CN208892287U - Leaching bubble component and heating vessel - Google Patents

Abstract

The utility model provides a kind of leaching bubble component and heating vessel, heating vessel include vessel, and leaching bubble component includes: filter cylinder, can be mounted in vessel, be provided at least one paddle hole on the bottom wall and/or side wall of filter cylinder；Cartridge sidewall is equipped with the cross-sectional area overflow hole bigger than paddle hole.The program on cartridge sidewall by setting overflow hole, when carrying out the operations such as leaching tea, so that filter cylinder can at least be overflowed the liquid such as tea in filter cylinder by overflow hole, it can both prevent the liquid such as the water in filter cylinder excessive in this way, so as to carry out ensuring the water in filter cylinder when the operations such as leaching tea using filter cylinder, to ensure to drench the effect of the operations such as tea, filter cylinder can be prevented to be completely plugged again, so as to when make tea etc. operation, ensure that filter cylinder can be connected to vessel, and then it can ensure that the exchange rate of the water between filter cylinder and vessel, to ensure the immersion and effect of extracting of tealeaves etc..

Description

Leaching bubble component and heating vessel

Technical field

The utility model relates to kitchen utensils fields, steep component and heating vessel in particular to a kind of leaching.

Background technique

Existing teapot is when drenching the operation such as tea, it sometimes appear that the drinks material such as tealeaves, ground coffee blocks filter cylinder mesh The case where, easily cause the tea in filter cylinder too many in this way, and on the one hand the tea in filter cylinder will affect the behaviour such as leaching tea too much Make effect, on the other hand will lead to the situation that tea is spilt into outside vessel and occur.And for the filter cylinder for the operations such as make tea and Speech, the drinks material such as tealeaves, ground coffee blocking filter cylinder mesh, which will lead to, can not carry out water coke slurry between vessel and filter cylinder, this Sample will lead to the drinks material such as tealeaves, ground coffee impregnate extraction it is insufficient, so as to cause the benefit of the drinks material such as tealeaves, ground coffee It is low with rate.

Therefore, how to propose a kind of filter cylinder that filter cylinder mesh is not easy to plug and heating vessel including the filter cylinder at For current urgent problem to be solved.

Utility model content

The utility model aims to solve at least one of technical problems existing in the prior art or related technologies.

Therefore, one of the utility model has been designed to provide a kind of leaching bubble component.

Another of the utility model has been designed to provide a kind of heating vessel including above-mentioned leaching bubble component.

To achieve the above object, the embodiment of the utility model first aspect provides a kind of leaching bubble component, is used for liquid Container is heated, the heating vessel includes vessel, and the leaching bubble component includes: filter cylinder, can be mounted on the appearance In device ontology, at least one paddle hole is provided on the bottom wall and/or side wall of the filter cylinder；Wherein, the side wall of the filter cylinder On be additionally provided with overflow hole, the cross-sectional area of the overflow hole is greater than the cross-sectional area of the paddle hole.

Component is steeped according to the leaching that the embodiment of the utility model first aspect provides, is used for heating vessel, liquid adds Heat container includes vessel, and specifically, filter cylinder makes tea to realize for filling the drinks material such as tealeaves, ground coffee and drenches tea etc. Operation, and at least one paddle hole is provided on filter cylinder, and can be entered by the water in the paddle hole vessel In filter cylinder, and the water in filter cylinder can also be discharged in vessel, to realize exchanging for the water between filter cylinder and vessel.And By the way that the cross-sectional area overflow hole also bigger than paddle hole is arranged on the side wall of filter cylinder, so that overflow hole is compared with Inlet and outlet water Hole is less susceptible to block, therefore when filter cylinder carries out the operation such as drenching tea and make tea, and filter cylinder can will at least be filtered always by overflow hole The liquid such as the tea in cylinder overflow, and in this way when paddle hole is blocked by the drinks material such as tealeaves, ground coffee, filter cylinder can also lead to It crosses overflow hole to be connected to vessel, the liquid such as the water in filter cylinder can be prevented excessive, on the one hand in this way so as to utilize When filter cylinder carries out the operations such as leaching tea, it is ensured that the water in filter cylinder improves the mouth of millet paste etc. to ensure to drench the effect of the operations such as tea Sense.On the other hand filter cylinder can be prevented to be completely plugged, so as to using filter cylinder make tea etc. operation when, it is ensured that filter cylinder It can be connected to vessel, and then can ensure the exchange rate of the water between filter cylinder and vessel, to ensure tealeaves, coffee The immersion of the drinks material such as powder and effect of extracting improve the utilization rate of the drinks materials such as tealeaves, ground coffee.

Wherein it is preferred to which the cross-sectional area S of the paddle hole is more than or equal to 0.2mm²Less than or equal to 7.1mm².Disengaging The aperture in water hole should not be too large also should not be too small, and the excessive drinks material such as tealeaves, ground coffee that will lead to exposes filter cylinder, too small to lead Tealeaves, the drinks material such as ground coffee blocking paddle hole or the excessively slow situation of Inlet and outlet water is caused to occur, therefore, paddle hole The area of cross section is preferably being more than or equal to 0.2mm²Or it is less than or equal to 7.1mm²In the range of, the hole of paddle hole can be made in this way Diameter compares rational.

In addition, also there is following additional technical feature according to the utility model leaching bubble component provided by the above embodiment:

In any of the above-described technical solution, it is preferable that the quantity of the overflow hole is that the multiple and/or described overflow hole is Round hole or polygonal hole or slotted eye.

In those technical solutions, the quantity of overflow hole is preferably several, can ensure that the paddle hole of filter cylinder exists in this way Turn-on effect when blocking between filter cylinder and vessel, to ensure to drench the effect of tea and the operations such as make tea.And the shape of overflow hole Shape can be arbitrarily arranged, wherein preferably, can be set to round, polygon or ellipse, because of round, polygon or ellipse For relatively common and comparison rule shape, therefore relatively good processing.Certainly, overflow hole can be configured as except round, polygon Or any other shape except ellipse.

In any of the above-described technical solution, it is preferable that the quantity of the overflow hole be it is multiple, multiple overflow holes it is big It is small equal, or close to the filter cylinder bottom wall the overflow hole cross-sectional area be less than far from the filter cylinder bottom wall it is described The cross-sectional area of overflow hole.

In those technical solutions, when the quantity of the overflow hole is multiple, the size of multiple overflow holes both can whole phases Deng, can not also all it is equal.Wherein it is preferred to which filter cylinder can be arranged close to the cross-sectional area of the overflow hole of the opening of filter cylinder It is larger, and by filter cylinder close to the overflow hole of bottom wall cross-sectional area be arranged it is smaller, can make in this way on filter cylinder overflow Discharge orifice increases from bottom wall to opening.And the overflow hole of the opening close to filter cylinder can make greatly filter cylinder spilling water speed faster, and lower part Overflow hole it is smaller, the water of filter cylinder lower part can be prevented by excessive spilling.

Wherein, it is further preferred that the cross-sectional area of multiple overflow holes from close to the filter cylinder bottom wall a side A side to the bottom wall far from the filter cylinder is gradually increased.The spilling water rate of overflow hole can in this way be gradually increased, it is thus possible to Keep anti-overflow effect of filter cylinder etc. more preferable.

In any of the above-described technical solution, it is preferable that the quantity of the overflow hole is multiple, cross in multiple overflow holes The cross-sectional area of the maximum overflow hole of sectional area is more than or equal to π mm²Less than or equal to 100 π mm²Or multiple overflow holes The cross-sectional area of the middle maximum overflow hole of cross-sectional area is more than or equal to 4 π mm²Less than or equal to 25 π mm²。

In those technical solutions, overflow hole be should not be too large, also unsuitable too small, but cross-sectional area is maximum in multiple overflow holes The cross-sectional area of overflow hole be preferably greater than or equal to π mm²Less than or equal to 100 π mm², just can make the big of maximum overflow hole in this way It is small more moderate, to not only maximum overflow hole can be prevented excessive, but also it can prevent that maximum overflow hole is too small and does not have anti- The effects of overflowing.And it is further preferred that the cross-sectional area of the maximum overflow hole of cross-sectional area is more than or equal to 4 π mm²Less than or equal to 25 πmm².And for other overflow holes, size can be arbitrarily arranged, but the respectively less than maximum overflow hole of cross-sectional area.

In any of the above-described technical solution, it is preferable that the quantity of the overflow hole be it is multiple, in multiple overflow holes away from The distance between the farthest overflow hole of bottom wall from the filter cylinder and the bottom wall of the filter cylinder are h, the height of the inner wall of the filter cylinder Degree is L, wherein 0.2≤h/L≤0.8 or 0.33≤h/L≤0.67.

In those technical solutions, multiple overflow holes be may be provided on the arbitrary height of the side wall of filter cylinder, but in order to ensure The function of overflow hole, overflow hole can not be arranged excessively high, and what can not be arranged is too short, therefore, farthest apart from filter cylinder bottom wall The distance between overflow hole and filter cylinder bottom wall h it is unsuitable too small, but also should not be too large, specifically, can be according to the inner wall of filter cylinder The value of h is rationally arranged in overall height L, it is preferable that the value of h/L be more than or equal to 0.2 be less than or equal to 0.8 be it is best, further preferably Ground, the value of h/L can be more than or equal to 0.33 and be less than or equal to 0.67.

