CN206424631U - For storing sub-assembly and liquid processing system with pouring liquid - Google Patents

Abstract

For storing sub-assembly and liquid processing system with pouring liquid, the sub-assembly includes：For storing the container with base portion with pouring liquid；Container has the mouth relative with base portion and is included in the nozzle formed at mouth；And packaged unit；Wherein packaged unit is included when container base places the upper section formed on a support surface and during container support packaged unit；Wherein described packaged unit includes the pendency section dangled from upper section；Wherein packaged unit can be pivoted to the second place by the way that the first sub-portion section of upper section is pressed towards container from first position；And wherein the pendency section of packaged unit includes a seal member, the seal member is sealed at the level under first position between base portion and nozzle against the medial surface of container side wall, only to allow to be poured out under the second place of the liquid in first position and the second place via nozzle from container；Wherein upper section extends into the mouth of covering nozzles under first position.

Description

For storing sub-assembly and liquid processing system with pouring liquid

Technical field

The utility model is related to a kind of device for storing with treatment liquid, and the utility model is further related at a kind of liquid Reason system.

Background technology

In the prior art, it is known that a problem of water pot be dirt may drop in nozzle and with it is calm via nozzle The liquid mixing that device is poured out.This causes known water pot to be unsuitable for storing and topples over the liquid through filtering or otherwise purifying Body.

For example, being what on June 26th, 2015 accessedhttp://www.tupperware.com/Tupperware- Impressions-2-Qt-Pitcher/dp/B00XD58GPUClass=quickView＆field_availability=- 1＆field_browse=9221895011＆id=Tupperware+Impressions+2-Qt+Pitcher＆ie=UTF8＆ RefinementHistory=subjectbin%2Cprice%2Ccolor_map＆searchN odeID=9221895011＆ SearchPage=1＆searchRank=-product_site_launch_date＆search Size=12Disclose with name The water pot for claiming Tupperware Impressions to sell.It has the lid of relative stiffness and the main body of relative flexibility.When in When under detent position, water pot is closed along the level below just nozzle in the sealing strip of lid lower end；Pollutant may It can drop in nozzle and be mixed with liquid therein.

Therefore, it is an object of the invention to provide it is a kind of overcome drawbacks described above be used for store and treatment liquid device.

Utility model content

A purpose of the present utility model is to provide a kind of sub-assembly and liquid processing system, and they are simple, but It is effective from the pollution of pollutant and in terms of preventing spilling to protect liquid.

The utility model provides a kind of sub-assembly, and it includes：

For storing the container with base portion with pouring liquid；

Container has the mouth relative with base portion and is included in the nozzle formed at mouth；With

Packaged unit；

Wherein packaged unit is included when container base is placed on a support surface and is formed during container support packaged unit Upper section；

Wherein described packaged unit includes the pendency section dangled from upper section；

Wherein packaged unit can be pivoted by the way that the first sub-portion section of upper section is pressed towards container from first position To the second place；And

Wherein the pendency section of packaged unit includes a seal member, and the seal member is under first position in base portion and spray Medial surface at level between mouth against container side wall is sealed, only to allow liquid in first position and the second place Poured out under the second place via nozzle from container；

Upper section extends into the mouth of covering nozzles under first position.

The second sub-portion section of wherein upper section includes at least one edge that can be placed in an at least section at edge Section under first position at least to support packaged unit.

According to of the present utility model in a first aspect, the purpose according to sub-assembly of the present utility model by realizing, it is special Levy the mouth for being that under first position upper section extends into covering nozzles.

Seal member in the pendency section of packaged unit is relative efficiency in terms of spilling is prevented, because it will pressure By the inner surface of container.Section of dangling more closely adapted receptacles, then seal member will be more effective.When container is overturned accidentally, Tight fit also contributes to keep under packaged unit holding in place.By contrast, only on the side around container finish Closed vessel generally will be inadequate at, particularly if packaged unit is relatively gently.Pass through the mouth of covering nozzles The pollutant in portion, such as insect can not enter nozzle under first position (default location).Because closure elements pivot and including The extension of the mouth of covering nozzles, can save the hinge of the coating member of mouth for nozzle.This causes sub-assembly It is simple and manufacturing cost is low.This also means that all parts can be made up of the material (such as plastics) of identical.Metal is not needed Joint pin.The same action that the section of (downward) upper section is pressed towards container had both caused the mouth of covering nozzles to prolong Extending portion divides the edge from border nozzle mouth to be lifted, and causes seal member movement to be positioned thereon in the nozzle of container again At least one section that container perimeter is crossed on that side departs from the contact with chamber wall medial surface.Upper segment to be pressed The section is positioned on the opposite side relative with nozzle of container, therefore is connect when gripping container so as to from its pouring liquid The hand of nearly user.The section for the upper section being pressed to waiting a little while,please is positioned at certain level, with enclosing at the level Container edge around mouth is compared further away from base portion so that the section can be pressed easily towards container, such as with grasping Firmly container is so as to from the thumb of the hand of its pouring liquid.Seal member need not be along dangling part whole periphery against container The medial surface sealing of wall, but typically at least so done on that side of container that nozzle is arranged on.

In one embodiment of the sub-assembly, seal member is under at least first position along the periphery of depending portion section At least most of medial surface against chamber wall is sealed.

Therefore the container can be overturned in many directions and liquid will not overflow.In addition, packaged unit is relatively closely protected Hold.

In one embodiment, wherein the container includes edge, the edge surrounds the mouth relative with the base portion, its The second sub-portion section of middle and upper part section includes at least one edge segments that can be placed in an at least section at edge so as to extremely It is few to support packaged unit under first position.

Thus packaged unit is supported at least first position lower edge by edge segments.It is not necessary to provide for that will seal Closing part part is supported on independent rack-like protuberance or other supporting mechanisms on container.In addition, move pivotally can relatively easily with Packaged unit is combined along the displacement of container edge.Edge segments will be usually formed the over-hang part protruded relative to pendency section Section.Overhanging edge segments, which have, to be faced the surface at edge to support packaged unit.Thus pendency section is insertable through holding The mouth of device.

In a modification of the embodiment, first sub-portion section of the upper section for being pressed towards container is relative In second sub-portion section be inclined.

The modification allows to use the container with the edge being located substantially in a plane.Edge, which is not necessarily included in, to be treated Section is tilted down below the first sub-portion section for pressing towards container.The first sub-portion section for being pressed towards container can be wrapped Include at least one another section of edge segments, wherein other one or more sections under the second place can contact edge with Just packaged unit is supported.Other one or more sections are so as to also limit the boundary of pivoting action.

