CN201587648U

CN201587648U - Quantified liquid outlet pot

Info

Publication number: CN201587648U
Application number: CN201020027014XU
Authority: CN
Inventors: 谭培均; 王绍奇; 陈伟辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-19
Filing date: 2010-01-19
Publication date: 2010-09-22
Anticipated expiration: 2020-01-19

Abstract

The utility model provides a quantified liquid outlet pot which comprises a pot body and a pot cover assembly. The characteristics of the quantified liquid outlet pot are as follows: the pot cover assembly comprises a pot cover main body, a quantifying chamber and a liquid outlet nozzle; the pot cover main body is connected on a port of the pot body in a sealing manner, the quantifying chamber is arranged on the pot cover main body, the liquid outlet nozzle is communicated with the quantifying chamber, and a liquid inlet channel which can connect the quantifying chamber with an inner cavity of the pot body is arranged on the pot cover main body. When in use, so long as the pot body is inclined to certain angle, liquid in the pot body can enter the quantifying chamber through the liquid inlet channel to be pre-stored and quantified; when the pot body is inclined to certain angle once again, the liquid in the quantifying chamber can flow out in a quantified manner; in the entire process, a series of functions of pre-storing, quantifying in the quantifying chamber, liquid outgoing from the liquid outlet nozzle and the like are realized purely according to the physical principle combining with human engineering. The structure of the liquid inlet channel is composed of a pre-storing chamber, a liquid inlet and a liquid outlet, wherein the pre-storing chamber which is higher than the position of the quantifying chamber is communicated with the inner cavity of the pot body by the liquid inlet and is communicated with the quantifying chamber by the liquid outlet. By adopting the structure of the liquid inlet channel, the quantified liquid outlet pot has high practicability and can realize quick quantifying through repeated operation.

Description

A kind of quantitative liquid-discharging bottle

Technical field

The utility model relates to a kind of liquid container, particularly a kind of quantitative liquid-discharging bottle.

Background technology

At present, be used for daily life produce the container need quantitative fluid, as be used for the kettle body of splendid attire cooking oil, soy sauce, vinegar etc., only pay attention to antidrip, dustproof and not serious function such as out of control when toppling over mostly, people in use, toppling over liquid outlet quantity all is to finish under the situation of blur estimation, and actual liquid outlet quantity does not have quantity notion accurately, is difficult to hold a suitable amount.After the excess, both wasted material, and made food not be to one's taste again and influence health.Then can influence the taste of food equally as the fluid deficiency.And for graduated container on the kettle body, because of kettle body diameter is too big, error in reading does not satisfy the needs of actual control amount at all.Although the patent No. is 200820106611.4 Chinese patent disclose a kind of air pump is housed quantitatively topple over oil can, it adopts increases a built-in jigger and hand air pump on the kettle body, make oil in the kettle in siphon is drawn onto jigger by repeatedly pushing hand air pump during use, thereby reach the purpose that accurately presets oil mass and realize quantitatively toppling over, but the quantitative oil can of this structure, its complicated integral structure not only, the productive costs height, and whole process operation is loaded down with trivial details, the whole lid of kettle body can only be opened and could be realized when adding charge of oil, the charge of oil inconvenience is so also be difficult to satisfy consumers in general's requirement.

Summary of the invention

The purpose of this utility model is at above-mentioned existing problems and deficiency, provide a kind of quantitatively accurately, repetitive operation is quantitatively fast, operation is simple and easy, and simple in structure, extremely easy to use, practical quantitative liquid-discharging bottle.On this basis, the further purpose of the utility model provides the quantitative easily liquid-discharging bottle of a kind of dress liquid.

The technical solution of the utility model is achieved in that

Quantitative liquid-discharging bottle described in the utility model, comprise kettle body, pot lid assembly, be characterized in that described pot lid assembly comprises the pot lid body that is sealedly attached on the described kettle body port, the fluid mouth that is arranged at the demand chamber on this pot lid body and is communicated with described demand chamber, and described pot lid body is provided with the feed pathway that described demand chamber can be communicated with kettle body intracavity.

