CN206965182U - A kind of material process combination device for producing solution - Google Patents

Abstract

The utility model discloses a kind of material process combination device for producing solution, including the cavity being laterally opened on solution device for making, the cavity can be used for placing usable material chamber, and the usable material chamber can be picked and placeed independently；The solution device for making at the top of the cavity is provided with lower pressure sealing device, and bottom is provided with pedestal for placed；The usable material chamber upper and lower opening, including vessel and the recoil base located at the vessel bottom side, the vessel upper end open is not with cover, is open form；The usable material chamber is placed on the pedestal for placed by the base that recoils, and the vessel upper end open can be pressed by the lower pressure sealing device, and then the usable material chamber upper and lower ends is tightly connected with the solution device for making.Usable material chamber of the present utility model can realize that a step installs food materials additional when being attached on solution device for making, and a step picks and places in place, step sealing installation, substantially increase the usage experience for picking and placeing convenient degree, improving user to usable material chamber.

Description

A kind of material process combination device for producing solution

Technical field

Solution preparation technique field is the utility model is related to, more particularly to a kind of material processing combination dress for producing solution Put.

Background technology

The existing solution device for making by distillation absorption, negative pressure, the circular treatment flow principle of immersion realizes solution Produce, it is ensured that the solution produced at utmost plays the nutritional ingredient of material, but on existing solution device for making For the usable material chamber of extraction feed, there are the following problems：1) structure of whole usable material chamber uses to accomplish good sealing Substantial amounts of fluid sealant part, structure are extremely complex；2) lid screws connection on, adds the structure complexity of usable material chamber, while not Beneficial to material is installed additional material could be installed additional, it is necessary to screw off upper lid；3) solution device for making is used for the cavity for setting whole usable material chamber It is closed, opening needs to open by handle, so being total closed type during causing distillation extraction, it is impossible to realize Visualize, it is necessary to be to be placed on from top to bottom in cavity by whole material, although enclosed cavity prevents work after opening During user maloperation, it is not easy to scald user, ensure the safety of user, but be placed into the mode of cavity from top to bottom It can not accomplish to pick and place well, user is inconvenient for operation.

The disclosure of background above technology contents is only used for auxiliary and understands utility model design of the present utility model and technical side Case, it not necessarily belongs to the prior art of present patent application, shows the above in this patent Shen in no tangible proof In the case of the applying date please is disclosed, above-mentioned background technology should not be taken to evaluate the novelty and creativeness of the application.

The content of the invention

The utility model purpose is the operation device for proposing that a kind of solution produces usable material chamber, to solve above-mentioned prior art Existing usable material chamber can not realize the technical problem of simple operation.

Therefore, the utility model proposes a kind of material process combination device for producing solution, including laterally it is opened in solution Cavity on device for making, the cavity can be used for placing usable material chamber, and the usable material chamber can be picked and placeed independently；At the top of the cavity The solution device for making is provided with lower pressure sealing device, and bottom is provided with pedestal for placed；The usable material chamber upper and lower opening, including hold Device body and the recoil base located at the vessel bottom side, the vessel upper end open is not with cover, is open form； The usable material chamber is placed on the pedestal for placed by the base that recoils, and the vessel upper end open can be pushed by described Sealing device presses, and then the usable material chamber upper and lower ends is tightly connected with the solution device for making.

Preferably, the lower pressure sealing device includes self-locking connecting rod and the piston component being connected with the self-locking connecting rod；Institute Stating piston component includes lid and piston lower cover on piston, and piston spring is provided between the piston lower cover and the piston lower cover.

Preferably, the self-locking connecting rod includes first connecting rod and second connecting rod, and the first connecting rod is provided with integrally formed Push handle；The first connecting rod is arranged on the solution device for making by first rotating shaft, and its end passes through the second rotating shaft It is connected with the top of the second connecting rod；The end of the second connecting rod is connected by the 3rd rotating shaft with the piston component.

Preferably, the lower pressure sealing device is close including first for being sealed to the vessel upper end open Sealing, the first seal include seal body and resilient structures, and the resilient structures are located at seal body use In the trailing flank of the primary sealing area of sealing.

Preferably, the recoil base is provided with the water-guiding hole that can be used for negative pressure recoil and recoiled installed in described on base Screen pack, the screen pack include being used for the filtration that filtration is carried out in still-process, and for being recoiled in negative pressure During recoil the recoil structure of expanded stirring.