In a modification of the embodiment, wherein the container is included around the edge of the mouth relative with the base portion And upper section the second sub-portion section include can be placed at least one edge segments in an at least section at edge so as to Packaged unit at least is supported under first position, when packaged unit is by container support, in another section and upper section The mouth of container is extended across for the transition portion between the section that is pressed towards container.

Because transition portion extends across the mouth of container, therefore pivot axis similarly extends across the mouth of container. Assuming that the user presses down on the section of upper section in the edge of container towards container, such as by gripping appearance , there is the relatively long work to the control arm by will be formed by the first sub-portion section pressed towards container in the thumb of the hand of device Arm.This is made it easier to from container pouring liquid, even if packaged unit is involved in relatively large weight.

In the particular variant of the modification, transition portion includes the section of the edge segments of upper section, such as top portion The bent section of the edge segments of section.

Packaged unit while pivoting so as to keep being supported by the edge segments.If section is bending, pivot Shaft axis can be moved more easily along edge.Except when also being led when packaged unit is moved between the first position and the second position Cause outside packaged unit pivot, cause packaged unit along the displacement of porch with being also easier to.

In the embodiment of sub-assembly, wherein the container is included around the edge of the mouth relative with the base portion, on Portion's section includes edge segments, when packaged unit is by container support, and edge segments are along at least big of the periphery of upper section Partly, for example whole periphery extends above edge.

Edge segments need only one or some along its length to touch under any one position of packaged unit And edge.No matter its orientation, packaged unit will not drop in container.In addition, edge segments can help to prevent pollutant Entered between packaged unit and container side wall in container.

In one embodiment of the sub-assembly, seal member is positioned at the base portion and nozzle under at least first position Between level at.

It is positioned at due to seal member under at least first position at the level between the base portion and nozzle, it can be sealed Close the liquid path of nozzle.It is not necessary to adapt to the shape of seal member so that mouth and nozzle of the seal member in nozzle With reference to container side wall level between level at plug nozzle.

In one embodiment of the sub-assembly, container is included around the edge of container finish, and edge border nozzle Mouth.

It is above-mentioned by the relatively close container of nozzle compared with as having the container of the nozzle highlighted from side in teapot Major part place.Under normal conditions, nozzle can also be positioned closer to edge, so that the seal member of packaged unit At the level that may be provided at relatively close edge.

In a modification of the embodiment, nozzle is the form of container lip, and the edge segments quilt of the antelabium It is included in edge.

Nozzle is placed closer to the remainder of the container by this.Antelabium is only the upper edge edge of container side wall Section, with shape is folding or bending over to allow the section toppled over.The mouth of nozzle is adjacent to the mouth of container.This also allows to cover The extension of the mouth of lid nozzle is relatively small.

In one embodiment, packaged unit is included in the structure extended under at least first position in nozzle, example Such as at least one in pillar and web.

Container generally will only have a nozzle.The structure extended in the nozzle ensures that packaged unit is correct with container Ground is assembled so that the treating of upper section is located at being positioned on nozzle for container by the first sub-portion section for pressing towards container At the relative side in that side.

In a modification of the embodiment, the side wall of the structure from pendency section extends to the mouth of covering nozzles Extension.

In this embodiment, structure enhancing extension, hence for for the region covered by extension this prolong Extending portion point can be relative thin.Extension can be specifically a section of the overhanging marginal section of packaged unit.

In one embodiment of the sub-assembly, pendency section is provided with one ridge, and the one ridge is around pendency section At least a portion extension on periphery, at least one section formation seal member of one ridge.

The inner surface of one ridge contact chamber wall is sealed with least a portion formation along its length, particularly in nozzle Lower section.Packaged unit otherwise can be spaced apart with the inner surface of container side wall there is provided for packaged unit in first position The space moved between the second place, and allow the liquid poured out from container under the second place in container side wall and closing Flowed between part.Under normal circumstances, one ridge will be around dangle section whole periphery extension, even if one ridge not with it is described The inner surface of chamber wall contacts to seal along the formation of container whole length.

In a modification of the embodiment, one ridge is under at least described second place at the position relative with nozzle It is spaced apart with the inner surface of chamber wall.

This provides the ventilation for container in toppling process, so as to obtain the smooth flow of liquid.Because the position It is relative with nozzle, i.e. relative from that side that it is poured out with liquid, air vent is not easy to be filled with liquid.

In one embodiment of the sub-assembly, section of dangling in this embodiment is provided with one ridge, the one ridge At least a portion around its periphery extends, and one ridge at least one section formation seal member, container is provided with chamber wall At least one ledge on inner surface, each ledge is related to the respective segments of the one ridge in pendency section Connection, and is arranged to when packaged unit is pivoted in first position from the second place, be snapped into ledge and base portion it Between position under.

The section of one ridge is taken under the first position only in first position and the second place in base portion and associated Position between ledge.When packaged unit is pivoted between the first position and the second position, at least one described protrusion Part is highlightedly remote enough to be bonded on the one ridge on packaged unit.It can be specifically kept under first position in engagement State.Therefore, at least one ledge kept under first position packaged unit so as to liquid from its pour out at least that Closed on side (such as with the same side of nozzle).Ledge can be positioned on lower section and/or the adjacent nozzles positioning of nozzle, for example At the bottom of nozzle or level between nozzle and base portion.If there is multiple protruding portion point, then they are relative to logical The plane for being centrally and perpendicular to pivot axis for crossing container is arranged symmetrically.At least one described ledge is provided the user with can The feedback of perception, to send the signal for having reached first position.

In the embodiment of the sub-assembly, section of dangling in this embodiment is provided with one ridge, and the one ridge is surrounded At least a portion extension on its periphery, at least one section formation seal member of one ridge, container is provided with chamber wall At least one ledge on surface, each ledge is associated with the respective segments of the one ridge in pendency section, And it is arranged to, when packaged unit is pivoted in the second place from first position, be snapped between ledge and base portion Under position.

The section of one ridge is taken under the second place only in first position and the second place in base portion and associated Position between ledge.When packaged unit is pivoted between the first position and the second position, at least one described protrusion Part is highlightedly remote enough to be bonded on the one ridge on packaged unit.It can be specifically kept under the second place in engagement State.Therefore, at least one ledge keeps packaged unit under the second place.At least one described ledge generally will It is positioned on that side of the first sub-portion section identical for treating to be pressed towards container with packaged unit upper section of packaged unit. If there is multiple protruding portion point, then they with respect to container the plane for being centrally and perpendicular to pivot axis symmetrically cloth Put.At least one described ledge provides the user with appreciable feedback, to send the signal for having reached the second place.

In one embodiment of the sub-assembly, at least one at least seal member of container and packaged unit is by can The material of elastic deformation is made.