For making the utility model structure more reliable, quantitatively more convenient, above-mentioned feed pathway comprise be higher than above-mentioned demand chamber position and volume greater than the chamber that prestores of the quantitative volume of demand chamber, be used for the liquid outlet that the liquid inlet that this chamber that prestores is communicated with above-mentioned kettle body intracavity and the chamber that will prestore are communicated with above-mentioned demand chamber.For making the utility model quantitatively can make the liquid in the kettle body be filled into indoor the prestoring that prestore again in the fluid, and making the kettle body stop when falling liquid to flow back to demand chamber quantitative, for quantitative fluid is next time got ready, and make its repetitive operation quantitatively convenient, quick, practical, above-mentioned liquid inlet is arranged on the position near above-mentioned fluid mouth, and above-mentioned liquid outlet is arranged on the another side position of bottom with respect to above-mentioned liquid inlet of this chamber that prestores.For in the indoor liquid that prevents to prestore backflows the kettle body from liquid inlet, can in above-mentioned liquid inlet, check (non-return) valve be installed; For making its structure simpler, preferred version of the present utility model be make the top of above-mentioned liquid inlet stretch out the above-mentioned chamber that prestores the bottom surface and with the inner top surface of the chamber that the prestores segment distance of being separated by, like this when entering the indoor liquid that prestores from liquid inlet, after the kettle body is set level, the liquid inlet end face has just formed difference of height with the indoor liquid that prestores, thereby realizes only backflowing of liquid.For making the utility model quantitatively more convenient, accurate, also be provided with on the above-mentioned demand chamber and can make quantitative excess liquid flow back to quantitative spillway in the kettle body.

For making the utility model dress liquid more convenient, above-mentioned pot lid body is provided with the dress liquid mouth that can irritate liquid in the kettle body.For making the utility model simultaneously simple in structure again, reliable easily at dress liquid, above-mentioned dress liquid mouth is the funnel-form inlet that is arranged at above-mentioned pot lid body center upper portion, the corresponding dress liquid passage that can communicate with above-mentioned dress liquid mouth and kettle body intracavity that is provided with in the above-mentioned demand chamber.This dress liquid passage lower port place is provided with non-return structure.The above-mentioned chamber of prestoring is located on the periphery of this funnel-form inlet, is provided with interface channel between above-mentioned fluid mouth and the demand chamber.And demand chamber can be fed into liquid again simultaneously when packing into liquid in the kettle body in order to reach, guarantee to adorn just to use first behind the liquid and can realize quantitative fluid, the upper port diameter that the utility model can adopt the diameter with the lower port of above-mentioned dress liquid mouth to be set as to be a bit larger tham above-mentioned dress liquid passage or the lower port of above-mentioned dress liquid mouth and the upper port of above-mentioned dress liquid passage be the setting of staggering; For preventing that effectively the utility model from having the liquid in the part demand chamber to flow out from dress liquid mouth carrying out quantitative when falling liquid, preferred version of the present utility model is: the lower end of above-mentioned dress liquid mouth is extended in the upper port of above-mentioned dress liquid passage and be provided with at least one on the sidewall of this dress liquid mouth and can make liquid inlet in the partially liq inflow demand chamber in the dress liquid mouth.