Preferably, the pedestal for placed includes carrying out the usable material chamber lower end spacing limited impression, and for flowing back Recoil and the refluxing opening of logical steam, the water-guiding hole pass through the limited impression alignment refluxing opening.

Preferably, the recoil structure is a recoil region on the screen pack wire side, and the filtration is institute State the filtration zone in addition to the recoil region on screen pack wire side；The water-guiding hole is oppositely arranged with the recoil region.

Preferably, second seal, second sealing are provided between the recoil base and the pedestal for placed base The secondary sealing area that part includes being sealed in the recoil base bottom is provided with sealing ring, the inner area of sealing ring institute envelope There are the refluxing opening and the water-guiding hole in domain；The relative trailing flank of the secondary sealing area is provided with resilient structures.

Preferably, the resilient structures include at least one resilience groove being formed on trailing flank, and positioned at described The resilience of resilience groove both sides is raised.

Preferably, extension spring is provided between the first rotating shaft and the 3rd rotating shaft, the first connecting rod is provided with safety Bar, the safety pole may act on the trigger switch being located on the solution device for making.

The beneficial effect that the utility model is compared with the prior art includes：The utility model is in order to ensure that usable material chamber can facilitate Easily use, in order to solve the above problems, the usable material chamber after the utility model is simplified by structure coordinates laterally disposed chamber Body and lower pressure sealing device three in one are more easily operated to realize, usable material chamber is placed with laterally disposed cavity, Pressure sealing device under being set in the top of cavity, lower section set pedestal for placed, usable material chamber directly to add food materials after removing, add food It can be directly placed into cavity after material, be sealed by pedestal for placed fast positioning, and by the lower step of pressure sealing device one, thus, this Invention can be achieved a step and install food materials additional for prior art, and a step picks and places in place, step sealing installation, greatly improve To the usage experience that picks and places convenient degree, improve user of usable material chamber.

Brief description of the drawings

Fig. 1 is solution device for making system framework figure；

Fig. 2 is the usable material chamber structure chart of prior art.

Fig. 3 is the setting schematic diagram of usable material chamber on the solution device for making of prior art.

Fig. 4 is that lower pressure sealing device opening completely is lower in the utility model embodiment material process combination device Schematic diagram.

Fig. 5 is the schematic diagram of recoil structure.

Fig. 6 is Fig. 4 close-up schematic view.

Fig. 7 is that the pressing completely of lower pressure sealing device is lower in the utility model embodiment material process combination device Schematic diagram.

Fig. 8 is Fig. 7 close-up schematic view.

Fig. 9 is the schematic diagram of extension spring, torsion spring, safety pole and trigger switch.

Figure 10 is schematic diagram of the extension spring in the case where lower pressure sealing device is opened completely.

Figure 11 is schematic diagram of the extension spring under lower pressure sealing device completely pressing.

Embodiment

With reference to embodiment and compare accompanying drawing the utility model is described in further detail.It should be emphasized that It is, what the description below was merely exemplary, rather than in order to limit the scope of the utility model and its application.

With reference to the following drawings, non-limiting and nonexcludability embodiment will be described, wherein identical reference represents Identical part, unless stated otherwise.

In the present embodiment, Chinese application number 200710074761.1 entitled solution device for making, method and flower can refer to The patent application of careless tea machine, to illustrate the application scenarios of the present embodiment and implementation principle.In the present embodiment, as shown in figure 1, steam The steam (vapor) outlet of generator 1 is connected to usable material chamber 3 by the first pipeline 2, and the material 4 of solution to be produced is deposited in usable material chamber 3, Usable material chamber 3 has one outlet, and the outlet is stretched into by second pipe 5 below the liquid level of liquid container 6.

The flow that whole solution device for making entirely works includes distillation, negative pressure and immersion, by steam generator 1 Caused steam 7 is entered in substantially closed usable material chamber 3, fills full usable material chamber 3, the material 4 in usable material chamber 3 is steamed Evaporate, while discharge the air in usable material chamber 3, when being distilled, its volatile ingredient contained can volatilize material 4, mixed with steam 4 Conjunction forms mixed vapour, continuously enters in new steam, and mixed vapour will be arranged from the outlet of the bottom of usable material chamber 3 Go out, enter in liquid container 6, solution is filled in liquid container 6, mixed vapour directly can be added in solution, then liquid Solution in container will contain the volatile ingredient being extracted in material.