Therefore, at least one in seal member and container more closely accords with shape in another.Improve seal.This Outside, the change in relative position can be suitable for when packaged unit is moved between the first position and the second position.

In a modification of the embodiment, packaged unit container is firmer.

Under normal circumstances, packaged unit will have other functions need to perform, and it is relatively accurate for other functional requirements Ground keeps the shape and size of packaged unit.This requirement can more easily be met, if container deforms to adapt in closing Change on component locations, rather than otherwise.If container is deformed, packaged unit can be from relatively rigid material system As single-piece.The pendency section of packaged unit will be relative stiffness under any circumstance, and its reason is its (closing) shape Shape, shape resistance compression.Therefore, the implementation can also be realized if container and packaged unit are made up of identical material Example.They are prepared by identical material and reduces abrasion, and is typically therefore useful, is more rigid but regardless of two of which component 's.

In one embodiment of the sub-assembly, single-piece is made in packaged unit, such as moulding part.

This allows packaged unit to be manufactured with lower cost.Specifically, if packaged unit is firmer by container Material is made, and is in fact just formed into single-piece and does not weaken its feature.

In one embodiment, the side wall of pendency section is in the end of the first sub-portion section with treating to be pressed towards container Lug is provided with position on phase homonymy.

Lug is used to keep packaged unit under the second place.User and need not be kept with so big power its by Lower pressing, while liquid is poured out from container.In packaged unit and container at least one deformation so as to provide confrontation via Lug is applied to the elastic force of the power on packaged unit.Packaged unit between the opposite side of container side wall so that be maintained at suitable Position under.

In one embodiment of the sub-assembly, including at least one pair of component, each pair component includes projection and edge；Closing Part and container are respectively equipped with one in the projection and edge in a pair of components, when packaged unit is in first position and second When being pivoted between putting, projection can be moved along the edge.

The edge of every centering at least one pair of projection and edge keeps projection at the level between edge and base portion.Institute State holding projection at the level that edge can be between edge and base portion.In all cases projection when it is moved along edge not Need engagement edge.But, edge is used for the movement for limiting projection, so that for limiting packaged unit away from base portion direction Movement.Therefore the first sub-portion section of upper section is pressed down on towards container so that packaged unit is pivoted to second Power under putting presses the section away from container so that the power that packaged unit is pivoted to first position will not cause envelope Closing part part is popped up from container.Packaged unit is maintained on container.The upper section of closure member part be included in In the case of being located at the edge segments above the edge under few first position, the edge segments can be held against edge.In addition, The extension of the mouth of the upper section covering nozzle is held against the edge of nozzle under the first position.It is worth referring to What is gone out is, it will usually there is two pairs of projections and edge, projection can be moved along the edge, in the every of two opposite sides of container Exist a pair on side.Above-mentioned projection and edge on the direction for be roughly parallel to pivot axis to will be aligned.

In a modification of the embodiment, wherein the container includes the edge for surrounding the mouth relative with base portion, often Edge in projection and edge is arranged at the level between edge and base portion.

Therefore edge can have a certain degree relative to edge, so as to which the pivoting action of packaged unit is taken into account.Pivot The dynamic each pair component that packaged unit is provided with of transhipment performs the substantially non-rectilinear movement for being not parallel to edge, consequently it is difficult to Projection is kept to be on packaged unit using the edge of the sponson of container edge.

In a modification of the embodiment, including at least one pair of component, each pair component includes projection and edge；Envelope Closing part part and container are respectively equipped with one in the projection and edge in a pair of components, when packaged unit is in first position and second When being pivoted between position, projection can be moved along the edge, and container is included around the edge of the mouth relative with the base portion, And the edge in each pair projection and edge at the relevant position around container perimeter with the edge relative to container at least One angled mode of section is orientated.

As explained above, this takes the pivoting action of packaged unit into account.

In a modification of the embodiment, including at least one pair of component, each pair component includes projection and edge；Envelope Closing part part and container are respectively equipped with one in the projection and edge in a pair of components, when packaged unit is in first position and second When being pivoted between position, projection can be moved along the edge, the overhang and chamber wall for being arranged on packaged unit every a pair Between.

Generally, container will be flexible, to adapt to closing when it is pivoted between the first position and the second position Change on the position of the overhang of part.By providing above-mentioned right between overhang and the side wall of container, it will seal The elastic force that part presses against the inner surface of chamber wall also keeps projection in the below or above at edge.In addition, in depending portion Above-mentioned pair between container side wall is divided to be arranged such that packaged unit is easier removal.Under normal circumstances, there will be two pairs to dash forward Rise and edge, have a pair on every side of the opposite sides of container.By perpendicular to the imaginary line for connecting described pair The upward container in side, the releasable edge of projection or is released.Then packaged unit can be lifted from container.

In a modification of the embodiment, including at least one pair of component, each pair component includes projection and edge；Envelope Closing part part and container are respectively equipped with one in the projection and edge in a pair of components, when packaged unit is in first position and second When being pivoted between position, projection can be moved along the edge, and the edge in each pair projection and edge is to be used to receive described prominent The edge of the corresponding recesses risen.

Side is provided with compared to the one ridge on the surface of one wherein in the medial surface of packaged unit and container side wall The modification of edge, the surface that the surface and groove that projection is arranged on are disposed therein can be relatively close to together.

In one embodiment of the sub-assembly, packaged unit is configured to separating component, and the separating component is used to be formed to treat Processed liquid reservoir, and keep the liquid handling device for handling the liquid by reservoir outlet.

It is combined with the extension for covering mouth, the embodiment is suitable to pollutant of the supply with relatively low level Liquid through processing.When separating component is by container support under at least first position, separating component is provided for liquid from storage Device flows through liquid handling device and the path entered in container.

The modification of the embodiment also includes being used to close the lid of the mouth of the reservoir of the separating component.

The lid can be used for preventing pollutant from entering reservoir and/or if container upside down or only tilting to topple over liquid from it Prevent liquid from being flowed out from reservoir during body.

In a modification, lid is placed directly on separating component.This enables lid to be pivoted with separating component.

In the modification of the embodiment of the lid of the mouth including the reservoir for closing separating component, the lid can be from separation Isolation of components.

This allows to save hinge.

In the modification of the embodiment of the lid of the mouth including the reservoir for closing separating component, the lid includes extension Exceed and edge segments by separating component antelabium.

So as to which the lid can have relatively low profile.It need not be provided with recessed handle, be cut down provided with recessed handle The volume of reservoir.It will increase the height of sub-assembly without increasing also without with prominent handle with prominent handle It keeps the ability of liquid.

In the modification of the embodiment of the lid of the mouth including the reservoir for closing separating component, the lid includes pendency Section, the pendency section has the outer surface for being used at the mouth of reservoir engaging reservoir inner surface.