The utility model owing to adopt is provided with the demand chamber that is communicated with the fluid mouth and the structure of feed pathway that described demand chamber is communicated with kettle body intracavity on the pot lid body, thereby make the utility model in the process of using, as long as prestore earlier as using common kettle the kettle body to be toppled over that certain angle can make liquid in the kettle body flow to prestore earlier in the feed pathway or enter in the demand chamber by feed pathway, setting level the kettle body then can carry out quantitatively at demand chamber, once more the kettle body being toppled over certain angle just can make the liquid in the demand chamber quantitatively flow out by the fluid mouth, the excessive of fluid and waste have been avoided effectively, and whole process need not any by, press, push away, loaded down with trivial details operation such as squeeze and realize quantitative function, also need not to move and realize quantitative function by part, realize that in conjunction with the physical principle that Water seeks its own level into demand chamber prestores with human engineering purely, demand chamber is quantitative, one coherent function such as fluid mouth fluid, and simple in structure.And because the utility model adopts by the chamber that prestores that is higher than the demand chamber position, be communicated with the liquid inlet of prestore chamber and above-mentioned kettle body intracavity and be communicated with the feed pathway structure of the liquid outlet composition of prestore chamber and above-mentioned demand chamber, and the liquid inlet of the chamber that will prestore is arranged on the position near the fluid mouth, make the utility model quantitatively can make the liquid in the kettle body be filled into indoor the prestoring that prestore again in the fluid, and making the kettle body stop when falling liquid to flow back to demand chamber quantitative, for quantitative fluid is next time got ready, therefore product is extremely easy to use, and repetitive operation is quantitatively fast, practical.Can make quantitative excess liquid flow back to quantitative spillway structure in the kettle body because the utility model also adopts to be provided with on demand chamber, make each quantitatively excess liquid flow back in the kettle body, effectively improve quantitative accuracy by quantitative spillway.Because the utility model also adopts the dress liquid mouth structure that can irritate liquid in the kettle body is being set on the pot lid body simultaneously, is making the interior dress of kettle body liquid become more convenient.Because the utility model also adopts the lower end with above-mentioned dress liquid mouth to put in the upper port of dress liquid passage and the structure that at least one can make the liquid inlet in the partially liq inflow demand chamber of adorning in the liquid mouth is set on this dress liquid oral-lateral wall, demand chamber can be fed into liquid again simultaneously when making the utility model in reaching kettle body that liquid packed into, guarantees to adorn just to use first behind the liquid and can realize quantitative fluid.The utility model is simple in structure, operation is simple and easy, repetitive operation quantitatively soon, quantitatively accurate, practical, what can be widely used as various liquid (as chemical solution, flavouring liquid for kitchen use etc.) quantitatively goes out liquid container, especially is suitable as quantitatively to go out oil can and use.

Below in conjunction with accompanying drawing the utility model is further described.

Description of drawings

Fig. 1 is the perspective view of the utility model one embodiment;

Fig. 2 is the plan structure scheme drawing of Fig. 1;

Fig. 3 is the A-A sectional structure scheme drawing of Fig. 2;

Fig. 4 is the B-B sectional structure scheme drawing of Fig. 2;

Fig. 5 is the D-D cutaway view of Fig. 4;

Fig. 6 is opening the cover of dust structural representation in when falling liquid for Fig. 1.

