inflatable device swollen, like this, while pressurizeing in container, prevent the gas added to contact with institute is tolerant, avoid adding gas to tolerant pollution.
Especially, controlling end opening in air flue can be communicated with in the described inflatable device swollen, and makes the gas being filled with at every turn and discharging be all in the inflatable device swollen like this, makes repeatedly to use still to prevent gas from contacting with institute is tolerant.
Especially, this interior tolerant inflatable device swollen of utensil of container that can quantitatively take out is without nerve.Device without nerve can prevent each inflation from all needing to add the pressure that too many gas just can reach needs.
Especially, this interior tolerant utensil pressure-producing part of container that can quantitatively take out is pressurizeed in container by function unit.So can avoid occurring too many pipeline, have better air-tightness, prevent controlling air flue damaged, and function unit is more sensitive to container inner pressure reaction.
Especially, this interior tolerant utensil pressurized gas passage of container of can quantitatively taking out divides merging with control air flue at internal tank.So can avoid occurring too many pipeline, have better air-tightness, and it is damaged to prevent controlling air flue.
Especially, thisly quantitatively can take out utensil tolerant in container and control air flue and/or pressurized gas passage is positioned at described flow pass.So can avoid occurring too many pipeline, have better air-tightness, and it is damaged to prevent controlling air flue.
Especially, this interior tolerant utensil pressurized gas passage, flow pass and the control air flue of container that can quantitatively take out is fixed together by a large sealing element.Also be so can avoid occurring too many pipeline, have better air-tightness, and it is damaged to prevent controlling air flue, pressurized gas passage and flow pass.
It is especially, this that quantitatively can to take out the tolerant large sealing element of utensil in container be truncated cone-shaped or the taper shape that lateral surface has many ring resiliences fin.The sealing element of this shape has good leak tightness and comformability, can be used for the opening of different bore.
It is especially, this that quantitatively can to take out the tolerant large sealing element of utensil in container be the inflatable parts swollen.The sealing element of this shape has good leak tightness and comformability, can be used for the opening of different bore.
Especially, this can quantitatively take out tolerant utensil moving-member in container be fixed on described flow pass, runner that part covering of the fan contacts with effluent in described flow pass.This carousel-type moving-member can be sensitiveer mobile with tolerant outflow, and have larger moment.
Especially, the axle of runner is provided with gear, and outer end opening described in described gear driven or described little sealing element move.Object is also utilize larger moment that described outer end opening or described little sealing element are moved.
Especially, thisly quantitatively can take out the strip plate object that the tolerant little sealing element of utensil in container is band sawtooth, the gears meshing in described plate object sawtooth and described runner rotating shaft.This combination can be sensitive transmission the signal of tolerant flowing.
Especially, can quantitatively take out utensil tolerant in container to this, according to the distance of described control air flue outer end opening and described little sealing element relative movement, corresponding distance indicate now the length of tolerant outflow or volume.Limitation, quantitatively taking-up can be made so more directly perceived.
In addition, application claims protection is a kind of quantitatively can take out method tolerant in container, and the method comprises the following steps:
Pressure-producing part is in can to the position of insufflation gas pressurization in container; Under flow pass one end is positioned at vessel level, the other end is positioned at outside container; Control end opening in air flue to be connected with gas in container space, outer end opening is positioned at outside container;
The tolerant volume taken out as required, determines the distance needing relative movement between little sealing element and control air flue outer end opening;
With large each opening of sealing element airtight container, container is made only to leave the opening passed through for gas-pressurized, flow pass and control air flue;
Use pressure-producing part to pressurize in container, institute is tolerantly outwards flowed out along flow pass, drive moving-member to move;
Moving-member drives control air flue outer end opening or little sealing element to move;
When control air flue outer end opening or little sealing element move to control air flue outer end opening be communicated with ambient atmos time, taking-up process terminates.
Method tolerant in this taking-up container is simple, practical, has good comformability, goes for various container, can repeatedly use.