This is will to cover to remain to separating component relatively easy and effective manner, for example to pivot in separating component or By liquid from container pour out during it does not drop.

In a modification of the embodiment, sub-assembly includes at least one of following：

Pass through at least one groove of at least one section of section of dangling；With

At least one groove in one of following sections, the section be dangle section, reservoir inner surface The section of the inner surface of section at the reservoir mouth of another pendency section and the reservoir at reservoir mouth.

This provides the ventilation of reservoir, to allow liquid to be treated to be replaced by air.It should be noted that can make With the combination of groove and adjacent grooves.Groove can further allow a certain degree of compression of the pendency section of lid.

In the embodiment of the sub-assembly of the lid of the mouth including the reservoir for closing separating component, including pendency section Lid with the outer surface for being used at the mouth of reservoir engage reservoir inner surface, the lid includes pendency section and dangled from it Covering section, and cover section includes sideways, outwardly extending edge segments, and the mouth for neighbouring reservoir is placed on separating component Edge segments on.

Overhanging section limit pendency section may or should be pressed into the mouth of reservoir how far.

In a modification of the embodiment, section of the sideways, outwardly extending section along the lid periphery and the periphery along lid Remainder compare, relative to pendency section further protrude, wherein it only extends in the section along the lid periphery To the outward flange of the edge segments of separating component, wherein it extends only to separating component in the remainder along the periphery of lid Edge segments (for example, section on the relative side in the side that the section with upper section is positioned on) it is outer Edge.

This allow lid by " strippings " to remove it, but with the process its be erected at reservoir risk reduce. Fulcrum for peeling action is located at the suitable edge away from reservoir mouth, i.e., the place that overhanging section is further protruded.However, Anywhere sub-assembly is not widened.It is sideways, outwardly extending in lid symbol shape in the case of the shape of the upper section of separating component The section of the farthest protrusion of section is by the highest section positioning relative to lid, and the highest section is that user is possible to grip the lid So as to the position for peeling off it from separating component.

In one modification of the sub-assembly for including the lid of the mouth of the reservoir for closing separating component in sub-assembly, wherein Lid including pendency section includes depending portion with the outer surface for being used at the mouth of reservoir engage reservoir inner surface, the lid The covering section of Duan Congqi pendencys, and section is covered including sideways, outwardly extending edge segments, the mouth for neighbouring reservoir is put Put in the edge segments of separating component, the sideways, outwardly extending section receives the recessed portion in the edge segments of separating component It is interior, the recessed portion of the neighboring with asymmetrical shape of such as edge segments.

The recessed portion of edge segments has the effect that the covering section of the lid so that some few modes are sunk to point From there is provided smoother finish and reducing its risk disengaged unintentionally in part.Even if the periphery of reservoir mouth have pair The shape of title, if there is the recessed portion of edge segments the neighboring of asymmetrical shape and sponson to have respective shapes Neighboring, then the lid can only one orientation on be placed on separating component.

In a modification of the embodiment, packaged unit is configured to separating component in this embodiment, the separating component The reservoir of liquid to be treated for being formed, and keep for handling the liquid handling device by the liquid of reservoir outlet, The separating component includes the seat for being used to receive replaceable liquid handling device.

This allows to use fluid handling media or device, wherein the disposal ability is over time or with using exhausting.

In a modification of the embodiment, separating component includes cylinder base, and the core print seat is used to be received as replaceable liquid Body handles the replaceable liquid handling device of core form, and core print seat has mouth, and at least one section of liquid handling core can lead to Mouth insertion is crossed, and core print seat includes being used to engage the sealing surfaces at the peripheral sealing edge of the liquid handling core.

The mouth leaves generally by corresponding to the outlet of reservoir so as to force liquid through replaceable liquid handling core Reservoir.

In a specific modification, core print seat mouth corresponds to the mouth of core print seat chamber to receive the liquid handling core The section, the core print seat chamber end wall relative by least one side wall and with the mouth of core print seat chamber is limited, and core print seat chamber Room is provided with least one liquid permeable outlet.

Outlet can be used for flowing of the regulation by liquid handling core.This by the liquid in liquid handling core is spent when Between be determine liquid handling degree in the case of be useful.One example is that wherein described core is included for all in diffusion process Fluid handling media as adsorbed treatment liquid in (including ion exchange), and determined with the time of contact of fluid handling media Degree for the treatment of.

Outlet can be limited by the hollow space for the core print seat being projected into relative to surrounding's section of the end wall in core print seat chamber It is fixed.

Passage formation leads to the outlet of the core print seat chamber corresponding to the exhaust outlet of separating component in hollow space. The liquid level that the hole that passage is led to from core print seat chamber is provided is maintained for up in core print seat chamber.This causes following embodiments to turn into May, at least lower section of core in use even remains immersed in liquid after reservoir has been cleared in these embodiments In body.This is probably useful in the case where the fluid handling media in wherein wishing to prevent core is dried.This is micro wherein Material is also likely to be useful in the case of being provided in submergence part.

In a specific modification, the side wall of hollow projections limits passage, and provided with around central opening protrusion To at least one one ridge in passage.

One or more one ridges limit transverse cross-sectional area, and transverse cross-sectional area limitation liquid flow to core print seat chamber from reservoir The flow rate of the outlet of room.It or they also can be by engaging the ledge that can be plugged on the core in hollow projections And played a role in terms of fixed core.

In its particular variant, at least two its ends are in the tangent line relative to the axis corresponding to flow direction It is spaced apart to allow liquid between them to pass through in use on direction.

Therefore, even if the central opening that one or more one ridges are positioned around is blocked up by a part for liquid handling core Plug, keeps being under suitable position by a part of central opening of liquid handling core, also there is the path for liquid, institute Spacing of the cross-sectional area of path between its end is stated to determine.

According on the other hand, included according to liquid processing system of the present utility model according to sub-assembly of the present utility model And liquid handling device.

In one embodiment, liquid handling device be for be placed in the seat being included in separating component can be more The liquid handling device changed.

Replaceable liquid handling device keeps being in sealed relation in present, it is ensured that liquid to be treated is forced stream It is dynamic to pass through liquid handling device.Liquid handling device can have limited disposal ability and/or life-span, and can be consumed in its ability Changed to the greatest extent or when reaching its life-span Mo.

In a modification of the embodiment, replaceable liquid handling device is included at the replaceable liquid of housing Filter core is managed, the housing includes：

Form at least one liquid permeable window of liquid inlet；

Form at least one liquid permeable window of liquid outlet；

At least one processing chamber housing, such as including fluid handling media, positioned at forming the liquid inlet and liquid outlet Liquid permeable window between and with the window be in fluid connection.