After distilling a period of time, steam generator 1 will stop heating, and separates steam and continues to supply, due in usable material chamber 3 There is no air, entirely steam, when no initial steam supplies, temperature can decline steam, condense into water, plus interior The saturated vapor pressure reason in portion, the speed of steam condensation is very fast, then can forms vacuum shape inside usable material chamber in the short time State, and now the pressure of material internal will outwards discharge in the state of outside high negative pressure, simultaneously as shape in usable material chamber 3 Into negative pressure, then the solution in liquid container 6 will be back in usable material chamber 3, and material is soaked.Due to material 4 Fluffy, crack increases and increased, and is easy to solution to enter the molten water-soluble active ingredient of material internal.

Solution after finally soaking, solution whole in usable material chamber 3 is discharged into liquid container 6, at this moment liquid container 6 In solution in not only containing being extracted volatile ingredient in material, while also contain water soluble ingredient.So far, complete molten The work process of liquid extraction.

On the basis of above-mentioned principle, the problem of existing, is：Usable material chamber 3 be for filling extraction feed, before operation, Need to add extraction feed in toward usable material chamber 3；During work, usable material chamber 3 is substantially completely closed, it is necessary to logical steam, guarantor Hold negative pressure of vacuum and the state of immersion；After the completion of work, usable material chamber will clean, remove residue, to keep health；That is, Usable material chamber need it is in good time pull down → load from solution device for making or cleaning → installation, it is necessary to ensure during work Safety, it is impossible to have the possibility of gas leakage, cause potential safety hazard, thus, it is desirable to meet the good seal performance being detachably connected.

As shown in Fig. 2 the solution to the problems described above of prior art is --- making one has and can conveniently dismantle simultaneously Usable material chamber 3 with good seal performance, the agent structure of this usable material chamber 3 include a rigid metal for being arranged on inside Inner cylinder 01, the outer sheath of rigid metal inner cylinder 01 are provided with a flexible cartridge 02, are to be covered on one at the top of usable material chamber 3 03, upper lid 03 is tightened in cartridge 02 by screw thread, and the upper interface for connecting jet chimney is offered on upper lid 03 04, the position of interface 04 is provided with screen pack 05 on corresponding, and O-ring seal is additionally provided between upper lid 03 and metal inner cylinder 01 06, in order to ensure that upper lid 04 can be with the part good seal of cooperation, the main body of whole upper lid 04 is glue part；The bottom of usable material chamber 3 One lower interface 07 being connected with reflux line is set, and the bottom of metal inner cylinder 01 is provided with screen pack 08, while is provided with opening, metal Sealed between the bottom of inner cylinder 01 and cartridge 02 by O-ring seal 09.Above-mentioned usable material chamber 3, it is easy in order to solve easy cleaning The problem of dismounting while good airproof performance, on the basis of ensureing that each part can be dismantled well, substantial amounts of glue part has been used Solve, structure is extremely complex；, it is necessary to which upper lid is entirely screwed off during filling material, then toward material is placed inside usable material chamber, immediately Screw lid；

As shown in figure 3, internal on solution device for making 100 be provided with a cavity 010 for placing whole usable material chamber 3, the chamber Body 010 is closed, only opens the cavity 010 by a handle 011, and the handle 011 is provided with jet chimney 012, The bottom of cavity 010 is provided with reflux line 013；During placement, whole usable material chamber 3 need to be placed into cavity 010 from top to bottom, be put into Afterwards, the cavity 010 is closed by handle 011, now the upper interface 04 of the upper end of usable material chamber 3 will be connected with jet chimney 012, lower end Lower interface 07 will be connected with reflux line 013, thus can realize the connection of usable material chamber and solution device for making.

From the foregoing, it will be observed that have the disadvantage that：1) structure of whole usable material chamber has used big to accomplish good sealing The fluid sealant part of amount, structure are extremely complex；2) lid screws connection on, adds the structure complexity of usable material chamber, is unfavorable for simultaneously Material could be installed additional, it is necessary to screw off lid by installing material additional；3) the inconvenient placement usable material chamber of cavity of usable material chamber, whole material are set Expect that room is to be placed on from top to bottom in cavity, good visualization can not be realized in the course of work, although preventing worked The maloperation of user in journey, ensures the safety of user, but the mode for being placed into cavity from top to bottom can not accomplish to take well Put, user is inconvenient for operation.

