CN209662669U - A kind of light extraction bucket - Google Patents

Abstract

The utility model discloses a kind of light extraction buckets, including staving, the bung being located on staving, the tap for being located at staving side, the open end of staving is equipped with the first filter device of separate type, the bottom of staving is equipped with the second filter device, the intracorporal beverage of bucket flows out tap again after filtering by the second filter device, staving includes outer barrel and inner barr, forms shrinkage chamber between outer barrel and inner barr, shrinkage is intracavitary to be equipped with coolant liquid, and the intracorporal liquid of bucket carries out fast cooling by coolant liquid and keeps the temperature.It can make staving that there are the double effects of heat preservation and fast cooling, the current milk tea bucket extraction time of effective solution is too long and temperature is excessively high and leads to liquid degeneration or spoiled problem, enhance the reservation of mouth feeling experience and nutriment, improve the quality and fresh keeping time of beverage, using secondary filter, it may filter that most impurity, solve the problems, such as that milk tea shop drink mouthfeel is poor, the quality after letting the liquid out is more preferable.

Description

A kind of light extraction bucket

Technical field

The utility model relates to Beverage pail fields, and in particular to a kind of light extraction bucket.

Background technique

Currently, the fast pin drink of milk teas becomes mainstream, the spare millet paste in most milk tea shops is all that tealeaves is direct Bubble adds hot-water soak in milk tea bucket, to carry out extraction in millet paste to tealeaves, then directly passes through the filter screen in water outlet Production milk tea is just flowed out after carrying out the filtering of impurity, and with the arrival of consumption upgrading, more and more customers are ready to taste The better drink of test product matter, if the filter screen aperture in water outlet is thinner close, although the tea that can effectively ensure that out Soup purity reaches, but water outlet easily blocks, and causes to be discharged smaller and smaller, needs often to clean or replacement filter screen, and mistake When opening of sieve is larger, then there are tiny impurity by being easy to cause in the millet paste of outflow, to influence mouthfeel, it is therefore desirable to straight After the millet paste and tealeaves for connecting infusion of tea carry out initial gross separation, then by just can guarantee that its mouthfeel is better when the outflow of tea bucket It is less susceptible to block simultaneously, and since there is milk tea bucket certain heat insulation effect can lead after prolonged high-temperature extraction tealeaves It causes the concentration of millet paste too big, influences the mouthfeel of milk tea, and prolonged high-temperature storage will cause the rotten of beverage.

Utility model content

In order to solve certain or certain technical problems existing in the prior art, the utility model provides a kind of light extraction bucket, The current milk tea bucket extraction time of effective solution is too long and temperature is excessively high and leads to liquid degeneration or spoiled problem, enhances The reservation of mouth feeling experience and nutriment improves the quality and fresh keeping time of beverage, using secondary filter, may filter that exhausted big portion Divide impurity, solves the problems, such as that milk tea shop drink mouthfeel is poor, the quality after letting the liquid out is more preferable.

In order to solve the above-mentioned prior art problems, the utility model uses following scheme:

A kind of light extraction bucket, including staving, the bung being located on the staving, the tap for being located at the staving side, institute The open end for stating staving is equipped with the first filter device of separate type, and the bottom of the staving is equipped with the second filter device, the bucket Intracorporal beverage flows out tap after filtering by second filter device again, and the staving includes outer barrel and inner barr, described Shrinkage chamber is formed between outer barrel and the interior bucket, the shrinkage is intracavitary to be equipped with coolant liquid, and the intracorporal liquid of bucket passes through described Coolant liquid carries out fast cooling and keeps the temperature.

Further, second filter device includes the first filter screen for being located at the bottom of the barrel, is located at the water Second filter screen of water receiving pipe one end of faucet, the filter cotton being located between first filter screen and second filter screen, The intracorporal liquid of bucket waits in entrance water receiving pipe after passing sequentially through first filter screen, filter cotton and the second filter screen The tap unlatching discharges water.

Further, first filter screen is that right angle connects with first filter screen, and the bottom of the filter cotton is Arc-shaped transition.

Further, the bung hole of the interior bucket is lower than the bung hole of said tub, and described state sets between interior bucket and said tub There is dismountable sealing device, the shrinkage chamber forms the cavity of sealing after the sealing device by installing.

Further, first filter device includes shell, the first apopore for being located at the housing bottom, is located at institute The intracorporal conical filtering bucket of shell is stated, the bottom for crossing pan is equipped with the support frame contacted with the housing bottom, the branch The axial section of support is U-shaped structure, and the bottom of support frame as described above is equipped with a second fan-shaped apopore, second water outlet Hole realizes that connection and dislocation with first apopore are closed by rotating the pan of crossing, and the housing tip diameter is greater than The bore of the interior bucket and the bore for being less than said tub.