Especially, in this quantitative taking-up container, tolerant method can use the inflatable device swollen as large sealing element, each opening of closed container.
Especially, in this quantitative taking-up container, tolerant method can use lateral surface to have the round platform of many ring resiliences fin or circular cone as large sealing element, each opening of closed container.
Especially, the gas that tolerant method can make described pressure-producing part pressurize in container to be filled with in this quantitative taking-up container is positioned at the inflatable device swollen of container.
Especially, tolerant in this quantitative taking-up container method controls end opening in air flue and can open in the described inflatable device swollen.
Especially, method tolerant in this quantitative taking-up container, can according to the distance of described control air flue outer end opening with described little sealing element relative movement, corresponding distance sign now the volume of tolerant outflow.
Especially, method tolerant in this quantitative taking-up container, can be positioned at outside container by end opening in described control air flue, be communicated with by described pressure-producing part with gas in container space.
Especially, method tolerant in this quantitative taking-up container, the tolerant outside moving-member flowing out drive of described institute can be the runner being fixed on described flow pass, part covering of the fan contacts with effluent in described flow pass.
Especially, method tolerant in this quantitative taking-up container, controls air flue outer end opening or described little sealing element described in the gear driven that described runner can be made to be provided with by axle.
Especially, method tolerant in this quantitative taking-up container, can use the strip plate object of band sawtooth as described little sealing element; Gears meshing in described plate object sawtooth and described runner rotating shaft.
It is tolerant that the utensil that this invention proposes and removing method can take out institute in various container easily, realizes limitation, quantitative fetching, make to take at every turn tolerant being no more than even equal set amount.This is conducive to the science living standard improving people, is conducive to protecting institute tolerant better, and by repeated usage utensil, avoids waste and environmental pollution.
Accompanying drawing explanation
Fig. 1 is the structural representation of container described in embodiment 1;
Fig. 2 is the A portion enlarged drawing of Fig. 1;
Fig. 3 is the structural representation of container described in embodiment 2;
Fig. 4 is the front view of piston 6 when slide plate 9 resets described in embodiment 2;
Fig. 5 is the front view of piston 6 described in embodiment 2 when pressurizeing.
Fig. 6 is the structural representation of container described in embodiment 3;
Fig. 7 is the runner top partial view diagram of Fig. 6.。
Detailed description of the invention
Embodiment 1
As shown in Figure 1, by a kind of according to the embodiment of the present invention 1 can conveniently take out utensil tolerant in container, Fig. 2 is the A portion enlarged drawing of Fig. 1.This utensil can be used for taking lotion, comprises pressurised airbag 1, controls air flue 2, flow pass 3 and the large sealing element 4 for airtight container.Controlling air flue 2 is positioned at outside container, is connected with gas in container by pressurized gas passage 5.Large sealing element 4 periphery wall is provided with multiple tracks cyclic spring fin 8.The all openings of large sealing element 4 closed container and the external world, and allow pressurized gas passage 5, flow pass 3 pass therethrough.Pressurised airbag 1 outer end air inlet, giving vent to anger in the inner, continuously to gas in container space pressurization, can clamp-on flow pass 3 by tolerant for institute.Flow pass 3 bottom is provided with one-way cock 13, prevents liquid or lotion backflow.
Flow pass 3 internal side wall has a slide block 6, and the slideway 7 that slide block 6 can be arranged in flow pass 3 internal side wall slides.Slideway 7 extends to flow pass 3 outer end opening place.Slide block 6 upper side is provided with strip shape opening 9, and at slide block 6 rear portion, strip shape opening 9 communicates with control air flue 2.Other each equal imperforation of slide block 6.Between slide block 6 and flow pass 3 internal side wall, there is opaque thin slice 10, position corresponding with strip shape opening 9 on this thin slice 10, have the opening 11 that little.By plug thin slice 10, regulate the distance between airway open 11 and flow pass 3 outer end opening place.Thin slice 10 and vapor seal between slide block 6 and internal side wall, and with slide block 6 movement jointly.Thin slice 10 there is scale show the length of opening 11 apart from flow pass 3 opening or the volume of this length lotion.