This is a more general embodiment, wherein core for example can be set, the core has processing chamber housing, the processing chamber housing With each different contents.In addition, the chamber is used to keep granular fluid handling media bed, present for contact liq Relatively large effective area.

In a modification of the embodiment, the housing includes peripheral sealing edge, and peripheral sealing edge is used for and core The sealing surfaces of seat coordinate so as to liquid of the liquid permeable window with forming the liquid outlet by liquid inlet is formed Permeable window separation.

Action core being placed in core print seat causes sealing surfaces of the sealing strip along engagement core print seat, so as to prevent liquid from passing through Any flowing of liquid handling core.

In the embodiment of liquid processing system, liquid handling device includes fluid handling media, in diffusion process Middle treatment liquid, for example, pass through absorption.

For the purpose of this utility model, by the liquid handling of absorption include by ion exchange to liquid at Reason.

In the embodiment of liquid processing system, liquid handling device includes porous liquid permeability main body, and it is by adhesive Matter, such as particulate matter are made.

Main body may include the replaceable liquid handling in-core in the housing with the above-mentioned type.It can be self-supporting The major part of replaceable liquid handling device or even only only a part.In this case, by impermeable material system The housing made can be dispensed with.One example is to include the replaceable liquid handling device of porous bodies, the porous bodies by The activated carbon of hot adhesion is made, and is optionally covered by one or more layers liquid permeable mesh (web).

Therefore, including at for the liquid in diffusion process for example by the fluid handling media of adsorption treatment liquid In a modification for managing device, liquid handling device includes porous liquid permeability main body, and it is by bonding material, such as particulate matter Be made, and bonding material be included in diffusion process for treatment liquid fluid handling media it is at least some.

Brief description of the drawings

The utility model is carried out now with reference to accompanying drawing explanation is explained in greater detail, wherein：

Fig. 1 is the front plan view for forming the sub-assembly of liquid processing system, and it includes container, by lid covering Separating component is suspended in wherein, and wherein container is made transparent to show separating component；

Fig. 2 is the perspective view of container；

Fig. 3 is the viewgraph of cross-section of container, shows container nozzle when in terms of the inside of container；

Fig. 4 is another viewgraph of cross-section of container, shows the wall segment relative with nozzle when in terms of the inside of container；

Fig. 5 is the perspective view of separating component；

Fig. 6 is the detailed view of the lug on separating component；

Fig. 7 is the plan view of separating component；

Fig. 8 is the perspective view of the bottom side of separating component；

Fig. 9 is the upward view of separating component；

Figure 10 is the perspective cross-sectional view of separating component, shows the core print seat for receiving replaceable liquid handling core；

Figure 11 is the planar cross section view of separating component；

Figure 12 is the viewgraph of cross-section of suitable replaceable liquid handling core；

Figure 13 is the perspective view of lid；And

Figure 14 is the perspective view of base side.

Embodiment

Liquid processing system includes the container 1 (Fig. 1-4) for being used to receiving and toppling over the liquid through processing, the He of separating component 2 Lid 3 (Figure 13, Figure 14).Herein, it will be assumed that liquid processing system is for handling the liquid, aqueous such as originally system of drinking water. Shown liquid processing system is the liquid processing system of weight-driven.

Container 1 (Fig. 1-4) has base portion 4, for container to be placed into support surface.It has in the relative of base portion 4 The mouth that end is surrounded by edge 5.Edge 5 is located substantially in a plane, so when from side with viewed in plan view When, it is substantially straight.Side wall 6 extends to edge 5 from base portion 4.Container 1 is formed with nozzle 7.The mouth and appearance of nozzle 7 The mouth adjoining of device 1, and by the section border at edge 5.Nozzle 7 takes the antelabium form with the one of side wall 6.The antelabium upper edge Edge is included in edge 5.

Container 1 has the elongated cross sections transverse to the center vertical axes extended from base portion to mouth.Nozzle 7 is located at one At individual longitudinal end.Container 1 is symmetrical with respect to the plane of vertical axes and longitudinal axis.

Container 1 can be made of plastics, for example polypropylene or styrene-acrylonitrile (SAN).It is relative resilient, because it It can be extruded by user, at least in the case of no separating component 2.By contrast, also can be by polypropylene or styrene-acrylonitrile The separating component 2 being made is relatively hard.This is useful because it include need in the relative close margin of tolerance manufacture and The part of their shapes should be kept.In general, in the case where container 1 and separating component 2 are bonded with each other in order to prevent abrasion, They should be made up of identical material.

In the embodiment shown, container 1 is without single handle.This ensures the palmistry of user to close proximity to being held The main body of container 1 when in hand.More held to be provided on container 1, be provided with to form recess on container side wall 6 Side of sidewall portion section 8a, 8b, it forms recess on both sides.Therefore, single handle is not necessarily to.

Guide groove 9a, 9b (Fig. 2, Fig. 4) are arranged on the medial surface of side wall 6, in the level between base portion 4 and edge 5 Place.Guide groove 9a, 9b mainly extend in a longitudinal direction, but at least their top edge is relative on the periphery around container 1 Corresponding position edge 5 at least one section into very little angle.These edges are used to remain set at separating component 2 Outer surface on projection 10a, 10b (Fig. 5-8), projection 10a, 10b can be received in guide groove 9a, 9b.When separating component 2 It is separately placed in the mouth of container 1 and from during the mouth removal of container 1, the relative flexibility property of container side wall 6 allows Projection 10a, 10b is inserted into and removed.

Separating component 2 includes upper section and pendency section.It can be supported by upper section by container 1.In shown reality Apply in example, upper section includes extending beyond the overhanging marginal section 11 at edge 5.In the embodiment shown, the edge segments 11 Extend along the periphery of separating component 2.Edge segments 11 can be placed on edge 5 to support separating component 2.Pendency section Including side wall 12, edge segments 11 are protruded relative to the side wall 12 and combined with the side wall 12.

It can limit the axis 13 (Fig. 7) of separating component 2.Similar to container 1, separating component 2 has perpendicular to axis 13 generally elongated cross section.Edge segments 11 have the section 14 for the mouth for being used to cover the nozzle 7, in separation Relative section 15a, 15b on edge 5 is placed under the first position of part 2, with respect to transition section 16a, 16b, and first Relative to the inclined inclination section 17 of edge segments 15a, 15b for being placed on edge 5 under position.Tilt section 17 With the surface in face of edge 5, it is located substantially in a plane in use.It is inclined to tilt section 17 so that side Remote under first position it is held on along 5 and the axial distance in face of the surface at edge 5 between that tilts section 17 on edge 5 The increase of section 15a, 15b.Thus tilt section 17 can be pressed down on onto edge 5 towards container 1 so that separating component 2 is pivoted To under the second place, wherein it is also supported by container 1 under the second place.Edge segments 11 in the process along the displacement of edge 5, So that being moved in the process along edge 5 corresponding to the contact point of the pivotal axis.Mistake of these contact points also along bending Cross the movement of section 16a, 16b.Under both first position and the second place, the upper section of separating component 2 in transition section The section extended between 16a, 16b extends across the mouth of container 1.Therefore, pivot axis also extends across mouth, and at edge Positioned at 5 relative.Guide groove 9a, 9b edge allow projection 10a, 10b to move, while preventing separating component 2 in pivoting Inadvertently popped up from container 1.