Further, the side of support frame as described above is equipped with a circle water hole, between support frame as described above and the shell Ponding is flowed into first apopore by the water hole.

Further, first apopore includes the first hole and the second hole that ring is located at the housing bottom, and described One hole is scallop hole, and second hole is made of multiple small sircle holes, by rotate the pan make with second apopore with First hole or the second hole or the contact of shell physical location.

Further, the top ring for crossing pan is equipped with the support ring of a circle outwardly convex, and the support ring setting exists At the upper end opening of the shell, the support ring is equipped with the rotating handles of an outwardly convex, the both ends for crossing pan It is fixed on the housing by the support ring and support frame as described above respectively, make the filtering by rotating the rotating handles Whether bucket is realized after being rotated along the shell to down-flow water.

Further, a circle rubber seal is equipped on second apopore.

Further, it is described cross pan include one end connect with the support ring inner ring conical setting bracket, be located at Several mounting grooves on the setting bracket, are located at the of the type frame bottom at the first strainer being located in the mounting groove Two strainers, first strainer and the second strainer are structure as a whole and are embedded on the setting bracket.

Further, the shell is equipped with the mounting ring of a circle outwardly convex, and the support ring is placed in the installation On ring, the mounting ring be equipped with a pull ring, it is described cross pan can be placed by the mounting ring in other containers into Row filtering, the pan of crossing are lifted by the pull ring.

Compared with prior art, the utility model has the beneficial effects that:

The drink-extractings raw materials such as tealeaves and the chankings of extraction can be made quick after high temperature immersion by the first filter device It is effectively separated with staving, avoids the excessive extraction of plant material, liquid is made to more easily reach best flavor, also solved different Raw material need extraction scheme different problems, keep the liquid in bucket purer, and by tap releasing when can also Secondary filter is enough carried out by the second filter device, most impurity is may filter that, it is poor to solve milk tea shop drink mouthfeel Problem, the quality after letting the liquid out is more preferable, and is formed in the bucket wall of staving by shrinkage chamber, when inside is not filled with coolant liquid, It can be used when insulating layer, greatly extend the soaking time of beverage, when coolant liquid is filled in inside, then can make high-temperature liquid Body realizes fast endothermic cooling by the coolant liquid of low temperature, when coolant liquid is warming up to it is consistent with liquid in bucket when, additionally it is possible to play The effect of heat preservation, the current milk tea bucket extraction time of effective solution is too long and temperature is excessively high leads to liquid degeneration or spoiled Problem enhances the reservation of mouth feeling experience and nutriment, improves the quality and fresh keeping time of beverage.

Detailed description of the invention

Fig. 1 is the cross-sectional view of the utility model；

Fig. 2 is the exploded view of the first filter device of the utility model；

Fig. 3 is the assembling figure of the first filter device of the utility model.

In figure: pan, shell 3, support frame 4, rubber seal 5, the second apopore 6, is crossed at first apopore 2 in the first hole 1 7, support ring 8, rotating handles 9, mounting groove 10, setting bracket 11, the first strainer 12, the second strainer 13, water hole 14, pull ring 15, mounting ring 16, the second hole 17, water receiving pipe 18, tap 19, outer barrel 20, shrinkage chamber 21, interior bucket 22, the first filter device 23, Bung 24, sealing device 25, coolant liquid 26, staving 27, the first filter screen 28, two filter devices 29, filter cotton 30, the second mistake Strainer 31.