Slide block 6 is provided with retracing spring 12, after completing and extruding motion, it is inner that slide block 6 returns flow pass 3 under the effect of retracing spring 12.
Pressurised airbag 1 can be overlapped outside the opening of the container gas compartment the inflatable bag film 14 swollen.The gas added during pressurization is all collected in expandable bag film.Object is that the gas preventing from adding when pressurizeing contacts with institute is tolerant.If what now in container, overhead gas space filled is unreactable gas, then take in process at the liquid of whole container, liquid all can not contact with ambient atmos only unreactable gas and liquid comes into contact.This is conducive to better protecting liquid.
Bag film 14 still stays a part in bag film without the gas that each pressurization can be made to be filled with in bag film of nerve after pressure reduces, second time take institute tolerant time just can make rapidly pressure increase, avoid when using next time and repeat to pressurize.
During use, with large each opening of sealing element 4 airtight container, only leave the opening entered for pressurized gas passage 5 and flow pass 3.The lotion volume of taking as required or length, mobile thin slice 10, determines the distance that thin slice 10 upper shed distance flow pass 3 exports.The length that adjustment flow pass 3 divides at internal tank, makes flow pass 3 one end in container be positioned under liquid level.By pressurised airbag 1 to container pressurization, pressure promotes liquid or lotion is outwards extruded through flow pass 3, is also with movable slider 6 outwards synchronous slide.When slide block 6 slide into uppermost sheet 10 upper shed expose time, control air flue 2 and connects with extraneous, gas in container pressure drop, the pressure of outwards promotion, liquid or lotion are no longer outwards extruded.Because flow pass 3 internal diameter is certain, by opening 11 position of thin slice 10 on adjusting slider 6, the lotion volume at every turn extruded determined just can be obtained.At least, the volume at every turn extruded can not exceed the amount of setting.After this taking-up terminates, slide block 6 resets under elastomeric element 12 acts on.
Embodiment 2
As shown in Figure 3, by a kind of according to embodiment 2 can be tolerant in limiting taking quantity container utensil, Fig. 4, Fig. 5 are the constitution diagram of piston 6.This utensil can be used for liquid taking, comprises pressurised airbag 1, controls air flue 2 and flow pass 3.Pressurised airbag 1 is communicated with air flue 5 by controlling air flue 2, is communicated with for same gas in container space.Air flue 5 belongs to the part controlling air flue 2.Control air flue 2 distalmost end to close.Air flue 5 is positioned at flow pass 3, but in it, gas is not communicated with flow pass 3.Large sealing element 4 can seal the gap between flow pass 3 and vessel port.
Moving-member in flow pass 3 is piston 6, and the thin slice 7 of the merry-go-round arrangement that piston 6 is covered by wheel rim 9, spoke 10 and upstream face forms.Each thin slice 7 is connected towards one end, center with filament 8 one end, and the spoke 10 on the other end and piston 6 is movably connected by slip ring 11 and connects, and slip ring 11 can radially slide the length of about 1/3 spoke on spoke 10.Under hydraulic shock pressure, thin slice 7 closely covers on wheel rim 9, spoke 10, can be common outwards mobile with piston 6.
Filament 8 other end is connected with the control little sealing element of air flue 2 li and one end of slide plate 12.Slide plate 12 can move on control air flue 2 inwall, and has good air-tightness with control air flue 2 inwall.The wall of the control air flue 2 of this section of slide plate 12 covering there is a row opening 13.If slide plate 12 is removed, opening 13 can be communicated with control air flue 2 and extraneous gas.Control air flue 2 outer wall there is the cover plate of a row correspondence can cover this row opening 13.On control air flue 2 inwall, one end of secures resilient member 14, the other end of elastomeric element 14 is connected with the other end of slide plate 12.