So the utility model purpose is so that the usable material chamber of solution device for making is realized under the premise of security is ensured Simple operation, in the present embodiment, on the basis of existing product, improvement is made, in order to solve the above problems, as far as possible by material Room is simplified, and is removed from using substantial amounts of fluid sealant part, while the cavity for placing usable material chamber is laterally disposed.

As shown in figure 4, first on solution device for making 100, it is laterally disposed by the cavity 101 for setting usable material chamber In the side of solution device for making 100, and in lateral openings, so usable material chamber 3 can pass through the cavity 101 of lateral openings setting Picked and placeed；

But so easily material can't be installed additional, it is necessary to material cell structure be simplified as far as possible, in this implementation In example, the upper lid on the top of usable material chamber 3 is removed, lid on this is arranged on solution device for making 100, by by upper lid and material Room 3 is separately positioned, can remove the substantial amounts of fluid sealant part of usable material chamber 3 itself from, simplify the structure.

Therefore, as shown in figure 4, the agent structure of usable material chamber 3 can be common cup-shaped, such as glass；Specifically include up and down The vessel 31 of opening and for supporting the recoil base 32 of the vessel 31 and screen pack 33 for filtering；Institute State recoil base 32 and be provided with the water-guiding hole 34 that can be used for negative pressure recoil, the screen pack (filter bores are not shown in figure) includes being used for The filtration of filtration is carried out in still-process, and for carrying out the anti-of expanded stirring of recoiling in negative pressure back flushing process Rush structure；More specifically：Connected between vessel 31 and recoil base by detachable connection.Recoil base 31 Also include bottom plate, lid, sealing ring, screen pack.Bottom plate is connected with lid by being molded, and the inside of recoil base 31 is provided with sealing ring With screen pack, bottom plate is provided with the water-guiding hole of water inlet；Screen pack, sealing ring and bottom are detachably connected.Lid uses Anti-skidding design, and indicated elastic direction；As shown in figure 5, recoil structure is a recoil area on the screen pack wire side Domain 22, the filtration 21 are the filtration zone 21 in addition to the recoil region 22 on the screen pack wire side；The water guide Hole 34 is oppositely arranged with the recoil region 22；

The usable material chamber that structure simplifies, when user needs to install additional material, when usable material chamber is removed from solution device for making, The installation of material is carried out without upper lid is screwed off from usable material chamber, after having installed additional, is tightened on usable material chamber, uses without by upper lid Family can also become more time saving and save trouble directly toward when launching material in usable material chamber, while cleaning.Screen pack devises recoil Region farthest ensure that with filtration zone and do not blocked in still-process, the maximized target of repercussion effect；Each zero Part can individually carry out cleaning and sterilizing, will not remain any corner or spot as yet untouched by a clean-up campaign again；It ensure that the security that food is drunk；Due to group Part can be disassembled individually, manufacture, produce and consumer can be carried out single part replacing, reduce use cost；With reference to The cavity that lateral openings are set, it can use and visually design (glass transparent), in extraction process, the food materials feature inside usable material chamber It is very clear, avoid causing some hidden danger.

Steam enters from container body upper part opening, carries out anaerobic distillation to the food materials of vessel inner extraction, steams , it is necessary to prevent food materials filter residue from entering water-guiding hole during evaporating, by the design of the filtration of screen pack, can prevent The filter opening of filter screen blocks；After distillation, form negative pressure in vessel, vessel bottom by water-guiding hole and recoil structure, Realize to food materials in extraction container it is expanded, dissolving and emulsification, the active ingredient in food materials is constantly extracted.Pass through The design of water-guiding hole ensure that water during negative pressure recoil has a necessary impulsive force, but due to the presence of screen pack, and water is from bottom During recoil, the logical resistance of current is increased again, and the design of the present embodiment recoil structure reduces the resistance of back flushing process, for total It, screen pack devises recoil structure and farthest ensure that with filtration not to be blocked in still-process, repercussion effect Maximized target.