Wherein, the distance between bottom wall of overflow hole and filter cylinder is side and filter cylinder bottom wall of the overflow hole close to filter cylinder bottom wall The distance between.

In any of the above-described technical solution, it is preferable that from the side of the bottom wall close to the filter cylinder on the bottom wall of the filter cylinder The middle part direction of the direction of edge to the bottom close to the filter cylinder is provided with the drainage face being obliquely installed on the outside of the filter cylinder.

It, can middle part on the bottom of filter cylinder, from the edge of filter cylinder bottom to the bottom of filter cylinder in those technical solutions The drainage face tilted down is set, in this way can by drainage face by the water on filter cylinder bottom wall from the margin guide of the bottom wall of filter cylinder to The middle part of the bottom wall of filter cylinder, so as to which in the leaching tea time, the water at the position that water is poured in filter cylinder is directed to leaching less than water At position, so that the tealeaves etc. in filter cylinder can be contacted with water, so as to further increase the uniformity of leaching tea.Make in this way Extraction can be sufficiently soaked by obtaining all tealeaves etc., so that tealeaves etc. can be used sufficiently, can improve tea in this way The utilization rate of leaf etc. improves the effect of the operations such as leaching tea, to improve the mouthfeel of tea etc..

In the above-mentioned technical solutions, it is preferable that the drainage face is arcwall face or clinoplain and/or the filter cylinder The middle part of bottom wall of the bottom wall from the edge of the bottom wall of the filter cylinder to the filter cylinder is recessed to the outside of the filter cylinder to be arranged.

In the technical scheme, drainage face can be arranged to camber or be arranged to a clinoplain, it in this way can be by filter cylinder The water of bottom wall edge guided to the middle part of the bottom wall of filter cylinder, so as to further ensure that the uniformity of the leaching operations such as tea.Its In, it is preferable that can the middle part of bottom wall by the bottom wall of filter cylinder from the edge of the bottom wall of filter cylinder to filter cylinder be recessed to the outside of filter cylinder The bottom wall of entire filter cylinder, just can be all provided with by setting in this way by the entire bottom of filter cylinder from edge to middle part to lower recess The drainage face of being set to, so that all directions of entire filter cylinder can be realized uniformly leaching tea.

In any of the above-described technical solution, it is preferable that be provided with mounting hole on the bottom wall of the filter cylinder, leaching bubble component also wraps Include: open tubular column, in the mounting hole, the second end of the open tubular column is located at the filter cylinder for the first end installation of the open tubular column It is interior or reached outside the filter cylinder from the opening of the filter cylinder；Sprinkling head is mounted in the second end of the open tubular column, described to dissipate It is provided with the first accommodating chamber in head, apron hole, the water energy in the sprinkling head are provided on the inner wall of first accommodating chamber Enough it is spread across in the filter cylinder by the apron hole.

In those technical solutions, installation of the sprinkling head on filter cylinder can be realized by open tubular column, and sprinkling head energy is set It is enough to be used to drench the tea time in filter cylinder, it is connected to sprinkling head with the conducting element of vessel by open tubular column, so as to pass through sprinkling head It is sprayed by apron hole onto drinks materials such as tealeaves, ground coffees after the moisture for drenching the operations such as tea is scattered, such aproll Head just can spray away the water large area for drenching the operations such as tea, to prevent water to be merely able to pour some regional area, in this way The water for drenching the operations such as tea can relatively evenly be poured on the drinks material such as tealeaves, ground coffee by sprinkling head, so that all Tealeaves etc. can be sufficiently soaked extraction so that tealeaves etc. can be used sufficiently, tealeaves etc. can be improved in this way Utilization rate, the effect of the leaching operations such as tea is improved, to improve the mouthfeel of tea etc..Meanwhile in the application, sprinkling head passes through hollow Column is mounted at the mounting hole of filter cylinder, therefore the installation of sprinkling head can be realized by filter cylinder, does not just have to install sprinkling head in this way Onto other components such as conducting element, so that sprinkling head and filter cylinder can be integrally mounted, so that sprinkling head and filter cylinder energy Entirety is dismounted.

In any of the above-described technical solution, it is preferable that the filter cylinder is circular filter cartridge, and the diameter of the circular filter cartridge is D, The distance between bottom wall of the farthest apron hole of the bottom wall of filter cylinder described in distance and the filter cylinder is H in multiple apron holes, Wherein, 0.13D²≤H≤12.5D²Or 0.3D²≤H≤5D²Or the water in the sprinkling head from the apron hole when flowing out Normal speed be V₀, wherein

In those technical solutions, the height of highest apron hole on the one hand can be rationally limited by the diameter D of filter cylinder, this Sample just can rationally limit the normal speed of the water flow at apron hole, to ensure the leaching tea range and leaching tea effect of sprinkling head, Specifically, what H can be arranged is more than or equal to 0.13D²Less than or equal to 12.5D², it is further preferred that can be by being greater than for H setting etc. In 0.3D²Less than or equal to 5D².Meanwhile it on the other hand can also pass through the specified speed of the water flow at the diameter D and apron hole of filter cylinder The height of the apron hole of the highest point on sprinkling head is rationally arranged in degree namely optimal speed, can make to drench the tea time in this way, The speed of the water of apron hole outflow can satisfy expected requirement.Wherein it is preferred to which the aproll of the diameter D of filter cylinder, highest point can be made Normal speed V when water in the distance between the bottom wall of hole and filter cylinder H and sprinkling head is flowed out from the apron hole₀Meet Following relationship:

Wherein, the distance between bottom wall of apron hole and filter cylinder be apron hole center and filter cylinder inner bottom wall between away from From.

In any of the above-described technical solution, it is preferable that leaching bubble component further include: stretch one end of conducting element, the conducting element Enter into the vessel, and be located at outside the filter cylinder, the other end of the conducting element is connected to the sprinkling head, described to lead Water in the vessel can be imported into the sprinkling head by stream part.

It, can be by conducting element by liquid such as water in vessel by the way that conducting element is arranged in those technical solutions It imported into sprinkling head, it is more equably then spread across by sprinkling head by the drinks materials such as tealeaves, ground coffee in filter cylinder On, the liquid such as water in vessel can be directly sprinkled upon on the drinks material such as tealeaves, ground coffee in this way, to realize leaching tea etc. Operation.

In any of the above-described technical solution, it is preferable that the conducting element includes: Supporting cover, is provided in the Supporting cover Through-hole, the Supporting cover can be buckled on the bottom wall of the vessel, formed second with the bottom wall of the vessel and accommodated Chamber；One end insertion of connecting tube, the connecting tube is mounted in the through-hole, and the other end insertion of the connecting tube is installed to institute Open tubular column is stated, and is connected to the open tubular column.

In those technical solutions, conducting element includes Supporting cover and connecting tube, wherein connecting tube and Supporting cover pass through through-hole Connection, and the other end of connecting tube can be installed to open tubular column and is connected to filter cylinder, so that the water of Supporting cover side just can pass through Connecting tube is imported into filter cylinder.And Supporting cover can be buckled on the bottom wall of vessel, form second with the bottom wall of vessel Accommodating chamber after the water in this way in vessel is heated boiling, just can generate steam in the second accommodating chamber, thus steaming Vapour gradually increases, and after the pressure in the second accommodating chamber is gradually increased, the water in the second accommodating chamber just can be pressed by connecting tube It into filter cylinder, then can pour on tealeaves in filter cylinder etc., to realize the operations such as leaching tea.And this kind of structure is in operations such as leaching tea When, water from container ontology can be pressed into filter cylinder by the pressure that the water vapour in vessel generates, and do not have to additionally set Set the pumping structures such as water pump, it is thus possible to which the cost for simplifying filter cylinder reduces the power consumption of product.

Certainly, the water in vessel can also can be imported into the structure in filter cylinder to be other by conducting element, such as can also By a water plug, for example, water pump and exhaust tube composition pumping structure as conducting element, so as to by container sheet Intracorporal water is pumped into filter cylinder, to realize the operations such as leaching tea.

In any of the above-described technical solution, it is preferable that the other end of the connecting tube can releasably be inserted into installation to institute Open tubular column is stated, and after the connecting tube is disassembled from the open tubular column, the Supporting cover can be covered releasably mounted in described In the opening of filter cylinder, the one end of the connecting tube far from the Supporting cover can releasably be installed to the vessel.