The specific embodiment

As Fig. 1-shown in Figure 6, quantitative liquid-discharging bottle described in the utility model, comprise kettle body 1, pot lid assembly 2, for making the utility model easy to operate again when can realizing quantitative fluid, described pot lid assembly 2 comprises that the pot lid body 21 that is sealedly attached on described kettle body 1 port, the demand chamber 23 that is arranged on this pot lid body 21 reach the fluid mouth 24 that is communicated with described demand chamber 23, and described pot lid body 21 is provided with the feed pathway that described demand chamber 23 can be communicated with kettle body 1 inner chamber.For making the utility model quantitatively more accurate, above-mentioned demand chamber 23 is provided with and can makes quantitative excess liquid flow back to quantitative spillway 27 in the kettle body 1.Thereby make the utility model in the process of using, as long as prestore earlier as using common kettle kettle body 1 to be toppled over that certain angle can make liquid in the kettle body 1 flow to prestore earlier in the feed pathway or enter in the demand chamber 23 by feed pathway, setting level kettle body 1 then just can carry out quantitatively at demand chamber 23, quantitatively excess liquid flows back in the kettle body 1 by quantitative spillway 27, once more kettle body 1 being toppled over certain angle just can make the liquid in the demand chamber 23 quantitatively flow out by fluid mouth 24, the excessive of fluid and waste have been avoided effectively, and whole process need not any by, press, push away, loaded down with trivial details operation such as squeeze and realize quantitative function, also need not to move and realize quantitative function by part, realize that in conjunction with physical principle demand chamber 23 is quantitative with human engineering purely, one coherent function such as fluid mouth 24 fluids, product is extremely easy to use, and quantitatively accurately, operate simple and easy, simple in structure.For making the utility model structure more reliable, quantitatively more convenient, above-mentioned feed pathway comprises the liquid outlet 26 that is higher than above-mentioned demand chamber 23 positions and volume is a bit larger tham the chamber 22 that prestores of demand chamber 23 quantitative volumes, the liquid inlet 25 that this chamber 22 that prestores is communicated with above-mentioned kettle body 1 inner chamber and the chamber 22 that will prestore are communicated with above-mentioned demand chamber 23.Prestore for making the utility model that liquid in the kettle body 1 is filled in the chamber 22 that prestores, and making kettle body 1 stop when falling liquid to flow back to demand chamber 23 quantitative, for quantitative fluid is next time got ready, and make repetitive operation quantitatively convenient, quick, practical, above-mentioned liquid inlet 25 and above-mentioned fluid mouth 24 are arranged at the position, same one side of above-mentioned pot lid body 21 respectively.Influence in the demand chamber 23 for the liquid in the chamber 22 that prevents to prestore flow to when toppling over fluid that it is accurately quantitative, above-mentioned liquid outlet 26 preferably is opened on the another side position of bottom surface with respect to above-mentioned liquid inlet 25 of this chamber 22 that prestores.For in the liquid in the chamber 22 that prevents to prestore backflow kettle body 1 from liquid inlet 25, check (non-return) valve can be installed in above-mentioned liquid inlet 25; For making its structure simpler, also the above-mentioned top that prestores chamber 22 liquid inlets 25 can be stretched out the above-mentioned chamber 22 that prestores the bottom surface and with the inner top surface of the chamber 22 that the prestores segment distance of being separated by.For making the utility model more convenient, and simple in structure, reliable at dress liquid, above-mentioned pot lid body 21 is provided with the dress liquid mouth 29 that can irritate liquid in kettle body 1.Wherein above-mentioned dress liquid mouth 29 can be directly pass demand chamber 23 and with kettle body 1 in the channel architecture that is communicated with; For making the utility model structure simpler, reliable, as shown in Figure 2, above-mentioned dress liquid mouth 29 is for being arranged at the funnel-form inlet of above-mentioned pot lid body 21 center upper portion, the above-mentioned chamber 22 that prestores is located on the periphery of this funnel-form inlet, the corresponding dress liquid passage 28 that can communicate with above-mentioned dress liquid mouth 29 and kettle body 1 inner chamber that is provided with in the above-mentioned demand chamber 23, lower port 281 places of this dress liquid passage 28 are provided with non-return structure.Be provided with interface channel between above-mentioned fluid mouth 24 and the demand chamber 23 simultaneously.For the upper port that makes above-mentioned dress liquid passage 28 can be formed directly in a quantitative outgate 27, and demand chamber 23 can be fed into liquid again simultaneously when packing into liquid in the kettle body 1 in order to reach, use first just can realize quantitative fluid after guaranteeing to adorn liquid, the diameter of above-mentioned dress liquid mouth 29 lower port can be set as and be a bit larger tham above-mentioned dress liquid passage 28 upper port diameters; Also the lower port of above-mentioned dress liquid mouth 29 and the upper port of above-mentioned dress liquid passage 28 can be the setting of staggering; For preventing that effectively the utility model from having the liquid in the part demand chamber to flow out from dress liquid mouth 29 carrying out quantitative when falling liquid, preferred version of the present utility model is: the lower end of above-mentioned dress liquid mouth 29 is put in the upper port of above-mentioned dress liquid passage 28 and have at least one on the sidewall of this dress liquid mouth 29 and can make liquid inlet 291 in the partially liq inflow demand chamber 23 in the dress liquid mouth 29.For the upper port that makes above-mentioned dress liquid passage 28 can be formed directly in above-mentioned quantitative outgate 27, the upper port place of above-mentioned dress liquid passage 28 and the portion of stretching into of dress liquid mouth 29 are the free-running fit structure.For making the utility model quantitatively more accurate, upper port place that also can above-mentioned dress liquid passage 28 has the through hole that can form above-mentioned quantitative outgate 27.Above-mentioned non-return structure can be a check (non-return) valve; Its preferred version for be installed in opening or closing on above-mentioned demand chamber 23 outer bottoms and can be when kettle body 1 be toppled over the seal strip 3 of automatic seal dress liquid passage 28 lower port 281.Seal strip 3 is in normally open when kettle body 1 keeps flat, and is subjected to the influence at angle of inclination to seal the lower port 281 of dress liquid passage 28 automatically in when falling liquid.For making the utility model more convenient operation, health, the opposite side position of corresponding above-mentioned fluid mouth 24 is provided with handle 4 on the above-mentioned pot lid body 21.The upper end of above-mentioned handle 4 is hinged with the cover of dust 20 that lid places above-mentioned pot lid body 21 tops.The utility model is simple in structure, operation is simple and easy, repetitive operation quantitatively soon, quantitatively accurate, practical, can be widely used in place, various kitchen, especially be suitable as oil can and use.When the utility model during as quantitative healthy oil can, using method is the same with common oil can, and it is promptly fuel-displaced to open cover of dust 20, as long as the oil mass that keeps falling oily angle of inclination just demand chamber 23 can be set is most.Fluid mouth 24 oil-outs kettle body 1 interior oil simultaneously are filled into again in the chamber 22 that prestores, and just play quantitative effect when oil can keeps flat, for prepare with oil next time.To stop fuel-displaced in the middle of fluid mouth 24 is fuel-displaced as long as multiple flat oil can (to stop fuel-displaced operation the same with common oil can).Whole process need not any by, loaded down with trivial details operation such as press, push away, draw realize quantitative function, also need not to move and realize quantitative function by part, realize that in conjunction with physical principle oil outlet is fuel-displaced, oil is gone in the chamber of prestoring, demand chamber quantitative one coherent function with human engineering purely, product is extremely easy to use.