As shown in fig. 6, it is provided with the solution device for making 100 of the bottom side of cavity 101 for limiting usable material chamber 3 The pedestal for placed 102 of position, pedestal for placed 102 are connected with reflux line, and reflux line correspond to the refluxing opening on pedestal for placed 102 104, in order to prevent blocking refluxing opening 104, screen pack 105, refluxing opening 104 and the lower interface of usable material chamber 3 are provided with refluxing opening 104 (water-guiding hole 34) is oppositely arranged on solution device for making 100, is provided with and the recoil base on pedestal for placed 102 accordingly 31 corresponding limited impressions 103, usable material chamber 3 can be placed on by lid in limited impression 103 carry out it is spacing, by spacing recessed The lid of groove 103 and usable material chamber 3 can ensure quickly and accurately find placement location when usable material chamber picks and places accurately, ensure bottom backflow Pipeline and lower interface (water-guiding hole) alignment.Simultaneously because usable material chamber is located on pedestal for placed, usable material chamber and pedestal for placed Between need to seal well, so set second seal 106 on pedestal for placed, preferably O-ring seal, this is second close Sealing 106 is used for the sealed sides sealed, and installed in pedestal for placed 102 inside for having the second seal 106 Certain rebound performance so that usable material chamber be placed on sealing effectiveness more preferable resilient structures when in the second seal (1061, 1062)。

It is spacing that groove is limited after usable material chamber is placed into cavity, on the downside of usable material chamber, but side opening also should on usable material chamber It is connected with solution device for making, simultaneously because, logical steam is needed in the usable material chamber course of work, will in negative pressure process in which materials room Vacuum is produced, reflux course impact is very big, and how the upper lid for separating usable material chamber meets that these demands are a problems, by This, the utility model is in structure, cavity, solution device for making and the job requirement in view of new improved usable material chamber, it is proposed that A kind of lower pressure sealing device, the lower pressure sealing device are arranged on solution device for making, by manipulating lower pressure sealing device, can be pressed Close on the upside of usable material chamber.

As shown in figure 4, lower pressure sealing device include being arranged on solution device for making top side push handle 121, lower pressure handle The lower end of hand 121 is to produce dress by first rotating shaft 123 and solution with its integrally formed first connecting rod 122, first connecting rod 122 100 axis connections are put, first connecting rod 122 can be rotated by first rotating shaft 123.

The lower end of first connecting rod 122 is connected with second connecting rod 124, passes through second between second connecting rod 124 and first connecting rod 122 Rotating shaft 125 is connected, and the lower end of the second rotating shaft 125 is connected by the 3rd rotating shaft 126 with piston component, and pressure handle hand is removed when breaking upwards When 121, pushing handle 121 will drive first connecting rod 122 to be rotated around first rotating shaft 123, then accordingly, also just drive Second connecting rod 124 rotates around the second rotating shaft 125, and after first connecting rod 122 and second connecting rod 124 rotate, piston is by upward sliding.

Piston component includes lid 127 on the piston that is connected with second connecting rod 124, for being pressed together under the piston on usable material chamber Lid 128, connected between lid 127 and piston lower cover 128 by piston spring 129 on piston.

State as shown in Figure 4, can be by pushing handle when needing to press the usable material chamber being placed in cavity 121, pushing handle 121 will rotate in the presence of lower pressure around first rotating shaft 123, and drive first connecting rod 122 and second Connecting rod 124 rotates, and first connecting rod 122 and second connecting rod 124 will promote piston to move gradually downward during rotation.

If as shown in fig. 7, being placed with usable material chamber 3 in cavity 101, during piston moves down, piston lower cover 127 is first First it is in contact with the upside of usable material chamber 3, now piston lower cover 128 is no longer moved downward, and first is located on the bottom surface of piston lower cover 128 Seal 130, the first seal 130 are O-ring seal, and during contact, the first seal 130 will be opened with the upside of usable material chamber 3 The pressing of mouth edge.