Specific embodiment

In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As shown in Figures 1 to 3, a kind of light extraction bucket, including staving 27, the bung 24 being located on the staving 27, be located at it is described The tap 19 of 27 side of staving, the open end of the staving 27 are equipped with the first filter device 23 of separate type, the staving 27 Bottom be equipped with the second filter device 29, the beverage in the staving 27 flows out again after being filtered by second filter device 29 Tap 19, the staving 27 include outer barrel 20 and interior bucket 22, and shrinkage chamber 21 is formed between said tub 20 and the interior bucket 22, Coolant liquid 26 is equipped in the shrinkage chamber 21, the liquid in the staving 27 carries out fast cooling by the coolant liquid 26 and protects Temperature；Second filter device 29 includes the first filter screen 28 for being located at 22 bottom of interior bucket, is located at the tap 19 Second filter screen 31 of 18 one end of water receiving pipe, the filter cotton being located between first filter screen 28 and second filter screen 31 30, the liquid in the staving 27 is entering after passing sequentially through first filter screen 28, filter cotton 30 and the second filter screen 31 The unlatching of tap 19 is waited to discharge water in water receiving pipe 18；The water receiving pipe 18 is that right angle connects with first filter screen 28, The bottom of the filter cotton 30 is arc-shaped transition；The bung hole of the interior bucket 22 be lower than said tub 20 bung hole, it is described state in Dismountable sealing device 25 is equipped between bucket 22 and said tub 20, the shrinkage chamber 21 is by installing the sealing device 25 The cavity of sealing is formed afterwards；First filter device 23 include shell 3, be located at 3 bottom of shell the first apopore 2, The conical filtering bucket 7 being located in the shell 3, the bottom for crossing pan 7 are equipped with the support contacted with 3 bottom of shell Frame 4, the axial section of support frame as described above 4 are U-shaped structure, and the bottom of support frame as described above 4 is equipped with a second fan-shaped apopore 6, second apopore 6 realizes that connection and dislocation with first apopore 2 are closed by rotating the pan 7 of crossing, institute It states bore of 3 top end diameter of shell greater than the interior bucket 22 and is less than the bore of said tub 20；The side ring of support frame as described above 4 Equipped with a circle water hole 14, the ponding between support frame as described above 4 and the shell 3 flows into described first by the water hole 14 In apopore 2；First apopore 2 includes that ring is located at the first hole 1 and the second hole 17 of 3 bottom of shell, and described first Hole 1 is scallop hole, and second hole 17 is made of multiple small sircle holes, is made and second apopore 6 by rotating the pan It is contacted with first hole 1 or the second hole 17 or 3 physical location of shell；The top ring for crossing pan 7 is equipped with a circle convex The support ring 8 risen, the support ring 8 are arranged at the upper end opening of the shell 3, and the support ring 8 is equipped with one outward The rotating handles 9 of protrusion, the both ends for crossing pan 7 are fixed on the shell by the support ring 8 and support frame as described above 4 respectively On body 3, realize described cross after pan 7 is rotated along the shell 3 whether to flowing down by rotating the rotating handles 9 Water；A circle rubber seal 5 is equipped on second apopore 6；The pan 7 of crossing includes in one end and the support ring 8 The conical setting bracket 11 for enclosing connection, is located at the mounting groove 10 at several mounting grooves 10 being located on the setting bracket 11 Interior the first strainer 12, the second strainer 13 for being located at the type frame bottom, first strainer 12 and the second strainer 13 are one It body structure and is embedded on the setting bracket 11；The shell 3 is equipped with the mounting ring 16 of a circle outwardly convex, the support Ring 8 is placed in the mounting ring 16, and the mounting ring 16 is equipped with a pull ring 15, and the pan 7 of crossing can pass through institute It states mounting ring 16 and is placed into other containers and be filtered, the pan 7 of crossing is lifted by the pull ring 15.

In actual use, the second filter device 29 is mounted on 19 junction of staving 27 and tap, passes through second Filter device 29 flows out tap 19 again after being filtered, the first filter device 23 is placed on the open end of staving 27, such as tea The drink-extractings plant material such as leaf and chankings is placed on carry out extraction immersion in the first filter device 23 after flow downstream into interior bucket again In 22, the drink-extractings raw materials such as tealeaves and the chankings of extraction can be made quickly to have after high temperature immersion by the first filter device 23 Separating with staving 27 for effect, avoids the excessive extraction of plant material, liquid is made to more easily reach best flavor, also solves different Raw material need extraction scheme different problems, keep the liquid in bucket purer, and by tap 19 release when also Can by the second filter device 29 carry out secondary filter, may filter that most impurity, solve milk tea shop drink mouthfeel compared with The problem of difference, the quality after letting the liquid out is more preferable, and is formed in the bucket wall of staving 27 by shrinkage chamber 21, when inside is not filled with When coolant liquid 26, it can be used when insulating layer, greatly extend the soaking time of beverage, when coolant liquid 26 is filled in inside, High-temp liquid can be then set to realize fast endothermic cooling by the coolant liquid 26 of low temperature, when coolant liquid 26 is warming up to and liquid in bucket When consistent, additionally it is possible to play the effect of heat preservation, the current milk tea bucket extraction time of effective solution is too long and temperature is excessively high causes Liquid degeneration or spoiled problem, enhance mouth feeling experience and nutriment reservation, improve beverage quality and it is fresh-keeping when Between.