During use, first utensil is inserted in container, make flow pass 3 entrance be positioned under liquid level, with large sealing element 4 airtight container.The volume taken out as required, opens the cover plate on the opening 13 of relevant position, closes the cover plate on other opening 13.Press pressurised airbag 1 to pressurize, thin slice 7 is compressed on piston 6, and piston 6 is pushed along flow pass 3 outwards movement, and drives slide plate 12 to slide in control air flue 2 by filament 8.When slide plate 12 slides into opening 13 place opened, control air flue 2 and be in communication with the outside, container inner pressure declines, even if pressurize, institute is tolerant also no longer outwards flows out again.Taking-up process terminates.Subsequently, slide plate 12 resets under elastomeric element 14 drives, and thin slice 7 leaves piston 6 surface under the traction of filament 8, and tolerant piston 6 front space that is full of again, piston 6 moves down, ready for using next time.
Embodiment 3
As shown in Figure 6, by a kind of according to embodiment 3 can conveniently take utensil tolerant in container, Fig. 7 is the birds-eye view of Fig. 6 middle pulley.This utensil, for being used for liquid taking or lotion, comprising mechanical pressurization device 1, flow pass 3 and controls air flue 2.Mechanical pressurization device 1 is communicated with a triple valve 7, pressurizes when triple valve 7 is communicated with air flue 6 to large sealing element 4, be communicated with air flue 5 time in container and control air flue 2 pressurize.Air flue 5, flow pass 3 can adjust its length in large sealing element 4 bottom respectively.
On flow pass 3 wall, the runner 8 of waterwheel structure is installed.Runner 8 is fixed on described flow pass 3 wall, part runner covering of the fan contacts with effluent in described flow pass, can rotate with the movement of effluent.The axle of runner 8 is provided with gear 9, the outside slide plate of flow pass 3 10 (little sealing element) partial-band straight-though arrangement sawtooth 13, gear 9 drives flow pass 3 outside by sawtooth 13, covers slide plate 10 (little sealing element) rectilinear movement controlled on air flue 2.Control air flue 2 outermost end to close, on its outer end sidewall, have a row opening 11.Slide plate 10 is marked with scale 12, the length of display slide plate 10 high order end distance opening 11 or this segment length tolerant volume in flow pass 3.
When taking, first insert in container by air flue 5 and flow pass 3, the length of adjustment flow pass 3 in container, makes one end in its container be positioned under liquid level.Reconcile triple valve 7, mechanical pressurization device 1 is pressurizeed to air flue 6, then large sealing element 4 inflation, sealed container port.The tolerant length of then taking out as required, the position of adjustment slide plate 10, makes the length of its high order end distance opening 11 equal this length.Reconcile triple valve 7, mechanical pressurization device 1 is pressurizeed to air flue 5.Along with container inner pressure rises, institute is tolerant outwards flows out along flow pass 3, and drives runner 8 to rotate.Runner 8 drives slide plate 10 to move right by gear 9.When slide plate 10 move to expose selected opening time, control air flue 2 internal pressure and reduce, container inner pressure reduces, and tolerant stopping outwards being flowed out.Continue pressurization, add gas and also can enter the external world along this opening.Taking-up process terminates.Subsequently, slide plate 10 resets under elastomeric element 13 draws, ready for taking next time.
The large sealing element of this utensil 4 has multiple, can be used for the container having multiple opening.
Although illustrate and describe embodiments of the invention, for the ordinary skill in the art, be appreciated that and can carry out multiple change, amendment, replacement, modification and combination to these embodiments without departing from the principles and spirit of the present invention, scope of the present invention is by claims and equivalents thereof.