In those technical solutions, the other end of connecting tube is releasably installed with open tubular column, so that filter cylinder and sprinkling head are also It can be disassembled from connecting tube, and after filter cylinder is disassembled from connecting tube, filter cylinder can mutually cover conjunction with Supporting cover, even Taking over one end far from Supporting cover can releasably install to vessel, so that filter cylinder, Supporting cover and connecting tube can will drench Bubble component is assembled into make tea and waits operation forms and be mounted on vessel, carries out the behaviour such as make tea using leaching bubble component in this way Make.And this kind setting be since filter cylinder can either be releasably installed together to realize the operation such as make tea with Supporting cover, and can pacify Mounted in the other end of connecting tube, operated with being assembled into the operation forms such as leaching tea with Supporting cover and connecting tube with carrying out leaching tea etc., this User is allowed for when component is steeped in the specifically used leaching, can according to actual needs be carried out Supporting cover, connecting tube and filter cylinder not Same leaching can be passed through in this way with the assembling of mode to be combined into the operation forms such as leaching tea or be combined into make tea Deng operation forms The operations such as bubble component not only realizes the operations such as leaching tea but also realization is made tea, so that the function of product just can be expanded, improve the reality of product With property, and then it just can preferably meet the various demands of user, to improve user experience.

In any of the above-described technical solution, it is preferable that the heating vessel further includes heating device, the heating dress It installs on the bottom wall of the vessel；When the Supporting cover is buckled on the bottom wall of the vessel, the Supporting cover It is located on the heating device；Wherein, the heating power of the heating device is more than or equal to 150W and is less than or equal to 1000W, or The heating power of the heating device is more than or equal to 300W and is less than or equal to 600W.

In those technical solutions, heating device intrinsic water for heating the container.So that vessel has heating Function.It is heated wherein it is preferred to which heating device can be set up directly in Supporting cover, the water in Supporting cover can be improved in this way Heating efficiency, it is ensured that leaching bubble component can generate enough steam and hot water, can improve the speed of the leaching operations such as tea in this way Degree and effect, to improve the mouthfeel of tea etc..And by the setting of the heating power of heating device in 150W between 1000W, into one Step ground, is arranged in 300W to the heating power that can rationally limit heating device between 600W, so as to rationally limit support The amount of steam in lid, to ensure to drench the speed of tea time water, to the water boiling in Supporting cover can either be prevented excessive, and can Ensure that the water flowed out from apron hole has certain speed, to ensure to drench tea effect.

In any of the above-described technical solution, it is preferable that the connecting tube can be releasably far from one end of the Supporting cover When installation to the vessel, the connecting tube can move up and down along the short transverse of the vessel.

In those technical solutions, the one end of connecting tube far from Supporting cover can releasably and can be along the height of vessel What degree direction moved up and down is mounted on vessel so that user using leaching bubble component make tea etc. operation when, energy It is enough to be lifted up connecting tube, filter cylinder is promoted to the opening of vessel, just can will be filtered after soaking tea etc. in this way Cylinder mentions tea water noodles or more upwards, and to prevent the drinks such as tealeaves, ground coffee material from further impregnating in water, such user just can The enough time for selecting the drinks materials such as tealeaves, ground coffee to impregnate according to actual needs, to prevent the drinks material such as tealeaves, ground coffee Long soaking time and generation the case where lead to tea overrich.And when the operation such as making tea next time, it can be by downward by connecting tube Drop is operated so that filter cylinder can continue to impregnate in water again with continuing to make tea etc..

In any of the above-described technical solution, it is preferable that the connecting tube is inserted into be installed in the open tubular column one It is provided with external screw thread on end, internal screw thread is provided in the open tubular column, the connecting tube and the open tubular column pass through the outer spiral shell Line is connect with the matching thread of the internal screw thread.

In those technical solutions, external screw thread can be set on one end that connecting tube needs insertion to be installed in open tubular column, And internal screw thread is set in open tubular column, in this way realization can be connected through a screw thread after connecting tube is inserted into and is installed in open tubular column Fixation of the connecting tube in open tubular column.And be threadedly coupled, connection is reliable and structure is simple, it is thus possible to ensure connecting tube and sky While stem can stablize installation, simplifies the structure of product, reduce the cost of product.

In any of the above-described technical solution, it is preferable that leaching bubble component further include: one end of fixing piece, the fixing piece is set It sets on the filter cylinder, when the filter cylinder can be releasably mounted on the one end of the connecting tube far from the Supporting cover, institute The other end for stating fixing piece can be releasably mounted in the connecting tube.

In those technical solutions, a fixing piece can be set on filter cylinder, so as to releasably installing filter cylinder When on the other end of connecting tube, connecting tube is fixed by fixing piece, specifically, for example a bullet can be set on filter cylinder Property button, then pass through elastic buckles and realize detachable installation between connecting tube and filter cylinder.Meanwhile outer spiral shell can be set in connecting tube Line, and in the upper setting internal screw thread such as filter cylinder, so as to removable between realization connecting tube and filter cylinder by screwing for internal and external threads Cooperation is unloaded, dual fixation can be carried out to connecting tube in this way, to ensure the installation reliability between connecting tube and filter cylinder.

In any of the above-described technical solution, it is preferable that be provided at least one described Inlet and outlet water on the side wall of the filter cylinder Hole.

In those technical solutions, paddle hole is preferably set on the side wall of filter cylinder, filter cylinder can be passed through in this way Paddle hole on side wall realizes exchanging for the water between filter cylinder and vessel.And at this point, both settable on the bottom wall of filter cylinder Paddle hole can also be not provided with paddle hole.

In any of the above-described technical solution, it is preferable that the sprinkling head is in umbrella shape or shower shape or mushroom-shaped or truncated cone-shaped.

In those technical solutions, sprinkling head is preferably in umbrella shape or shower shape or mushroom-shaped or truncated cone-shaped because, umbrella shape or Shower shape or mushroom-shaped or truncated cone-shaped are relatively common, therefore relatively good processing is purchased, so as to reduce cost.Certainly, aproll Head can also be in other arbitrary shapes, numerous to list herein.

In any of the above-described technical solution, it is preferable that the sprinkling head can be releasably mounted on the open tubular column, or The sprinkling head is an integral structure with the open tubular column.

In those technical solutions, open tubular column is preferably an integral structure with sprinkling head, because of the mechanics being an integral structure Performance is good, it is thus possible to ensure the bonding strength between open tubular column and sprinkling head, in addition, can also be by open tubular column and sprinkling head one It is made, produces in batches, to improve the production efficiency of product, reduce the production and processing cost of product.Certainly, open tubular column and filter cylinder with And open tubular column and sprinkling head can also be split type structure, i.e. detachable structure, it so just can will when without using leaching bubble component Filter cylinder and open tubular column and sprinkling head, which disassemble, to carry out separating storage and storage, to improve the convenience of storage and storage, together When, open tubular column can releasably be connect with filter cylinder and open tubular column with sprinkling head, additionally it is possible to dirty in open tubular column, sprinkling head and filter cylinder After damage, individually open tubular column, sprinkling head and filter cylinder are replaced, to improve the maintenance convenience of product.In addition, open tubular column with Filter cylinder and open tubular column and sprinkling head are that can dismantle ground structure, additionally it is possible to, will be hollow when filter cylinder is not used in the operations such as leaching tea Column and sprinkling head disassemble, so that filter cylinder realizes other effects, can improve the utilization rate of filter cylinder in this way, specifically, for example, Can filter cylinder for make tea etc. operation when, open tubular column and sprinkling head are disassembled, to increase the accommodation space of filter cylinder.

In any of the above-described technical solution, it is preferable that one end of the open tubular column can releasably be mounted on the installation In hole.

In those technical solutions, can without using leaching bubble component when will filter cylinder and open tubular column and sprinkling head disassembly under It stores and stores separate, with the convenience for improving storage and storing, meanwhile, open tubular column can releasably connect with filter cylinder It connects, additionally it is possible to after open tubular column, sprinkling head and filter cylinder are stained, individually open tubular column, sprinkling head be replaced, to improve product Maintenance convenience.In addition, open tubular column and filter cylinder are that can dismantle ground structure, additionally it is possible to be not used in the operations such as leaching tea in filter cylinder When, open tubular column and sprinkling head are disassembled, so that filter cylinder realizes other effects, the utilization rate of filter cylinder can be improved in this way, is had Body, for example, can filter cylinder for make tea etc. operation when, open tubular column and sprinkling head are disassembled, to increase the receiving of filter cylinder Space.Certainly, in other schemes, the bottom wall of open tubular column and filter cylinder can also be an integral structure.

In any of the above-described technical solution, it is preferable that be provided with clear area on the Supporting cover and/or the filter cylinder.

In those technical solutions, by the way that clear area is arranged in Supporting cover and/or filter cylinder, so as to transparent by this Area sees the case where Supporting cover and/or cartridge interior clearly, specifically, for example clear area is arranged in Supporting cover, can watch leaching tea The process of equal operations, and clear area is set on filter cylinder, the immersion of the drinks materials such as tealeaves, the ground coffee in filter cylinder can be watched Extract situation, also can when carrying out leaching tea or the operation such as making tea the specific leaching tea of viewing and the operations such as make tea process.

In any of the above-described technical solution, it is preferable that the Supporting cover be all-transparent structure or partially transparent structure, and/ Or the filter cylinder is all-transparent structure or partially transparent structure.

It, both can be by Supporting cover under the principle in order to see the inside of Supporting cover and/or filter cylinder clearly in those technical solutions And/or filter cylinder is all arranged to transparent configuration, Supporting cover and/or filter cylinder can also be arranged to partially transparent structure, specifically may be used The transparent situation of Supporting cover and/or connecting tube and/or filter cylinder is selected according to the actual situation.