Because separating component 2 is relative stiffness compared to container 1, container 1 (especially container side wall 6) can elasticity change Shape, to adapt to the separating component 2 under the second place.

When separating component 2 is pivoted under the second place, lug 18 (Fig. 6) on side wall 12 is by the direction of separating component 2 Nozzle 7 is pressed.The lug 18 also overcomes the relative resilient power applied by container side wall 6 and keeps separating component 2 to be clamped in second Under position.

Web 19 (Fig. 7, Fig. 8) extends to the edge segments 11 of the mouth of covering nozzles 7 under first position from side wall 12 Section 14.The web 19 ensures that separating component 2 can only be positioned so that lug 18 is located at the disposed thereon with nozzle 7 of container On the relative opposite side in side.It also strengthens the section of the edge segments 11 for the mouth that the nozzle 7 is covered under first position 14。

The inclination section 17 of edge segments 11 extends in the top at edge 5 and exceeds edge 5, therefore it can also be pressed far From container 1 so as to by separating component 2 from the second place discharge.Equally, guide groove 9a, 9b edge allows projection 10a, 10b to move, Prevent the separating component 2 from inadvertently being popped up from container 1 simultaneously.

It is arranged to for the seal member 20 of the periphery one ridge form on side wall 12 under first position along container week At least most of medial surface against container side wall 6 on side is sealed.This is at least including seal member 20 in base portion 4 and nozzle 7 Closest at least one section at the level between the end of base portion 4.In an illustrated embodiment, seal member 20 is with dividing It is integral from part 2.In an alternative embodiment, it can be co-molded with the remainder of separating component 2 and by more soft The material of property is made.In an illustrated embodiment, one ridge is general planar in shape.In alternative embodiments, it can With more round cross section, for example, it is shaped like pearl portion.

The outward flange for forming the one ridge of seal member 20 accords with shape in the medial surface of container side wall 6 in shape, except portion Section 21 (Fig. 9) outside, the section 21 be located at on the phase homonymy of the inclination section 17 of upper section.The section 21 is at least institute The inner surface for stating container side walls 6 under the second place separates to allow air to pass through.The ventilation causes liquid to topple over from container 1 When relatively smooth flow.Depending on the flexibility of container side wall 6 and seal member 20, section 21 can be effectively under first position Inner surface against container side wall 6 is sealed, so in base portion 4 and closest to edge at the level between the end of the nozzle 7 of base portion 4 The whole length for seal member 20 provides sealing.

Under the second place, at least one on the opposite side of the inclination section 17 of edge segments 11 of seal member 20 Section is located in edge 5 and nozzle 7 closest at the level between the end of base portion 4, it is allowed to which liquid is poured out from container.Mirror In container side wall 6 towards edge 5 it is outward-dipping the fact that, in the case of no nozzle 7, seal member 20 also with The inner surface of container side wall 6 is spaced apart.

In an illustrated embodiment, first one ridge of the seal member 20 also with being arranged on the inner surface of container side wall 6 22a, 22b and the second one ridge 23 (Fig. 3, Fig. 4) coordinate.First one ridge 22a, 22b (Fig. 3) is in most connecing corresponding to nozzle 7 Adjacent nozzles 7 are set at the level of the end of nearly base portion 4.First one ridge 22a, 22b is arranged symmetrically relative to nozzle 7, is made Them are obtained to be arranged symmetrically also relative to the symmetrical vertical plane of container 1.It is close when separating component 2 is pivoted under first position Envelope part 20 is snapped into behind first one ridge 22a, 22b.This provides the user with the letter that container 1 has been correctly closed Number.Signal needs not be audible, but can be felt by user.

Second one ridge 23 (Fig. 4) is located on the opposite side of the inside relative to nozzle 7 of container 1.When separating component 2 is moved When moving under the second place, seal member 20 is snapped into behind the second one ridge 23.This be liquid can be poured out from container 1 it is bright Display signals.

Separating component 2 limits core print seat (Figure 10, Figure 11), and including forming the end section of core print seat chamber, the core print seat chamber Room is used for the liquid handling device for being received to replaceable liquid handling core 24 (Fig. 9) form.Core print seat includes mouth, and the mouth exists Formed to form the reservoir of liquid to be treated at the bottom of one section of separating component 2.The housing of core 24 includes being attached to The core shell body component 25 of the container shape of the core shell body component 26 of hat, they are collectively defined as accommodating the chamber of fluid handling media Room.Periphery core sealing strip has symbol shape in the exterior contour on core print seat mouth periphery along 27, and is arranged to when core 24 is by correctly Coordinate when being placed in core print seat with sealing surfaces 28.When with the sealing surfaces of cooperation sealing engagement, core sealing strip is along 27 by shape Liquid permeable window 29a-29d into liquid inlet divides with forming liquid permeable window 30a, 30b of liquid outlet From.Therefore, liquid is forced through core 24 and leaves reservoir.It is entered by liquid permeable window 29a-29d, in this example The liquid permeable window 29a-29d is formed as the core shell body component 26 of hat.Liquid passes through described liquid permeable Window 30a, 30b leave, in this case, and described liquid permeable window 30a, 30b are forming the core shell of the base portion of core 24 Formed in body end wall 31.On its path by core 24, liquid contact is arranged in the He of core shell body component 26 by the hat Fluid handling media in the chamber that the core shell body component 25 of container shape is formed.

Fluid handling media may include the fluid handling media for the treatment liquid in diffusion process, for example, remove or add Plus component is to the medium of liquid.Specifically, medium may include for the fluid handling media by adsorption treatment liquid, this for Include ion exchange, absorption for the purpose of this utility model and absorb.The medium may include activated carbon.They may include from Sub-exchange resin, such as cationic ion-exchange resin.Cationic ion-exchange resin may include hydrogen type cation exchange resin.In a tool In the embodiment of body, most ion exchange resin is Hydrogen.Minority may at least initial handling have alkali metal contend with from Son, such as potassium or sodium.In order to more effectively utilize volume available, the cationic ion-exchange resin can be that Subacidity cation is handed over Change resin.Fluid handling media will usually at least partly particle form.Core 24 may include the fluid handling media of hot adhesion, Such as hot adhesion particulate liquid processing medium.Suitable binding agent includes polyethylene, particularly ultra high density polyethylene.