Further, when the liquid in interior bucket 22 is filtered by the second filter device 29, filter cotton 30 passes through the first mistake Strainer 28 and the second filter screen 31 step up the bottom for being fixed on staving 27, so that liquid be made to pass through the first filter screen 28, filter cotton 30 and second filter screen 31 carry out three layer filtration after, can effectively ensure that the mouthfeel of liquid, keep its purity more preferable, hardly The case where being flowed out there are graininess figure dregs, and water receiving pipe 18 is that right angle connects with the first filter screen 28, filter cotton 30 Bottom is arc-shaped transition, and for liquid when flowing downward, mobility is more preferable, and structure is simpler, is assembled more convenient.

And it is lower than the bung hole of outer barrel 20 in the bung hole of interior bucket 22, and be equipped with removably between interior bucket 22 and outer barrel 20 Sealing device 25 can arbitrarily replace coolant liquid 26, and coolant liquid 26 generally uses ice water, and cost is lower, and cooling Effect is more preferable, and speed faster, when shrinkage chamber 21 forms the cavity of sealing after installing by sealing device 25, also has better The volume ratio of heat insulation effect, shrinkage chamber 21 and interior bucket 22 is generally 1:3~5, can make the energy in the case where filling of staving 27 It is enough to be quickly cooled between 50~60 degree.

Further, since 3 top end diameter of shell is greater than the bore of the interior bucket 22 and is less than the mouth of said tub 20 Diameter need to only be placed on the bung hole of staving 27, just can be carried out when needing to be extracted by the first filter device 23 Automatic spacing is fixed, and while being fastened by bung 24 will not generate with it and contact, cross pan 7 be placed in shell 3 and It is slightly less than 3 taper of shell, support frame 4 was mounted on the bottom of pan 7 and was placed in the bottom of shell 3, when it is desired to be used, So that the second apopore 6 is staggered with the first apopore 2 by rotating through pan 7, the two is in non-interconnected state, by tealeaves, The raw materials such as fruit or flowers and plants plant were placed into pan 7, were subsequently poured into boiled water, to make raw material in the first filter device of beverage It is realized in 23 and impregnates and extract, when reaching required concentration in boiled water after extraction feed, make second after rotating through pan 7 Apopore 6 is connected to the first apopore 2, so that extract liquor (such as millet paste) be made to flow downwardly into staving 27, for can be fast The liquid of speed extraction, such as coffee etc. carry out direct after also capable of being directly connected to by the second apopore 6 with the first apopore 2 Add water to extract and flow down, and dirty speed can also be controlled according to the number of the intersection area between two apopores System, while being effectively controlled extraction time and extraction concentration, moreover it is possible to the control of dropping velocity is realized, so as to avoid liquid The too fast or too slow situation of dropping velocity occurs, and controls tealeaves or fruit juice concn in milk tea bucket simple, filter effect is good, tea Soup purity is high, structure is simple, and easy to operate, Integral cleaning is more convenient.

Since the axial section of support frame 4 is U-shaped structure, structure is similar to and has dug out a cylinder on the cylinder Coaxial grooves, and shell 3 be conical structure, when the two contact after, then can make to be formed between the lower end of shell 3 and support frame 4 The non-interconnected water storage tank in one lower end, and be also easy to accumulate tiny powder in the water storage tank, when close in the side of support frame 4 When lower loop is equipped with the water hole 14 that a circle is connected to its internal cavity, the ponding between support frame 4 and shell 3 can pass through The upper end that water hole 14 flows into the second apopore 6 prepare wait flow down, and so that it will not seeping phenomenon occur.

Further, first hole 1 and second hole 17 that multiple small sircle holes is made of of first apopore 2 by scallop hole Composition can be realized flowing down for quick big flow when the second apopore 6 rotates on the first hole 1, when the second apopore 6 with When second hole 17 is overlapped, flowing down for small flow can be realized, so that the speed control for flowing out liquid down is more flexible, no matter The range for being the first hole 1 or the second hole 17 is all with the midpoint of support frame 4 for circle, and span is not more than 120 degree of fan section In domain, so that the physical location of the second apopore 6 and the first hole 1 or the second hole 17 or shell 3 can be made by rotating through pan 7 Contact is realized, according to the quantity of the first apopore 2, moreover it is possible to more equal part settings are carried out, to make to be lauched speed control It is more flexible.