The embodiment of the utility model second aspect provides a kind of heating vessel, comprising: vessel, the appearance Vessel port is provided on device ontology；Container cover, the container cover can be covered in the vessel port of the vessel；With first Component is steeped in the leaching that any one of aspect embodiment provides, and the filter cylinder of the leaching bubble component can be mounted on described by the vessel port In vessel.

The heating vessel that embodiment according to the present utility model provides has vessel, container cover and first party Component is steeped in the leaching that face any embodiment provides, and therefore, the heating vessel that the embodiments of the present invention provide has first The whole beneficial effects for the leaching bubble component that aspect any embodiment provides, it is numerous to list herein.

In any of the above-described technical solution, it is preferable that the heating vessel further includes heating device, the heating dress It installs in the vessel or is arranged outside the vessel.

In those technical solutions, setting heating device can heat the water in vessel.And preferably, it can will heat Device and power supply unit etc. are all set up directly on vessel, and heating vessel can be arranged to a liquid in this way and added The structure of hot cup or similar liquids Heating Cup.At this point, heating device is both mountable in vessel, it is also mountable in container sheet In vitro.

In above-mentioned another technical solution, it is preferable that the heating vessel further includes pedestal and heating device, described Vessel can be mounted on the base, and the heating device is arranged on the vessel or is arranged in the pedestal It is interior.

In those technical solutions, also one pedestal can be set in the bottom of vessel, and pass through setting one side of pedestal Face is capable of providing the platform of a placement vessel, on the other hand can provide power supply, Huo Zhetong by pedestal for heating device Pedestal is crossed to control the specific works of vessel, such as control heating power, heating time etc..And heating device is for heating Vessel, wherein specifically, heating device was both mountable in pedestal, also mountable on vessel, and heating device Position, can be according to actual setting.This kind of structure, heating vessel includes vessel, container cover and pedestal, thus can be incited somebody to action Heating vessel is arranged to the structure of a teapot or similar teapot.

In the above-mentioned technical solutions, it is preferable that the heating device is arranged in the inner bottom wall of the vessel；Its In, when the leaching bubble component includes Supporting cover, Supporting cover can be located on the heating device.

In those technical solutions, preferably heating device is arranged in the inner bottom wall of vessel, and by Supporting cover It is provide with installation on the heating, directly heating device can be arranged in Supporting cover heat in this way, can be improved in this way The heating efficiency of water in Supporting cover, it is ensured that heating vessel can generate enough steam and hot water, can mention in this way Height leaching tea speed, it is ensured that the effect of the operations such as leaching tea, to improve the mouthfeel of tea.

In any of the above-described technical solution, it is preferable that the heating power of the heating device be more than or equal to 150W be less than etc. It is more than or equal to 300W in the heating power of 1000W or the heating device and is less than or equal to 600W.

In those technical solutions, heating device, which is preferably set up directly in vessel, to be heated, and can be mentioned in this way The heating efficiency of high product, so that the speed and effect of the operations such as leaching tea can be improved, to improve the mouthfeel of tea etc..And it will add The heating power setting of thermal between 1000W, is further arranged in 150W (W is power unit, indicates watt) 300W is to the heating power that can rationally limit heating device between 600W, so as to rationally limit the steam in Supporting cover Amount so that the water boiling in Supporting cover can either be prevented excessive, and can be ensured from apron hole with ensuring to drench the speed of tea time water The water of outflow has certain speed, to ensure to drench the effect of the operations such as tea.

In any of the above-described technical solution, it is preferable that be provided with handle on the vessel.Wherein, by the way that hand is arranged Handle can make vessel is more convenient to be moved, to be more conducive to the operation such as serve the tea, clean.

In any of the above-described technical solution, it is preferable that container mouth is set on the side wall of the vessel.By in container Container mouth is set on the side wall of ontology, pouring out for tea in vessel etc. can be carried out by container mouth, is being fallen in this way Out whens tea etc., just do not have to open container cover, takes out leaching bubble component etc., it is thus possible to keep pouring out for tea etc. more convenient.

In any of the above-described technical solution, it is preferable that be additionally provided with lid on the vessel, the lid can be beaten The container mouth is closed on or off.

In those technical solutions, a lid can be set at the container mouth of vessel, in this way can by lid come The opening and closing for carrying out container mouth, can prevent container mouth from opening wide for a long time in this way, thus can be when the operation such as making tea, by container mouth It closes, to lock heat and tea perfume in vessel etc., can prevent heat from leaking in this way, improve the heating effect of product Rate, so that it is guaranteed that effect of tea making.

Wherein, specifically, the structures such as operation panel, control panel, shell, power supply are provided on the pedestal.

Wherein it is preferred to which the heating vessel is Heating Cup, teapot or coffee pot, certainly, heating vessel It can also be the other products in addition to Heating Cup, teapot and coffee pot.

The additional aspect and advantage of the utility model will become obviously in following description section, or practical new by this The practice of type is recognized.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the structural schematic diagram for the leaching bubble component that one embodiment of the utility model provides；

Fig. 2 is the partial enlargement structural representation at the A for the leaching bubble component that the embodiment in Fig. 1 provides；

Fig. 3 is another structural schematic diagram for the leaching bubble component that the embodiments of the present invention provide；

Fig. 4 is the another structural schematic diagram for the leaching bubble component that the embodiments of the present invention provide；

Fig. 5 is the another structural schematic diagram for the leaching bubble component that the embodiments of the present invention provide；

Fig. 6 is the 5th structural schematic diagram of the leaching bubble component that the embodiments of the present invention provide；

Fig. 7 is the structural schematic diagram of another state for the leaching bubble component that one embodiment of the utility model provides；

Fig. 8 is the structural schematic diagram for the heating vessel that one embodiment of the utility model provides.

Wherein, the corresponding relationship between appended drawing reference and component names of the Fig. 1 into Fig. 8 are as follows:

1 filter cylinder, 12 paddle holes, 14 overflow holes, 16 mounting holes, 2 open tubular columns, 3 sprinkling heads, 32 first accommodating chambers, 34 dissipate Water hole, 4 conducting elements, 42 Supporting covers, 44 connecting tubes, 5 fixing pieces, 6 vessels, 62 handles, 7 container covers, 8 pedestals.

Specific embodiment

In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen The feature in embodiment and embodiment please can be combined with each other.

Many details are explained in the following description in order to fully understand the utility model, still, this is practical Novel to be implemented using other than the one described here other modes, therefore, the protection scope of the utility model is simultaneously It is not limited by the specific embodiments disclosed below.

It describes to steep component according to the leaching of some embodiments of the utility model referring to Fig. 1 to Fig. 8 and liquid heating is held Device.

As shown in Figures 1 to 7, the embodiment of the utility model first aspect provides a kind of leaching bubble component, is used for liquid Container is heated, heating vessel includes vessel 6, and leaching bubble component includes: filter cylinder 1, it can be mounted in vessel 6, At least one paddle hole 12 is provided on the bottom wall and/or side wall of filter cylinder 1；Wherein, overflow is additionally provided on the side wall of filter cylinder 1 Hole 14, the cross-sectional area of overflow hole 14 are greater than the cross-sectional area of paddle hole 12.

Component is steeped according to the leaching that the embodiment of the utility model first aspect provides, is used for heating vessel, liquid adds Heat container includes vessel 6, and specifically, filter cylinder 1 is made tea to realize and drenches tea for filling the drinks material such as tealeaves, ground coffee Deng operation, and it is provided at least one paddle hole 12 on filter cylinder 1, and is by the water in 12 vessel 6 of paddle hole It can enter in filter cylinder 1, and the water in filter cylinder 1 can also be discharged in vessel 6, to realize between filter cylinder 1 and vessel 6 Water exchange.And by the way that the cross-sectional area overflow hole 14 also bigger than paddle hole 12 is arranged on the side wall of filter cylinder 1, So that overflow hole 14 is less susceptible to block compared with paddle hole 12, therefore when filter cylinder 1 carries out the operation such as drenching tea and make tea, filter cylinder 1 Always the liquid such as tea in filter cylinder 1 can at least be overflowed by overflow hole 14, in this way in paddle hole 12 by tealeaves, coffee When the drinks material such as coffee powder blocks, filter cylinder 1 can be also connected to by overflow hole 14 with vessel 6, on the one hand can be prevented in this way Only the liquid such as water in filter cylinder 1 are excessive, so as to when carrying out the operations such as leaching tea using filter cylinder 1, it is ensured that the water in filter cylinder 1 Amount improves the mouthfeel of millet paste etc. to ensure to drench the effect of the operations such as tea.On the other hand filter cylinder 1 can be prevented to be completely plugged, from And can using filter cylinder 1 make tea etc. operation when, it is ensured that filter cylinder 1 can be connected to vessel 6, and then can ensure to filter The exchange rate of water between cylinder 1 and vessel 6 is mentioned with ensuring immersion and the effect of extracting of the drinks material such as tealeaves, ground coffee The utilization rate of the drinks material such as high tealeaves, ground coffee.