Core end wall 31 includes recess 32 (visible from the outside), and hollow core projection 33 is arranged in recess.Core projection 33 exists The end relative with the mouth of recess 32 of recess 32 is protruded from wall segment.It is completely encased in recess 32.Core projection 33 have substantially cylindrical shape, but are provided with pearl portion 34, and pearl portion forms fixing device on the outer surface.Core projection is also at it It is interrupted at free end, to allow it to be slightly compressed.

Core print seat chamber (Figure 10, Figure 11) is formed by core print seat chamber sidewall 35 and core print seat chamber end wall 36.Both separate The integral part of part 2.Liquid outlet extends through core print seat chamber end wall 36.In an illustrated embodiment, it by relative to The hollow projections 37 that surrounding's section of the core print seat chamber end wall 36 is projected into core print seat chamber are limited.In the embodiment In, hollow projections 37 and cylinder base chamber end wall 36 are integral.

When core 24 is placed in core print seat, hollow projections 37 at free end opening to receive core projection 33.Hollow projections 37 limit passage, and are provided with one ridge 38, and one ridge 38 is projected into the passage around central opening It is interior.The end of one ridge is separated in tangential direction relative to the axis 13 of separating component, in this example itself and flowing side To alignment.Even if when the core projection 33 of core 24 occupies the central opening surrounded by one ridge 38, separation allows liquid in ridge Pass through between the end in shape portion 38.

Pearl portion 34 is buckled in behind one ridge 38 to be in suitable position to axially retain core 24, and when core 24 When under correct position antagonism in the sealing strip of core 24 along the power on 27.

In use, the reservoir of liquid to be treated is above cylinder base, and it is closed by lid 3.Lid 3 only with separation unit Part 2 coordinates, and lid 3 only closes reservoir so that lid can be pivoted with separating component 2.Lid 3 will be closed relatively closely by separating component 2 reservoirs formed.When separating component 2 is pivoted or when liquid is poured out from container 1, while still having untreated liquid in reservoir Interior, this will generally prevent liquid sloshing from exceeding edge segments 11.However, as preventing the further precautionary measures of reservoir spill-over, Separating component 2 is made up of trnaslucent materials, and pad indicator (one indicates to correspond at the level of a cup capacity, Another corresponds at the level of two cup capacity) it is embossed or is otherwise disposed on the side wall 12 of separating component 2, It forms reservoir (reference picture 1, Fig. 5 and Fig. 7) herein.

Lid 3 (Figure 13, Figure 14) is single part, for example, can be obtained by injection moulding.It can for example be made up of polypropylene. It is more more flexible than separating component 2, such as by being made with the material compared with low elastic modulus.Lid 3 includes covering section 39 and outstanding Lappet section 40.Section 40 of dangling has symbol shape in the outer wheels of the in-profile of the side wall of separating component 2 at the mouth of reservoir It is wide.Pendency section 40 is interrupted at least one (being only one in instances) position along its periphery.Interrupt unit 41 Towards the edge extension of the remote covering section 39 of pendency section 40.Interrupt unit 41 allows pendency section 40 to be compressed, otherwise It is the form for the dependent wall closed on itself.Elastic return force then will dangle section 40 against separating component 2 side wall 12 inner surface pressing.Frictional engagement remains to lid 3 on separating component.

Covering section 39 forms the sponson relative to the pendency section 40.Even further extension is passed through antelabium 42 Cross the outward flange of the edge segments 11 of separating component 2.Lid 3 is so as to relatively easily removing.In an illustrated embodiment, lid is worked as 3 be in appropriate location under when, antelabium 45 be in relative to container 1 symmetrical plane offset a position at.Implement substituting In example, lid 3 can be symmetrical or antelabium 42 can be offset relative to opposite side.

It is worthy of note that, covering section 39 accords with shape in the edge segments 11 of separating component 2.Therefore, it includes：Covering part Section general plane the first section 43, bending transition section 44 and relative to the inclined section 45 of the first section 43.

In addition, covering section 39 overhanging section be received in separating component 2 edge segments female elements 46 (Fig. 5, In Figure 10).In view of following facts, i.e., it also must adapt to antelabium 42, and it extends beyond the edge part of separating component 2 herein Section, the female elements 46 have the neighboring for asymmetrically shape.

Ventilation groove 47 (Fig. 5, Figure 10, Figure 11) be arranged at the bottom of female elements 46, ventilation groove 47 also along point Inner surface from part 2 extends, in ventilation groove inner surface engagement pendency section 40.The formation of interrupt unit 41 ventilation is recessed The extendible portion of groove 47, so the liquid treated by core 24 is replaced by air.

In separating component 2 closest on the side of nozzle 7, female elements and remaining along the periphery of separating component 2 Part, may be in addition to wherein female elements extend to edge to adapt to antelabium compared to extending further out.Covering The sideways, outwardly extending section of section 39 is further protruded than the remainder along the periphery of lid 3 relative to pendency section 40, may be removed It extends beyond the outward flange of the edge segments of separating component 2, i.e., outside antelabium 45.Therefore, when by gripping antelabium 42 By lid 3 from separating component 2 peel off when, fulcrum is relatively distant from the reservoir mouth edge in separating component 2.Lid 3 thus less may be used It can drop into reservoir.It is readily removable.

Because the center vertical axes A of the relatively close container 1 of pivotal axis, separating component 2 can relatively easily pivot Turn.User only need to be with the thumb press of the hand for gripping container 1 to the inclination section 17 of edge segments 11.Such as another hand Glass need not be gripped.Once under the second pivot position, separating component 2 is remained there by lug 18.At first The section 14 for putting the edge segments 11 of the mouth of lower covering nozzles 7 is lifted from edge 5.Prevent liquid from entering spray under first position The section of the seal member 20 of mouth 7 container side walls 6 under the second place are disengaged.This allows the liquid through processing calm Device 1 is poured out.In order that obtaining separating component 2 returns to first position, only need to be with the thumb for the hand for gripping container 1 enough by flanging The inclination section 17 of edge section is away from edge 5.Guide groove 9a, 9b and projection 10a, 10b being maintained in guide groove ensure support separation The section 14 of the edge segments 11 of the mouth of part 2 and valve nozzles 7,15a, 15b return to the contact edge edge under first position 5。

The utility model is not limited to above-described embodiment, and it can change within the scope of the appended claims.Although for example, The liquid processing system shown is pure weight-driven, but alternative embodiment may include for reducing pressure in container 1 Device, or for increasing the device of pressure in the reservoir formed by separating component 2.With the shell for accommodating granular fluid handling media The replaceable liquid handling core 24 of body is described by way of example.One different embodiment may include assembly parts, The assembly parts are used to hermetically receive replaceable liquid handling device, and the liquid handling device is situated between for the liquid handling of hot adhesion The disc format of matter, is optionally at least partly covered by fluid permeable sheet material (such as pile fabric or mesh).