Further, it is equipped with the support ring 8 of a circle outwardly convex in the top ring for crossing pan 7, crosses the opening of pan 7 End is placed at the upper end opening of shell 3 by support ring 8, and the diameter of support ring 8 is greater than the upper end opening diameter of shell 3, from And avoid the situation that filterability bucket is fallen into shell 3 and occur, make liquid will not be from upper end toward between the two in soaking process Gap at flow into, and the rotating handles 9 of an outwardly convex are also equipped in support ring 8, rotating handles 9 can generally be stretched The outside of storage container out, to keep the rotation of filter screen more convenient, support ring 8 and rotating handles 9 use resin material system Make, hot situation generation will not be occurred by carrying out rotation at high operating temperatures.

And a circle rubber seal 5 is also equipped on the hole wall of the second apopore 6, water can be prevented in non-lower stream mode Under excessive penetrate between shell 3 and support frame 4.Meanwhile first strainer 12 and the second strainer 13 be structure as a whole and inlay In on setting bracket 11, fixation can be supported to the shape for crossing pan 7 by setting bracket 11, make it in use It being not likely to produce deformation, and it is resin structure, flexibility is more preferable, and more difficult to aging and rotten, and making it, the service life is longer, First strainer 12 is embedded in mounting groove 10, and fastness is more preferable in the connection procedure of the two, and the rigidity of the first strainer 12 is more It is good.

Further, shell 3 is equipped with the mounting ring 16 of a circle outwardly convex, and mounting ring 16 is equipped with a pull ring 15, the first filter device can be made to be directly placed at the open end of staving 27 by mounting ring 16, it is easier for installation simple, and Entire first filter device 23 can also be lifted by pull ring 15, even the condition of high temperature also can directly be taken out, clearly Wash and replace it is more convenient, it is also easier when for needing to temporarily change staving 27.

Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to In the utility model range claimed.

Claims (8)

1. a kind of light extraction bucket, special including staving, the bung being located on the staving, the tap for being located at the staving side Sign is: the open end of the staving is equipped with the first filter device of separate type, and the bottom of the staving is equipped with the second filtering dress Set, the intracorporal beverage of bucket flows out tap after filtering by second filter device again, the staving include outer barrel and Interior bucket forms shrinkage chamber between said tub and the interior bucket, the shrinkage is intracavitary to be equipped with coolant liquid, the intracorporal liquid of bucket Fast cooling is carried out by the coolant liquid and is kept the temperature.

2. a kind of light extraction bucket according to claim 1, it is characterised in that: second filter device includes being located in described Bucket bottom the first filter screen, be located at the tap water receiving pipe one end the second filter screen, be located at first filter screen Filter cotton between second filter screen, the intracorporal liquid of bucket pass sequentially through first filter screen, filter cotton and The tap unlatching is waited to discharge water in entrance water receiving pipe after second filter screen.

3. a kind of light extraction bucket according to claim 2, it is characterised in that: the water receiving pipe and first filter screen are straight Angle connection, the bottom of the filter cotton are arc-shaped transition.

4. a kind of light extraction bucket according to claim 1, it is characterised in that: the bung hole of the interior bucket is lower than the bucket of said tub Mouthful, described state is equipped with dismountable sealing device between interior bucket and said tub, the shrinkage chamber is by installing the sealing dress Postpone the cavity to form sealing.

5. a kind of light extraction bucket according to any one of claims 1 to 4, it is characterised in that: first filter device includes Shell, the first apopore for being located at the housing bottom are located at the intracorporal conical filtering bucket of the shell, the bottom for crossing pan Portion is equipped with the support frame contacted with the housing bottom, and the axial section of support frame as described above is U-shaped structure, the bottom of support frame as described above Portion is equipped with a second fan-shaped apopore, and second apopore is realized and first water outlet by rotating the pan of crossing The connection and dislocation closure in hole, the housing tip diameter are greater than the bore of the interior bucket and are less than the bore of said tub.

6. a kind of light extraction bucket according to claim 5, it is characterised in that: the side of support frame as described above is equipped with one and enclosed water Hole, the ponding between support frame as described above and the shell are flowed into first apopore by the water hole.

7. a kind of light extraction bucket according to claim 5, it is characterised in that: first apopore includes that ring is located at the shell The first hole and the second hole of body bottom, first hole are scallop hole, and second hole is made of multiple small sircle holes, pass through rotation The pan makes to contact with second apopore with first hole or the second hole or shell physical location.

8. a kind of light extraction bucket according to claim 5, it is characterised in that: the pan of crossing includes one end and support ring inner ring The conical setting bracket of connection, several mounting grooves being located on the setting bracket, the first filter being located in the mounting groove Net, the second strainer for being located at the type frame bottom, first strainer and the second strainer are structure as a whole and are embedded in described On setting bracket.