Wherein it is preferred to which the cross-sectional area S of paddle hole 12 is more than or equal to 0.2mm²Less than or equal to 7.1mm².Inlet and outlet water The aperture in hole 12 should not be too large also should not be too small, and the excessive drinks material such as tealeaves, ground coffee that will lead to exposes filter cylinder 1, too small meeting The drinks material such as tealeaves, ground coffee blocking paddle hole 12 or the excessively slow situation of Inlet and outlet water is caused to occur, therefore, Inlet and outlet water The area of the cross section in hole 12 is preferably being more than or equal to 0.2mm²Or it is less than or equal to 7.1mm²In the range of, Inlet and outlet water can be made in this way Compare rational in the aperture in hole 12.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2, fig. 4 to fig. 6, the quantity of overflow hole 14 is multiple, and/ Or overflow hole 14 is round hole or polygonal hole or slotted eye.

In those embodiments, the quantity of overflow hole 14 is preferably several, can ensure the paddle hole of filter cylinder 1 in this way 12 turn-on effect in blocking between filter cylinder 1 and vessel 6, to ensure to drench the effect of tea and the operations such as make tea.And overflow The shape in hole 14 can be arbitrarily arranged, wherein preferably, can be set to round, polygon or ellipse, because of round, polygon Or ellipse is relatively common and comparison rule shape, therefore relatively good processing.Certainly, overflow hole 14 can be configured as except circle Any other shape except shape, polygon or ellipse.

In any of the above-described embodiment, it is preferable that as shown in Fig. 2, fig. 4 to fig. 6, the quantity of overflow hole 14 be it is multiple, it is more A overflow hole 14 it is equal in magnitude, or close to filter cylinder 1 bottom wall overflow hole 14 cross-sectional area be less than far from filter cylinder 1 bottom The cross-sectional area of the overflow hole 14 of wall.

In those embodiments, when the quantity of overflow hole 14 is multiple, the size of multiple overflow holes 14 both can be all equal, It can not also be all equal.Wherein it is preferred to which filter cylinder 1 can be set close to the cross-sectional area of the overflow hole 14 of the opening of filter cylinder 1 That sets is larger, and by filter cylinder 1 close to the overflow hole 14 of bottom wall cross-sectional area be arranged it is smaller, filter cylinder 1 can be made in this way On overflow hole 14 from bottom wall to opening increase.And the overflow hole 14 of the opening close to filter cylinder 1 can make greatly 1 spilling water speed of filter cylinder Faster, and the overflow hole 14 of lower part is smaller, and the water of 1 lower part of filter cylinder can be prevented by excessive spilling.

Wherein, it is further preferred that the cross-sectional area of multiple overflow holes 14 from close to filter cylinder 1 bottom wall a side far from One side of the bottom wall of filter cylinder 1 is gradually increased.The spilling water rate of overflow hole 14 can in this way be gradually increased, it is thus possible to make filter cylinder 1 Anti-overflow effect etc. it is more preferable.

In any of the above-described embodiment, it is preferable that the quantity of overflow hole 14 is multiple, cross section in multiple overflow holes 14 The cross-sectional area of the maximum overflow hole 14 of product is more than or equal to π mm²Less than or equal to 100 π mm²Or cross-sectional area in multiple overflow holes 14 The cross-sectional area of maximum overflow hole 14 is more than or equal to 4 π mm²Less than or equal to 25 π mm²。

In those embodiments, overflow hole 14 be should not be too large, also unsuitable too small, but cross-sectional area in multiple overflow holes 14 The cross-sectional area of maximum overflow hole 14 is preferably greater than or equal to π mm²Less than or equal to 100 π mm², just can make maximum overflow in this way The size of discharge orifice 14 is more moderate, to can not only prevent maximum overflow hole 14 excessive, but also can prevent maximum overflow hole 14 It is too small and do not have the effects of anti-overflow.And it is further preferred that the cross-sectional area of the maximum overflow hole 14 of cross-sectional area be greater than etc. In 4 π mm²Less than or equal to 25 π mm², and for other overflow holes 14, size can be arbitrarily arranged, but respectively less than transversal The maximum overflow hole 14 of area.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, the quantity of overflow hole 14 is multiple, multiple overflow holes 14 The distance between bottom wall of the farthest overflow hole 14 of the middle bottom wall apart from filter cylinder 1 and filter cylinder 1 is h, as shown in figure 3, filter cylinder 1 is interior The height of wall is L, wherein 0.2≤h/L≤0.8 or 0.33≤h/L≤0.67.

In those embodiments, on the arbitrary height for the side wall that multiple overflow holes 14 may be provided at filter cylinder 1, but in order to ensure The function of overflow hole 14, overflow hole 14 can not be arranged excessively high, and what can not be arranged is too short, therefore, apart from 1 bottom wall of filter cylinder The distance between farthest overflow hole 14 and 1 bottom wall of filter cylinder h are unsuitable too small, but also should not be too large, specifically, can be according to filter cylinder 1 The overall height L of inner wall the value of h is rationally set, it is preferable that the value of h/L be more than or equal to 0.2 be less than or equal to 0.8 be it is best, into Preferably, the value of h/L can be more than or equal to 0.33 and be less than or equal to 0.67 one step.

Wherein, the distance between bottom wall of overflow hole 14 and filter cylinder 1 is side and filter of the overflow hole 14 close to 1 bottom wall of filter cylinder The distance between 1 bottom wall of cylinder.

In any of the above-described embodiment, it is preferable that from the direction at the edge of the bottom wall close to filter cylinder 1 on the bottom wall of filter cylinder 1 The middle part direction of bottom close to filter cylinder 1 is provided with the drainage face being obliquely installed to the outside of filter cylinder 1.

It, can be on the bottom of filter cylinder 1, from the edge of 1 bottom of filter cylinder into the bottom of filter cylinder 1 in those embodiments The drainage face tilted down is arranged in portion, can be drawn the water on 1 bottom wall of filter cylinder from the edge of the bottom wall of filter cylinder 1 by drainage face in this way The middle part of the bottom wall of filter cylinder 1 is led, so as to which in the leaching tea time, the water at the position that water is poured in filter cylinder 1 is directed to leaching not To at the position of water, so that the tealeaves etc. in filter cylinder 1 can be contacted with water, so as to further increase the uniform of leaching tea Property.Make all tealeaves etc. that can be sufficiently soaked extraction in this way, so that tealeaves etc. can be used sufficiently, so just The utilization rate of tealeaves etc. can be improved, the effect of the operations such as leaching tea is improved, to improve the mouthfeel of tea etc..

In the above embodiment, it is preferable that drainage face is the bottom wall of arcwall face or clinoplain and/or filter cylinder 1 from filter cylinder The edge of 1 bottom wall to filter cylinder 1 bottom wall middle part to the outside of filter cylinder 1 be recessed be arranged.

In this embodiment, drainage face can be arranged to camber or be arranged to a clinoplain, it in this way can be by filter cylinder 1 The water of bottom wall edge is guided to the middle part of the bottom wall of filter cylinder 1, so as to further ensure that the uniformity of the operations such as leaching tea.Its In, it is preferable that can bottom wall by the bottom wall of filter cylinder 1 from the edge of the bottom wall of filter cylinder 1 to filter cylinder 1 middle part to the outside of filter cylinder 1 Recess setting, can be by the entire bottom of filter cylinder 1 from edge to middle part to lower recess, so just can be by the bottom of entire filter cylinder 1 Wall is all provided with the drainage face of being set to, so that all directions of entire filter cylinder 1 can be realized uniformly leaching tea.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, mounting hole 16 is provided on the bottom wall of filter cylinder 1, Leaching bubble component further include: open tubular column 2, the first end of open tubular column 2 are mounted in mounting hole 16, and the second end of open tubular column 2 is located at filter It is reached outside filter cylinder 1 in cylinder 1 or from the opening of filter cylinder 1；Sprinkling head 3 is mounted in the second end of open tubular column 2, in sprinkling head 3 It is provided with the first accommodating chamber 32, apron hole 34 is provided on the inner wall of the first accommodating chamber 32, the water energy in sprinkling head 3 enough passes through scattered Water hole 34 is spread across in filter cylinder 1.