As shown in fig. 7, when handle continues to push, first connecting rod 122 and second connecting rod 124 will be conllinear, first when conllinear On the same line, this position is commonly referred to as dead point for rotating shaft 123, the second rotating shaft 125 and the 3rd rotating shaft 126, and at this moment piston is transported The dynamic distance moved downward is maximum, and when second connecting rod 124 turns to dead-centre position, piston lower cover 128 is motionless, lid 127 on piston Continue to move downward, when lid 127 moves downward on piston, compression is arranged on piston between lid 127 and piston lower cover 128 Piston spring 129, resulting active force will be applied directly on piston lower cover 128 with reaction force, be arranged under piston First seal 130 on lid 128 will produce deformation, and so as to compress the upper shed of usable material chamber 3, the upside of usable material chamber 3 is sealed； Push excessively in, first connecting rod 122 will continue to rotate, and turn over dead-centre position with second connecting rod 124, now first connecting rod 122 Angle between first rotating shaft 123, the second rotating shaft 125 and the line of the three of the 3rd rotating shaft 126 is typically at 8-12 °, also It is to say that first connecting rod 122 will be turned over above-mentioned angle, now, lid 127 will be in the presence of piston spring 129 back up on piston Some distances of bullet, now piston lower cover 128 will also continue to act at the upper shed of usable material chamber 3, after turning over dead-centre position, first connect Bar 122 and second connecting rod 124 will produce self-locking, i.e., no longer in the presence of external force, will maintain locked state, piston lower cover 128 And keep impaction state between lid 127 on piston.

Due to self-locking be present, also imply that first seal pressured state maximum during pressing be not State after finally pressing, the problem of bringing therefrom are that first seal needs enough sealing property and deformability, So first seal, in order to can also have good sealing property in last stitching state, first seal is in dead-centre position Place, it should there is enough deformabilities, to prevent usable material chamber upper shed from causing to damage in the touching of piston lower cover, while turning over Behind dead-centre position, first seal should have corresponding recoverable force ability again, ensure that in end-state sealing effect can be realized Fruit, so as to meet that steam is not revealed, vacuum is maintained, to shock proof requirement.

Usable material chamber is pressed together on lower pressure sealing device, and usable material chamber bottom will also be pressurized, the second sealing at pedestal for placed Part will also face two different states of pressure, so this second seal also plays the same tune on different musical instruments with first seal.

As shown in Fig. 8 and Fig. 6, in order to meet above-mentioned requirements, first seal and second seal should all have self-locking The lower thickness for providing enough deformations, sets resilient structures, to ensure resilience effect, resilience knot on rear side of seal body (1291) Structure is multiple resiliences raised (1293) and resilience groove (1292) composition.

Certainly, compare unlike being arranged on solution device for making of conventional usable material chamber, what the utility model opened up Cavity is that side is located on solution device for making, and material is again to be put into from top to bottom without requiring user by the cavity so set In cavity, the laterally disposed cavity of the utility model is open cavity, although having accomplished to facilitate picking and placeing for user, But particularly, the setting of lower pressure sealing device, cause the probability of user misoperation significantly there is also bigger potential safety hazard simultaneously Increase, such as, if user is when in use, steam distillation, negative-pressure vacuum, backflow wherein any one course of work will be in Solution device for making on lower pressure sealing device open, it would be possible to because usable material chamber in steam overflow or inside and outside pressure Imbalance has the solution of certain temperature and pressure to cause certain injury to user, thus, in order to take into account these problems, such as Shown in Fig. 9, torsion spring 133 is provided with first rotating shaft 123, extension spring is set between the rotating shaft 125 of first rotating shaft 123 and the 3rd 131, while set safety pole 132 and the triggering coordinated with safety pole to open 134 on first connecting rod 122, as shown in Figure 10, the Extension spring 131 can strengthen the maintenance ability of the position when one connecting rod and second connecting rod are opened, while as shown in figure 11, extension spring 131 Setting can strengthen the maintenance ability of first connecting rod 122 and second connecting rod 124 after dead-centre position is turned over；After pressing, safety pole By in the lower trigger switch of effect, trigger switch will indicate that control system is operated state according to this trigger action, such as Safety pole departs from trigger switch to fruit at work, then control system will be stopped.Thus the safety of work is ensured.

Usable material chamber to lid in removal by being arranged on solution device for making, while no longer cup is simplified, by cup The upper lid of body is arranged on solution device for making, and the rest area for the mode cup is opened up on solution device for making Domain, by changing the setting of placement region, realization easily picks and places.

The utility model is in order to ensure that usable material chamber conveniently can be used easily, in order to solve the above problems, the utility model Usable material chamber after being simplified by structure coordinates laterally disposed cavity and lower pressure sealing device three in one to realize more just Prompt operation, usable material chamber is placed with laterally disposed cavity, pressure sealing device under being set in the top of cavity, lower section sets and put Bottom set seat, usable material chamber can directly add food materials after removing, can be directly placed into after adding food materials in cavity, quickly fixed by pedestal for placed Position, and sealed by the lower step of pressure sealing device one, thus, the present invention can be achieved a step and install food additional for prior art Material, a step pick and place in place, step sealing installation, substantially increase the use for picking and placeing convenient degree, improving user to usable material chamber Experience.