Below in conjunction with accompanying drawing the utility model is described in further detail in the principle of work when quantitatively going out oil can:

1, as shown in Figure 2, open during use cover of dust 20 pack cooking oil into kettle body 1 from infundibulate dress liquid mouth 29 in (surpassing kettle body 1 maximum (MAX) scale mark) in order to avoid influence quantitative accuracy.The dress liquid passage 28 that places in the demand chamber 23 is stretched in the bottom of infundibulate dress liquid mouth 29, and the sidewall of dress liquid mouth 29 is provided with at least one can make partially liqs in the dress liquid mouth 29 flow into liquid inlet 291 in the demand chamber 23, purpose is that demand chamber 23 can be fed into oil again simultaneously when packing into oil in the kettle body 1, and guaranteeing to use first behind the charge of oil can both be quantitatively fuel-displaced.And at charge of oil or fall in the process of oil, if have oil to pour into because of carelessness or drip on the pot lid body 21 and when making pot lid body 21 have stain oil to exist from fluid mouth 24, the upper surface of pot lid body 21 can be made slightly inwardly oblique ramp structure, stain oil is flow in the demand chamber 23 by the inclined-plane.

2, as shown in Figure 5, hold handle 4 during use and pick up oil can, the angle that turns forward (using the same) with common oil can, 1., just 24 li outflows of oil of demand chamber 23 along oil discharge passage from the fluid mouth; 2., can be fed in the chamber 22 that prestores from the liquid inlet 25 (or more than 1) of chamber 22 bottom front that prestore simultaneously by the oil that influences 1 li of kettle body at angle of inclination; 3., the seal strip 3 of demand chamber 23 dress liquid passages 28 lower ends is subjected to the influence at angle of inclination to realize self-enclosed under the state of often opening, and oil a large amount of behind the oil can angle of inclination are pressing seal strip 3 to form locking state with regard to the front upper place that is accumulated to oil can, guarantee that the oil of 1 li of kettle body can be from the demand chamber 23 dress liquid passages 28 anti-quantitative accuracys of demand chamber 23 interior influences that flow into; Oil when 4., treating that demand chamber 23 oil flow to end in the kettle body 1 is the perfusion chamber 22 that completely prestores just; 5., oil can is placed on the platform, be subjected to the oil that influences kettle body 1 of kettle body 1 angle can not pour into oil in the chamber 22 that prestores from the chamber liquid inlet 25 that prestores again, there is a diff-H on the top of chamber 22 liquid inlets 25 with 22 ends of chamber that prestore owing to prestore, so the oil that is fed in the chamber 22 that prestores is can be from chamber 22 liquid inlets, 25 counter not the flowing in the kettle body 1 that prestore, but flow to back liquid outlet 26 along the passage of a side (or more than a side), flow into again and do in the demand chamber 23 quantitatively to use next time.Chamber 22 volume ratio demand chambers, 23 volumes are big owing to prestore, after oil flows into demand chamber 23, surplus oil can flow in the kettle bodies 1 from the upper port of the dress liquid passage 28 of demand chamber 23 or the outgate 27 that is opened on dress liquid passage 28 sidewalls after satisfying the setting capacity, realizes accurately quantitatively function.