In those embodiments, installation of the sprinkling head 3 on filter cylinder 1 can be realized by open tubular column 2, and sprinkling head 3 is set Sprinkling head 3 can be made to be connected to by open tubular column 2 with the conducting element 4 of vessel 6, so as to pass through in filter cylinder 1 for drenching the tea time Sprinkling head 3 is sprayed by apron hole 34 onto drinks materials such as tealeaves, ground coffees after the moisture for drenching the operations such as tea scatters, Sprinkling head 3 just can spray away the water large area for drenching the operations such as tea in this way, to prevent water to be merely able to pour some part The water for drenching the operations such as tea can relatively evenly be poured the drinks material such as tealeaves, ground coffee by sprinkling head 3 in this way by region On, so that all tealeaves etc. can be sufficiently soaked extraction, so that tealeaves etc. can be used sufficiently, in this way The utilization rate of tealeaves etc. is improved, the effect of the operations such as leaching tea is improved, to improve the mouthfeel of tea etc..Meanwhile in the application, aproll First 3 are mounted at the mounting hole 16 of filter cylinder 1 by open tubular column 2, therefore the installation of sprinkling head 3 can be realized by filter cylinder 1, so just Without sprinkling head 3 to be installed on other components such as conducting element 4, so that sprinkling head 3 and filter cylinder 1 can be mounted to one Body, so that sprinkling head 3 and filter cylinder 1 can be dismounted integrally.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, filter cylinder 1 be circular filter cartridge, circular filter cartridge it is straight Diameter is D, and the distance between bottom wall of the farthest apron hole 34 of the bottom wall in multiple apron holes 34 apart from filter cylinder 1 and filter cylinder 1 is H, Wherein, 0.13D²≤H≤12.5D²Or 0.3D²≤H≤5D²Or the water in sprinkling head 3 is specified when flowing out from apron hole 34 Speed is V₀, wherein

In those embodiments, the height of highest apron hole 34 on the one hand can be rationally limited by the diameter D of filter cylinder 1, The normal speed of the water flow at apron hole 34 can be limited, rationally just in this way to ensure the leaching tea range and leaching tea of sprinkling head 3 Effect, specifically, H can be arranged is more than or equal to 0.13D²Less than or equal to 12.5D², it is further preferred that H can be arranged big In equal to 0.3D²Less than or equal to 5D².Meanwhile it on the other hand can also pass through the water flow at the diameter D and apron hole 34 of filter cylinder 1 Normal speed namely optimal speed, rationally be arranged sprinkling head 3 on highest point apron hole 34 height, in this way be It can make to drench the tea time, the speed for the water that apron hole 34 flows out can satisfy expected requirement.Wherein it is preferred to which the diameter of filter cylinder 1 can be made D, when the water in the distance between bottom wall of the apron hole 34 of highest point and filter cylinder 1 H and sprinkling head 3 is flowed out from apron hole 34 Normal speed V₀Meet following relationship:

Wherein, the distance between bottom wall of apron hole 34 and filter cylinder 1 is the center of apron hole 34 and the inner bottom wall of filter cylinder 1 The distance between.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, leaching bubble component further include: conducting element 4, water conservancy diversion One end of part 4 is extend into vessel 6, and is located at outside filter cylinder 1, and the other end of conducting element 4 is connected to sprinkling head 3, conducting element 4 Water in vessel 6 can be imported into sprinkling head 3.

It, can be by conducting element 4 by liquid such as water in vessel 6 by the way that conducting element 4 is arranged in those embodiments Body is imported into sprinkling head 3, it is more equably then spread across to the drinks such as tealeaves, ground coffee in filter cylinder 1 by sprinkling head 3 On material, the liquid such as water in vessel 6 can be directly sprinkled upon on the drinks material such as tealeaves, ground coffee in this way, to realize Drench the operation such as tea.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, conducting element 4 includes: Supporting cover 42, Supporting cover Through-hole is provided on 42, Supporting cover 42 can be buckled on the bottom wall of vessel 6, formed second with the bottom wall of vessel 6 and held Receive chamber；One end insertion of connecting tube 44, connecting tube 44 is mounted in through-hole, and the other end insertion of connecting tube 44 is installed to open tubular column 2, and be connected to open tubular column 2.

In those embodiments, conducting element 4 includes Supporting cover 42 and connecting tube 44, wherein connecting tube 44 and Supporting cover 42 It is connected to by through-hole, and the other end of connecting tube 44 can be installed to open tubular column 2 and is connected to filter cylinder 1, thus 42 side of Supporting cover Water just can be imported into filter cylinder 1 by connecting tube 44.And Supporting cover 42 can be buckled on the bottom wall of vessel 6, with appearance The bottom wall of device ontology 6 forms the second accommodating chamber, in this way after the water in vessel 6 is heated boiling, just can hold second Intracavitary generation steam is received, to gradually increase in steam, after the pressure in the second accommodating chamber is gradually increased, in the second accommodating chamber Water just can be pressed into filter cylinder 1 by connecting tube 44, then can be poured on tealeaves in filter cylinder 1 etc., to realize leaching tea etc. Operation.And this kind of structure be when drenching the operation such as tea, it can be by the pressure that the water vapour in vessel 6 generates by water from container sheet Body 6 is pressed into filter cylinder 1, and does not have to the pumping structures such as additional setting water pump, it is thus possible to be simplified the cost of filter cylinder 1, be reduced and produce The power consumption of product.

Certainly, conducting element 4 can also be other structures that can be imported into the water in vessel 6 in filter cylinder 1, such as Can by a water plug, such as water pump and exhaust tube composition pumping structure as conducting element 4, so as to by container Water in ontology 6 is pumped into filter cylinder 1, to realize the operations such as leaching tea.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, the other end of connecting tube 44 can be inserted releasably Enter installation to open tubular column 2, and after connecting tube 44 is disassembled from open tubular column 2, as shown in fig. 7, Supporting cover 42 can be releasably In the opening of filter cylinder 1, the one end of connecting tube 44 far from Supporting cover 42 can releasably be installed to vessel 6 lid.

In those embodiments, the other end and the open tubular column 2 of connecting tube 44 are releasably installed, so that filter cylinder 1 and sprinkling head 3 can also disassemble from connecting tube 44, and after filter cylinder 1 is disassembled from connecting tube 44, filter cylinder 1 can be with Supporting cover 42 Mutually lid closes, and the one end of connecting tube 44 far from Supporting cover 42 can releasably be installed to vessel 6, so that filter cylinder 1, Supporting cover 42 and connecting tube 44 leaching bubble component can be assembled into make tea and equal operation forms and be mounted on vessel 6, it is available in this way Leaching bubble component carries out the operation such as make tea.And this kind setting can either be releasably installed together due to filter cylinder 1 with Supporting cover 42 To realize the operation such as make tea, and it can be mounted on the other end of connecting tube 44, to be assembled into leaching with Supporting cover 42 and connecting tube 44 For the operation forms such as tea to carry out the operations such as leaching tea, this allows for user when component is steeped in the specifically used leaching, can be according to reality Need to carry out Supporting cover 42, connecting tube 44 and filter cylinder 1 assembling of different modes, to be combined into operation forms or the combinations such as leaching tea At equal operation forms of making tea, the operations such as component had not only realized the operations such as leaching tea but also realization is made tea can be steeped by same leaching in this way, from And just can expand the function of product, the practicability of product is improved, and then just can preferably meet the various demands of user, To improve user experience.

In any of the above-described embodiment, it is preferable that heating vessel further includes heating device, and heating device setting is being held On the bottom wall of device ontology 6；When Supporting cover 42 is buckled on the bottom wall of vessel 6, Supporting cover 42 is provide on the heating；Its In, the heating power of heating device is more than or equal to 150W and is more than or equal to less than or equal to the heating power of 1000W or heating device 300W is less than or equal to 600W.

In those embodiments, the heating device water in ontology 6 for heating the container.So that vessel 6 has heating Function.It is heated, can be improved in Supporting cover 42 in this way wherein it is preferred to which heating device can be set up directly in Supporting cover 42 Water heating efficiency, it is ensured that leaching bubble component can generate enough steam and hot water, can improve the leaching operation such as tea in this way Speed and effect, to improve the mouthfeel of tea etc..And by the setting of the heating power of heating device in 150W between 1000W, Further, 300W is set to the heating power that can rationally limit heating device between 600W, so as to rationally limit The amount of steam in Supporting cover 42, to ensure to drench the speed of tea time water, so that the water boiling mistake in Supporting cover 42 can either be prevented Degree, and can ensure that the water flowed out from apron hole 34 has certain speed, to ensure to drench tea effect.

In any of the above-described embodiment, it is preferable that the one end of connecting tube 44 far from Supporting cover 42 can releasably install to When vessel 6, connecting tube 44 can move up and down along the short transverse of vessel 6.

In those embodiments, the one end of connecting tube 44 far from Supporting cover 42 can releasably and can be along vessel 6 Short transverse move up and down be mounted on vessel 6 so that user using the leaching bubble component carrying out the operation such as make tea When, connecting tube 44 can be lifted up, filter cylinder 1 is promoted to the opening of vessel 6, just can soak tea in this way Deng after, filter cylinder 1 is mentioned into tea water noodles or more upwards, to prevent the drinks such as tealeaves, ground coffee material from further impregnating in water, User just can select the time of the drinks material such as tealeaves, ground coffee immersion according to actual needs in this way, to prevent tealeaves, coffee The drinks material long soaking time such as powder and generation the case where lead to tea overrich.And when the operation such as making tea next time, it can pass through By connecting tube 44 to decline, so that filter cylinder 1 can continue to impregnate in water, with the operation such as continue to make tea again.

In any of the above-described embodiment, it is preferable that connecting tube 44 is inserted into being arranged on the one end being installed in open tubular column 2 There is external screw thread, internal screw thread is provided in open tubular column 2, connecting tube 44 and open tubular column 2 pass through the matching thread of external screw thread and internal screw thread Connection.