It would be recognized by those skilled in the art that it is possible that numerous accommodations are made to above description, so embodiment is only For describing one or more particular implementations.

It is counted as example embodiment of the present utility model although having been described above and describing, those skilled in the art will be bright In vain, it can be variously modified and replaced, without departing from spirit of the present utility model.Repaiied furthermore it is possible to make many Change so that particular case is fitted into religious doctrine of the present utility model, without departing from the utility model central concept described here. So the utility model is not only restricted to specific embodiment disclosed here, but the utility model may also include belonging to this practicality All embodiments and its equivalent of new scope.

Claims (10)

1. A kind of 1. material process combination device for producing solution, it is characterised in that：Including being laterally opened on solution device for making Cavity, the cavity can be used for place usable material chamber, the usable material chamber can be picked and placeed independently；The solution system at the top of the cavity Device is taken to be provided with lower pressure sealing device, bottom is provided with pedestal for placed；The usable material chamber upper and lower opening, including vessel and set Recoil base in the vessel bottom side, the vessel upper end open is not with cover, is open form；The usable material chamber It is placed on by the base that recoils on the pedestal for placed, the vessel upper end open can pass through the lower pressure sealing device pressure Close, and then the usable material chamber upper and lower ends is tightly connected with the solution device for making.
2. 2. material process combination device as claimed in claim 1, it is characterised in that：The lower pressure sealing device connects including self-locking Bar and the piston component being connected with the self-locking connecting rod；The piston component includes lid and piston lower cover, the piston on piston Piston spring is provided between lower cover and the piston lower cover.
3. 3. material process combination device as claimed in claim 2, it is characterised in that：The self-locking connecting rod include first connecting rod and Second connecting rod, the first connecting rod push handle provided with integrally formed；The first connecting rod is arranged on institute by first rotating shaft State on solution device for making, its end is connected by the second rotating shaft with the top of the second connecting rod；The end of the second connecting rod End is connected by the 3rd rotating shaft with the piston component.
4. 4. material process combination device as claimed in claim 1, it is characterised in that：The lower pressure sealing device include be used for pair The first seal that the vessel upper end open is sealed, the first seal include seal body and resilience knot Structure, the resilient structures be located at the seal body be used for seal primary sealing area trailing flank.
5. 5. material process combination device as claimed in claim 1, it is characterised in that：The recoil base, which is provided with, can be used for negative pressure The water-guiding hole of recoil and the screen pack on the recoil base, the screen pack include being used to carry out in still-process The filtration of filtration, and the recoil structure for the expanded stirring that carries out recoiling in negative pressure back flushing process.
6. 6. material process combination device as claimed in claim 5, it is characterised in that：The pedestal for placed is included to the material Room lower end carries out spacing limited impression, and the refluxing opening for flow back recoil and logical steam, the water-guiding hole pass through the limit The position groove alignment refluxing opening.
7. 7. material process combination device as claimed in claim 5, it is characterised in that：The recoil structure is the screen pack net A recoil region on face, the filtration are the filtration zone in addition to the recoil region on the screen pack wire side； The water-guiding hole is oppositely arranged with the recoil region.
8. 8. material process combination device as claimed in claim 6, it is characterised in that：The recoil base and the pedestal for placed Second seal is provided between base, the second seal includes being sealed on the secondary sealing area of the recoil base bottom Provided with sealing ring, the interior zone of sealing ring institute envelope has the refluxing opening and the water-guiding hole；The secondary sealing area Relative trailing flank is provided with resilient structures.
9. 9. the material process combination device as described in claim 4 or 8, it is characterised in that：The resilient structures include at least one The individual resilience groove being formed on trailing flank, and the resilience positioned at the resilience groove both sides are raised.
10. 10. material process combination device as claimed in claim 3, it is characterised in that：The first rotating shaft and described 3rd turn It is provided with extension spring between axle, the first connecting rod is provided with safety pole, and the safety pole, which may act on, to be located at the solution and produce dress The trigger switch put.