List of numerals

1- containers

2- separating components

3- is covered

4- base portions

5- edges

6- container side walls

7- nozzles

The side of sidewall portion section of 8a, 8b- formation recess

9a, 9b- guide groove

10a, 10b- projection

11- edge segments (upper section)

The side wall (pendency section) of 12- separating components

The axis of 13- separating components

The edge segments of 14- covering nozzles

The edge segments of 15a, 15b- adjacent nozzles

16a, 16b- transition section

The inclined edge segments of 17-

18- lugs

19- webs

20- seal members

The section of 21- seal members

The one ridge of 22a, 22b- first

The one ridges of 23- second

24- liquid handling devices (liquid handling core)

The core shell body component of 25- container shapes

The core shell body component of 26- hats

27- core sealing strips edge

28- sealing surfaces

The liquid permeable window of 29a-29d- formation liquid inlet

The liquid permeable window of 30a, 30b- formation liquid outlet

31- core shell body end walls

32- recesses

33- core projections

34- pearls portion

35- core print seat chamber sidewalls

36- core print seat chamber end walls

37- hollow projections

One ridge on 38- ledges

The covering section of 39- lids

The pendency section of 40- lids

41- interrupt units

The antelabium that 42- is covered

43- covers the first section of section

The transition section of 44- bendings

45- covers the inclination section of section

46- female elements

47- ventilation grooves

Claims (20)

1. a kind of sub-assembly, it includes：

For storing the container (1) with base portion (4) with pouring liquid；

Container (1) has the mouth relative with base portion (4) and is included in the nozzle (7) formed at mouth；With

Packaged unit；

Wherein packaged unit includes the shape when container base (4) is placed on a support surface and container (1) supports packaged unit Into upper section；

Wherein described packaged unit includes the pendency section dangled from upper section；

Wherein packaged unit can be pivoted to by the way that the first sub-portion section of upper section is pressed towards container (1) from first position The second place；And

Wherein the pendency section of packaged unit includes a seal member (20), and the seal member is under first position in base portion (4) Medial surface at level between nozzle (7) against container side wall is sealed, only to allow liquid in first position and second Poured out under the second place in position via nozzle (7) from container (1)；It is characterized in that：

Upper section extends into the mouth of covering nozzles (7) under first position.

2. sub-assembly according to claim 1,

Wherein seal member (20) under at least first position along depending portion section periphery it is at least most of against container side The medial surface sealing of wall.

3. sub-assembly according to claim 1 or 2,

Wherein described container (1) includes edge (5), and the edge (5) surrounds the mouth relative with the base portion (4)；And

The second sub-portion section of wherein upper section includes at least one edge part that can be placed in an at least section at edge (5) Section under first position at least to support packaged unit.

4. sub-assembly according to claim 3,

Wherein it is used for second sub-portion of first sub-portion section relative to upper section of upper section pressed towards container (1) Section is inclined.

5. sub-assembly according to claim 4,

Wherein when packaged unit is supported by container (1), in the second sub-portion section of upper section and for being pressed towards container (1) Upper section the first sub-portion section between transition portion extend across the mouth of container (1).

6. sub-assembly according to claim 3,

Wherein when packaged unit is supported by container (1), in the second sub-portion section of upper section and for being pressed towards container (1) Upper section the first sub-portion section between transition portion extend across the mouth of container (1).

7. sub-assembly according to claim 1,

Wherein seal member (20) is positioned under at least first position at the level between the base portion (4) and nozzle (7).

8. sub-assembly according to claim 1,

Wherein container (1) is included around the edge (5) of container (1) mouth；And

The wherein mouth of edge (5) border nozzle (7).

9. sub-assembly according to claim 8,

Wherein nozzle (7) is the form of container (1) antelabium, and the edge segments of wherein described antelabium are comprised in edge (5) In.

10. sub-assembly according to claim 1,

Wherein packaged unit includes pillar or web, and the pillar or web are extended under at least first position in nozzle (7).

11. sub-assembly according to claim 10,

Wherein described pillar or web extend to the top of covering nozzles (7) mouth under first position from the side wall of pendency section Section.

12. sub-assembly according to claim 1,

Wherein pendency section is provided with one ridge, and at least a portion of the one ridge around pendency section periphery extends, wherein At least one section formation seal member (20) of one ridge.

13. sub-assembly according to claim 12,

Wherein container (1) is provided with least one first one ridge (22a, 22b) on the inner surface of container side wall；

Each first one ridge (22a, 22b) is associated with the respective segments of the one ridge in pendency section, and is arranged to When packaged unit is pivoted to first position from the second place, it is snapped between the first one ridge (22a, 22b) and base portion (4) Position.

14. sub-assembly according to claim 1,

Including at least one pair of component, each pair component includes projection (10a, 10b) and edge；Packaged unit and container (1) point One in projection and edge that She You be in a pair of components, when packaged unit is pivoted between the first position and the second position When, projection (10a, 10b) can be moved along the edge；

The edge being wherein provided with the medial surface of container side wall (6) in guide groove (9a, 9b), each pair projection and edge is to lead The edge of groove (9a, 9b), the guide groove (9a, 9b) is used to receive corresponding projection (10a, 10b)；Or

Edge in each pair projection and edge provides or passed through container (1) side wall by the one ridge on packaged unit surface Medial surface provide.

15. sub-assembly according to claim 14,

The edge in each pair projection and edge in a pair of projections of wherein at least (10a, 10b) and edge is at edge and base portion (4) Between level at keep projection (10a, 10b).

16. the sub-assembly according to claims 14 or 15,

Wherein each pair projection and edge are arranged between the pendency part of packaged unit and container side wall.

17. sub-assembly according to claim 1,

Wherein packaged unit is configured to separating component, and the separating component is used for the reservoir for forming liquid to be treated, and should Separating component is used to keep liquid handling device, and the liquid handling device is used to handle the liquid by reservoir outlet.

18. sub-assembly according to claim 17,

Also include lid (3), the mouth of the reservoir for closing the separating component.

19. sub-assembly according to claim 18,

Its middle cover is placed directly on separating component.

20. liquid processing system, it includes the sub-assembly and liquid handling according to any one of claim 17 to 19 Device.