In those embodiments, external screw thread can be set on one end that connecting tube 44 needs insertion to be installed in open tubular column 2, And internal screw thread is set in open tubular column 2, it can be connected through a screw thread after connecting tube 44 is inserted into and is installed in open tubular column 2 in this way Realize fixation of the connecting tube 44 in open tubular column 2.And be threadedly coupled, connection is reliable and structure is simple, it is thus possible to ensure to connect While adapter tube 44 and open tubular column 2 can stablize installation, simplifies the structure of product, reduce the cost of product.

In any of the above-described embodiment, it is preferable that as shown in Figure 1, Figure 4 and Figure 5, leaching bubble component further include: fixing piece 5, One end of fixing piece 5 is arranged on filter cylinder 1, and filter cylinder 1 can be releasably mounted on the one end of connecting tube 44 far from Supporting cover 42 When, the other end of fixing piece 5 can be releasably mounted in connecting tube 44.

In those embodiments, a fixing piece 5 can be set on filter cylinder 1, so as to releasably pacify by filter cylinder 1 When on the other end of connecting tube 44, connecting tube 44 is fixed by fixing piece 5, specifically, for example can be set on filter cylinder 1 An elastic buckles are set, the detachable installation between connecting tube 44 and filter cylinder 1 is then realized by elastic buckles.Meanwhile it can connect External screw thread is set on pipe 44, and internal screw thread is set on filter cylinder 1 is equal, so as to screw realization connecting tube by internal and external threads Detachable cooperation between 44 and filter cylinder 1 can carry out dual fixation to connecting tube 44 in this way, to ensure connecting tube 44 and filter cylinder Installation reliability between 1.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, be provided at least one on the side wall of filter cylinder 1 Paddle hole 12.

In those embodiments, paddle hole 12 is set preferably on the side wall of filter cylinder 1, filter cylinder 1 can be passed through in this way Side wall on paddle hole 12 realize exchanging for the water between filter cylinder 1 and vessel 6.And at this point, on the bottom wall of filter cylinder 1 both Settable paddle hole 12, can also be not provided with paddle hole 12.

In any of the above-described embodiment, it is preferable that sprinkling head 3 is in umbrella shape or shower shape or mushroom-shaped or truncated cone-shaped.

In those embodiments, sprinkling head 3 preferably in umbrella shape or shower shape or mushroom-shaped or truncated cone-shaped because, umbrella shape or Shower shape or mushroom-shaped or truncated cone-shaped are relatively common, therefore relatively good processing is purchased, so as to reduce cost.Certainly, aproll First 3 can also be in other arbitrary shapes, numerous to list herein.

In any of the above-described embodiment, it is preferable that sprinkling head 3 can be releasably mounted on open tubular column 2 or sprinkling head 3 It is an integral structure with open tubular column 2.

In those embodiments, open tubular column 2 is preferably an integral structure with sprinkling head 3, because of the mechanics being an integral structure Performance is good, it is thus possible to ensure the bonding strength between open tubular column 2 and sprinkling head 3, in addition, can also be by open tubular column 2 and sprinkling head 3 It is made into integration, produces in batches, to improve the production efficiency of product, reduce the production and processing cost of product.Certainly, open tubular column 2 with Filter cylinder 1 and open tubular column 2 and sprinkling head 3 can also be split type structure, i.e. detachable structure, just can not use leaching in this way Filter cylinder 1 and open tubular column 2 and sprinkling head 3 are disassembled when steeping component and carry out separating storage and storage, to improve storage and deposit The convenience put, meanwhile, open tubular column 2 can releasably be connect with filter cylinder 1 and open tubular column 2 with sprinkling head 3, additionally it is possible to hollow After column 2, sprinkling head 3 and filter cylinder 1 are stained, individually open tubular column 2, sprinkling head 3 and filter cylinder 1 are replaced, to improve product Repair convenience.In addition, open tubular column 2 and filter cylinder 1 and open tubular column 2 and sprinkling head 3 are that can dismantle ground structure, additionally it is possible to filter When cylinder 1 is not used in the operations such as leaching tea, open tubular column 2 and sprinkling head 3 are disassembled, so that filter cylinder 1 realizes other effects, so just The utilization rate of filter cylinder 1 can be improved, specifically, for example, can filter cylinder 1 for make tea etc. operation when, by open tubular column 2 and sprinkling head 3 It disassembles, to increase the accommodation space of filter cylinder 1.

In any of the above-described embodiment, it is preferable that one end of open tubular column 2 can be releasably mounted in mounting hole 16.

In those embodiments, filter cylinder 1 and open tubular column 2 and sprinkling head 3 can be dismantled when without using leaching bubble component Get off to carry out to separate storage and storage, to improve the convenience of storage and storage, meanwhile, open tubular column 2 and filter cylinder 1 can be releasably Connection, additionally it is possible to after open tubular column 2, sprinkling head 3 and filter cylinder 1 are stained, individually open tubular column 2, sprinkling head 3 are replaced, with Improve the maintenance convenience of product.In addition, open tubular column 2 and filter cylinder 1 are that can dismantle ground structure, additionally it is possible to be not used in filter cylinder 1 When drenching the operation such as tea, open tubular column 2 and sprinkling head 3 are disassembled, so that filter cylinder 1 realizes other effects, filter can be improved in this way The utilization rate of cylinder 1, specifically, for example, can filter cylinder 1 for make tea etc. operation when, will be under open tubular column 2 and sprinkling head 3 dismantle Come, to increase the accommodation space of filter cylinder 1.Certainly, in other schemes, the bottom wall of open tubular column 2 and filter cylinder 1 can also be integral type knot Structure.

In any of the above-described embodiment, it is preferable that be provided with clear area on Supporting cover 42 and/or filter cylinder 1.

In those embodiments, by the way that clear area is arranged in Supporting cover 42 and/or filter cylinder 1, so as to saturating by this The situation inside Supporting cover 42 and/or filter cylinder 1 is seen in area pellucida clearly, specifically, for example in Supporting cover 42 clear area is arranged, can The process of the operations such as viewing leaching tea, and clear area is set on filter cylinder 1, the drinks such as tealeaves, the ground coffee in filter cylinder 1 can be watched The immersion of material extracts situation, also being capable of the specific leaching tea of viewing and the operations such as make tea when the operation such as carrying out leaching tea or making tea Process.

In any of the above-described embodiment, it is preferable that Supporting cover 42 is all-transparent structure or partially transparent structure, and/or filter Cylinder 1 is all-transparent structure or partially transparent structure.

In those embodiments, under the principle in order to see the inside of Supporting cover 42 and/or filter cylinder 1 clearly, it can will both support Lid 42 and/or filter cylinder 1 are all arranged to transparent configuration, Supporting cover 42 and/or filter cylinder 1 can also be arranged to partially transparent structure, The transparent situation of Supporting cover 42 and/or connecting tube 44 and/or filter cylinder 1 can be specifically selected according to the actual situation.

As shown in figure 8, the embodiment of the utility model second aspect provides a kind of heating vessel, comprising: container Ontology 6 is provided with vessel port on vessel 6；Container cover 7, container cover 7 can be covered in the vessel port of vessel 6；With Component is steeped in the leaching that any one of first aspect embodiment provides, and the filter cylinder 1 of leaching bubble component can be mounted on container sheet by vessel port In body 6.

The heating vessel that embodiment according to the present utility model provides has vessel 6, container cover 7 and first Component is steeped in the leaching that aspect any embodiment provides, and therefore, the heating vessel that the embodiments of the present invention provide has the The whole beneficial effects for the leaching bubble component that one side any embodiment provides, it is numerous to list herein.

In any of the above-described embodiment, it is preferable that heating vessel further includes heating device, and heating device setting is being held In device ontology 6 or it is arranged outside vessel 6.

In those embodiments, setting heating device can heat the water in vessel 6.And preferably, it can will heat Device and power supply unit etc. are all set up directly on vessel 6, and heating vessel can be arranged to a liquid in this way The structure of Heating Cup or similar liquids Heating Cup.At this point, heating device is both mountable in vessel 6, it is also mountable to hold Outside device ontology 6.

In above-mentioned another embodiment, it is preferable that as shown in figure 8, heating vessel further includes pedestal 8 and heating dress It sets, vessel 6 can be mounted on pedestal 8, and heating device is arranged on vessel 6 or is arranged in pedestal 8.

In those embodiments, also one pedestal 8 can be set in the bottom of vessel 6, and pass through setting 8 one side of pedestal Face is capable of providing the platform of a placement vessel 6, on the other hand can provide power supply by pedestal 8 for heating device, or The specific works of vessel 6, such as control heating power, heating time etc. are controlled by pedestal 8.And heating device is used for Heat vessel 6, wherein specifically, heating device was both mountable in pedestal 8, also mountable on vessel 6, and The position of heating device, can be according to actual setting.This kind of structure, heating vessel include vessel 6, container cover 7 and bottom Seat 8, thus heating vessel can be arranged to the structure of a teapot or similar teapot.

In the above embodiment, it is preferable that heating device is arranged in the inner bottom wall of vessel 6；Wherein, leaching bubble component When including Supporting cover 42, Supporting cover 42 can be provide on the heating.