3, hold oil can handle 4 angles of inclination after, the oil of demand chamber 23 will be from 24 li outflows of fluid mouth, if when not thinking fully the oil of demand chamber 23 to be use up, at any time promptly stop oil can flat again (to stop fuel-displaced operation the same with common oil can) is fuel-displaced, do not go out most oil and just return demand chamber 23 and flow into the oil that comes with the chamber 22 of prestoring and mix once more quantitatively, do not affect quantitative next time precision.

4, holding the oil of demand chamber 23 after the oil can handle tilt angle will be from 24 li outflow of fluid mouth, if the oil of demand chamber 23 goes out to have use up also not enough user's requirements (special meal dish heavy wool uses) with being about to the oily angle that turns forward down more immediately after oil can is put down again, fluid mouth 24 has oil in a steady stream to flow out (this use does not have quantitative accurately, and the oil that just kettle body 1 is fed into the chamber 22 that prestores passes through demand chamber 23 fast from 24 li outflows of fluid mouth) again.

Claims

1. quantitative liquid-discharging bottle, comprise kettle body (1), pot lid assembly (2), it is characterized in that described pot lid assembly (2) comprises the pot lid body (21) that is sealedly attached on described kettle body (1) port, the fluid mouth (24) that is arranged at the demand chamber (23) on this pot lid body (21) and is communicated with described demand chamber (23), and described pot lid body (21) is provided with the feed pathway that described demand chamber (23) can be communicated with kettle body (1) inner chamber.

2. quantitative liquid-discharging bottle according to claim 1, it is characterized in that above-mentioned feed pathway comprise be higher than above-mentioned demand chamber (23) position and volume greater than demand chamber (23) quantitatively volume the chamber that prestores (22), be used for the liquid outlet (26) that the liquid inlet (25) that this chamber that prestores (22) are communicated with above-mentioned kettle body (1) inner chamber and the chamber (22) that will prestore are communicated with above-mentioned demand chamber (23).

3. quantitative liquid-discharging bottle according to claim 2, it is characterized in that above-mentioned liquid inlet (25) is arranged on the position near above-mentioned fluid mouth (24), above-mentioned liquid outlet (26) is arranged on the bottom and the another side position with respect to described liquid inlet (25) of the described chamber that prestores (22).

4. according to claim 2 or 3 described quantitative liquid-discharging bottles, the top that it is characterized in that the above-mentioned chamber that prestores (22) liquid inlet (25) stretch out the above-mentioned chamber that prestores (22) the bottom surface and with the inner top surface of the chamber that prestores (22) segment distance of being separated by.

5. quantitative liquid-discharging bottle according to claim 1 is characterized in that above-mentioned demand chamber (23) is provided with can make quantitative excess liquid flow back to quantitative spillway (27) in the kettle body (1).

6. according to claim 1 or 2 or 5 described quantitative liquid-discharging bottles, it is characterized in that above-mentioned pot lid body (21) be provided with can be in kettle body (1) the dress liquid mouth (29) of perfusion fluid.

7. quantitative liquid-discharging bottle according to claim 6, it is characterized in that above-mentioned dress liquid mouth (29) is for being arranged at the funnel-form inlet of above-mentioned pot lid (21) center upper portion, the corresponding dress liquid passage (28) that can communicate with above-mentioned dress liquid mouth (29) and kettle body (1) inner chamber that is provided with in the above-mentioned demand chamber (23).

8. quantitative liquid-discharging bottle according to claim 7 is characterized in that the lower port (281) of above-mentioned dress liquid passage (28) locates to be provided with non-return structure.

9. quantitative liquid-discharging bottle according to claim 8, it is characterized in that above-mentioned non-return structure for be installed in opening or closing on above-mentioned demand chamber (23) outer bottom and can be at the seal strip (3) of kettle body (1) automatic seal dress liquid passage (28) lower port (281) when toppling over.

10. quantitative liquid-discharging bottle according to claim 7, the lower end that it is characterized in that above-mentioned dress liquid mouth (29) puts in the upper port of above-mentioned dress liquid passage (28), and has at least one on the sidewall of this dress liquid mouth (29) and can make partially liq in dress liquid mouth (29) flow into liquid inlet (291) in the demand chamber (23).