Claims (8)
1. quantitatively can take out a method tolerant in container, comprise the following steps:
Pressure-producing part is in can to the position of insufflation gas pressurization in container; Under flow pass one end is positioned at vessel level, the other end is positioned at outside container; Control end opening in air flue to be connected with gas in container space, outer end opening is positioned at outside container;
The tolerant volume taken out as required, determines the distance needing relative movement between little sealing element and control air flue outer end opening;
With large each opening of sealing element airtight container, container is made only to leave the opening passed through for gas-pressurized, flow pass and control air flue;
Use pressure-producing part to pressurize in container, institute is tolerantly outwards flowed out along flow pass, drive moving-member to move;
Moving-member drives control air flue outer end opening or little sealing element to move;
When control air flue outer end opening or little sealing element move to control air flue outer end opening be communicated with ambient atmos time, taking-up process terminates;
The described pressure-producing part gas be filled with that pressurizes in container is positioned at the inflatable device swollen of container; In described control air flue, end opening is communicated with in the described inflatable device swollen.
2. method tolerant in quantitatively taking-up container as claimed in claim 1, is characterized in that, use the inflatable device swollen as large sealing element, each opening of closed container.
3. method tolerant in quantitatively taking-up container as claimed in claim 1, is characterized in that, use lateral surface to have the round platform of many ring resiliences fin or circular cone as large sealing element, each opening of closed container.
4. as claimed in claim 1 quantitatively take out method tolerant in container, it is characterized in that, according to the distance of described control air flue outer end opening with described little sealing element relative movement, corresponding distance sign now the volume of tolerant outflow.
5. method tolerant in quantitatively taking-up container as claimed in claim 1, it is characterized in that, in described control air flue, end opening is positioned at outside container, is communicated with gas in container space by described pressure-producing part.
6. as claimed in claim 1 quantitatively take out method tolerant in container, it is characterized in that, the tolerant outside moving-member flowing out drive of described institute be fixed on described flow pass, runner that part covering of the fan contacts with effluent in described flow pass.
7. as claimed in claim 6 quantitatively take out method tolerant in container, it is characterized in that, described in the gear driven that described runner is provided with by axle, control air flue outer end opening or described little sealing element.
8. method tolerant in quantitatively taking-up container as claimed in claim 7, is characterized in that, use the strip plate object of band sawtooth as described little sealing element; Gears meshing in described plate object sawtooth and described runner rotating shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110418295.0A CN103158946B (en) | 2011-12-13 | 2011-12-13 | Method capable of quantificationally taking out objects contained in container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110418295.0A CN103158946B (en) | 2011-12-13 | 2011-12-13 | Method capable of quantificationally taking out objects contained in container |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103158946A CN103158946A (en) | 2013-06-19 |
| CN103158946B true CN103158946B (en) | 2015-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110418295.0A Active CN103158946B (en) | 2011-12-13 | 2011-12-13 | Method capable of quantificationally taking out objects contained in container |
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| CN (1) | CN103158946B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2176330Y (en) * | 1993-06-19 | 1994-09-07 | 陈宪忠 | Pneumatic material distributing bottle |
| CN2312205Y (en) * | 1997-07-23 | 1999-03-31 | 宗小林 | Appliance for toothpaste |
| CN2663347Y (en) * | 2003-10-21 | 2004-12-15 | 牛波 | Dosing liquid-taking container |
| CN201761791U (en) * | 2010-09-03 | 2011-03-16 | 陈增新 | Container used for fetching contained object with limited amount |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2002102679A1 (en) * | 2001-06-14 | 2002-12-27 | Innocaps. Co., Ltd. | Bottle cap assembly |
-
2011
- 2011-12-13 CN CN201110418295.0A patent/CN103158946B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2176330Y (en) * | 1993-06-19 | 1994-09-07 | 陈宪忠 | Pneumatic material distributing bottle |
| CN2312205Y (en) * | 1997-07-23 | 1999-03-31 | 宗小林 | Appliance for toothpaste |
| CN2663347Y (en) * | 2003-10-21 | 2004-12-15 | 牛波 | Dosing liquid-taking container |
| CN201761791U (en) * | 2010-09-03 | 2011-03-16 | 陈增新 | Container used for fetching contained object with limited amount |
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| Publication number | Publication date |
|---|---|
| CN103158946A (en) | 2013-06-19 |
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