In those embodiments, preferably heating device is arranged in the inner bottom wall of vessel 6, and by Supporting cover 42 It is provide with installation on the heating, directly heating device can be arranged in Supporting cover 42 heat in this way, can mention in this way The heating efficiency of water in high Supporting cover 42, it is ensured that heating vessel can generate enough steam and hot water, so just Leaching tea speed can be improved, it is ensured that the effect of the operations such as leaching tea, to improve the mouthfeel of tea.

In any of the above-described embodiment, it is preferable that the heating power of heating device is less than or equal to more than or equal to 150W The heating power of 1000W or heating device is more than or equal to 300W and is less than or equal to 600W.

In those embodiments, heating device, which is preferably set up directly in vessel 6, to be heated, and can be improved in this way The heating efficiency of product, so that the speed and effect of the operations such as leaching tea can be improved, to improve the mouthfeel of tea etc..And it will heating To between 1000W, 300W is further arranged in 150W (W is power unit, indicates watt) in the heating power setting of device To the heating power that can rationally limit heating device between 600W, so as to rationally limit the steam in Supporting cover 42 Amount so that the water boiling in Supporting cover 42 can either be prevented excessive, and can be ensured from aproll with ensuring to drench the speed of tea time water The water that hole 34 is flowed out has certain speed, to ensure to drench the effect of the operations such as tea.

In any of the above-described embodiment, it is preferable that as shown in figure 8, being provided with handle 62 on vessel 6.Wherein, lead to Crossing setting handle 62 can make vessel 6 is more convenient to be moved, to be more conducive to the operation such as serve the tea, clean.

In any of the above-described embodiment, it is preferable that container mouth is set on the side wall of vessel 6.By in vessel 6 Side wall on container mouth is set, pouring out for tea in vessel 6 etc. can be carried out by container mouth, pour out tea in this way Whens water etc., just do not have to open container cover 7, takes out leaching bubble component etc., it is thus possible to keep pouring out for tea etc. more convenient.

In any of the above-described embodiment, it is preferable that be additionally provided with lid on vessel 6, lid can open or close Container mouth.

In those embodiments, a lid can be set at the container mouth of vessel 6, in this way can by lid come into The opening and closing of row container mouth can prevent container mouth from opening wide for a long time in this way, thus can close container mouth when the operation such as making tea It closes, to lock heat and tea perfume in vessel 6 etc., can prevent heat from leaking in this way, improve the heating efficiency of product, So that it is guaranteed that effect of tea making.

Wherein, specifically, the structures such as operation panel, control panel, shell, power supply are provided on pedestal 8.

Wherein it is preferred to which heating vessel is Heating Cup, teapot or coffee pot, certainly, heating vessel can also For the other products in addition to Heating Cup, teapot and coffee pot.

In the description of this specification, term " connection ", " installation ", " fixation " etc. shall be understood in a broad sense, for example, " even Connect " it may be fixed connection or may be dismantle connection, or integral connection；It can be directly connected, it can also be in Between medium be indirectly connected.For the ordinary skill in the art, above-mentioned term can be understood at this as the case may be Concrete meaning in utility model.

In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. Mean that particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least the one of the utility model In a embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment Or example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiment or examples In can be combined in any suitable manner.

The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (14)

1. component is steeped in a kind of leaching, it is used for heating vessel, the heating vessel to include vessel, which is characterized in that Component is steeped in the leaching

Filter cylinder can be mounted in the vessel, be provided at least one disengaging on the bottom wall and/or side wall of the filter cylinder Water hole；

Wherein, at least one overflow hole is additionally provided on the side wall of the filter cylinder, the cross-sectional area of the overflow hole is greater than described The cross-sectional area of paddle hole.

2. component is steeped in leaching according to claim 1, which is characterized in that

The quantity of the overflow hole is that the multiple and/or described overflow hole is round hole or polygonal hole or slotted eye；And/or

The quantity of the overflow hole be it is multiple, multiple overflow holes it is equal in magnitude, or close to the filter cylinder bottom wall institute State overflow hole cross-sectional area be less than far from the filter cylinder bottom wall the overflow hole cross-sectional area.

3. component is steeped in leaching according to claim 1, which is characterized in that

The quantity of the overflow hole is multiple, the cross-sectional area of the maximum overflow hole of cross-sectional area in multiple overflow holes More than or equal to π mm²Less than or equal to 100 π mm²Or in multiple overflow holes the maximum overflow hole of cross-sectional area cross section Product is more than or equal to 4 π mm²Less than or equal to 25 π mm²；And/or

The quantity of the overflow hole is multiple, the farthest overflow hole of the bottom wall of filter cylinder described in distance and institute in multiple overflow holes Stating the distance between bottom wall of filter cylinder is h, and the height of the inner wall of the filter cylinder is L, wherein 0.2≤h/L≤0.8 or 0.33≤ h/L≤0.67。

4. component is steeped in leaching according to claim 1, which is characterized in that

Direction on the bottom wall of the filter cylinder from the edge of the bottom wall close to the filter cylinder is in the bottom of the filter cylinder Portion direction is provided with the drainage face being obliquely installed on the outside of the filter cylinder.

5. component is steeped in leaching according to claim 4, which is characterized in that

The drainage face be arcwall face or clinoplain and/or the filter cylinder bottom wall from the edge of the bottom wall of the filter cylinder to The middle part of the bottom wall of the filter cylinder is recessed to the outside of the filter cylinder and is arranged.

6. component is steeped in leaching according to any one of claim 1 to 5, which is characterized in that be arranged on the bottom wall of the filter cylinder There is mounting hole, component is steeped in the leaching further include:

Open tubular column, in the mounting hole, the second end of the open tubular column is located at the filter for the first end installation of the open tubular column It is reached outside the filter cylinder in cylinder or from the opening of the filter cylinder；

Sprinkling head is mounted in the second end of the open tubular column, and the first accommodating chamber is provided in the sprinkling head, and described first holds Receive chamber inner wall on be provided with apron hole, the water energy in the sprinkling head enough passes through the apron hole and is spread across in the filter cylinder.

7. component is steeped in leaching according to claim 6, which is characterized in that

The filter cylinder is circular filter cartridge, and the diameter of the circular filter cartridge is D, the bottom of filter cylinder described in distance in multiple apron holes The distance between bottom wall of the farthest apron hole of wall and the filter cylinder is H, wherein 0.13D²≤H≤12.5D²Or 0.3D²≤H ≤5D²Or normal speed of the water in sprinkling head when flowing out from the apron hole is V₀, wherein

8. component is steeped in leaching according to claim 6, which is characterized in that further include:

Conducting element, one end of the conducting element are extend into the vessel, and are located at outside the filter cylinder, the conducting element The other end is connected to the sprinkling head, and the water in the vessel can be imported into the sprinkling head by the conducting element.

9. component is steeped in leaching according to claim 8, which is characterized in that the conducting element includes:

Supporting cover is provided with through-hole in the Supporting cover, and the Supporting cover can be buckled on the bottom wall of the vessel, with institute The bottom wall for stating vessel forms the second accommodating chamber；

One end insertion of connecting tube, the connecting tube is mounted in the through-hole, and the other end insertion installation of the connecting tube is extremely The open tubular column, and be connected to the open tubular column.

10. component is steeped in leaching according to claim 9, which is characterized in that

The other end of the connecting tube can releasably be inserted into installation to the open tubular column, and the connecting tube is from the open tubular column On disassemble after, the Supporting cover can releasably be covered in the opening of the filter cylinder, and the connecting tube is far from the branch One end of support lid can releasably be installed to the vessel；And/or

The heating vessel further includes heating device, and the heating device is arranged on the bottom wall of the vessel；Institute When stating Supporting cover and being buckled on the bottom wall of the vessel, the Supporting cover is located on the heating device；Wherein, described to add The heating power of thermal is more than or equal to 150W and is more than or equal to less than or equal to the heating power of 1000W or the heating device 300W is less than or equal to 600W.

11. component is steeped in leaching according to claim 10, which is characterized in that

When the one end of the connecting tube far from the Supporting cover can releasably be installed to the vessel, the connecting tube energy Enough short transverses along the vessel move up and down.

12. component is steeped in leaching according to claim 6, which is characterized in that

At least one described paddle hole is provided on the side wall of the filter cylinder；And/or

The sprinkling head is in umbrella shape or shower shape or mushroom-shaped or truncated cone-shaped；And/or

The sprinkling head can be releasably mounted on the open tubular column or the sprinkling head and the open tubular column are integral type knot Structure；And/or

One end of the open tubular column can releasably install in the mounting hole.

13. a kind of heating vessel characterized by comprising

Vessel is provided with vessel port on the vessel；

Container cover, the container cover can be covered in the vessel port of the vessel；With

Component is steeped in leaching as described in any one of claims 1 to 12, and the filter cylinder of the leaching bubble component can pass through the container Mouth is mounted in the vessel.

14. heating vessel according to claim 13, which is characterized in that

The heating vessel further includes heating device, and the heating device is arranged in the vessel or is arranged in institute It states outside vessel；Or

The heating vessel further includes pedestal and heating device, and the vessel can be mounted on the base, institute Heating device is stated to be arranged on the vessel or be arranged in the pedestal.