CN107616725A - A kind of cup lid component and cup - Google Patents
A kind of cup lid component and cup Download PDFInfo
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- CN107616725A CN107616725A CN201710887975.4A CN201710887975A CN107616725A CN 107616725 A CN107616725 A CN 107616725A CN 201710887975 A CN201710887975 A CN 201710887975A CN 107616725 A CN107616725 A CN 107616725A
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- sealing
- bonnet
- fluid issuing
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
The present invention provides a kind of cup lid component, including lid body and upper lid；Fluid issuing is provided with the upside of the lid body, described upper lid one end is provided with airflow orifice corresponding with fluid issuing, and air valve is provided with the airflow orifice, and the upper lid other end is hinged with lid body opens or cover the fluid issuing in a manner of being passed to upset；When the upper lid covers the fluid issuing, the airflow orifice is located at the upper end of fluid issuing, and the air valve, which moves up, can make the fluid issuing connect the upper outer side of lid；Cup provided by the invention, using above-mentioned cup lid component.A kind of cup lid component of the present invention, number of components is few, while easy to assembly, can reduce production cost；It is in addition, more convenient compared to the cooking container use of existing vacuum using the cooking container of the cup lid component；The cup of the present invention, it is easy to use, it is convenient for carrying.
Description
Technical field
The present invention relates to cooking cup device field, a kind of cup lid component and cup are referred in particular to.
Background technology
With the improvement of living standards, people to the demand of healthy living also in growing, food cooking equipment production
For business in order to cater to the trend of health of masses diet, releasing can be to the vacuum cooking machine to food progress application of vacuum, by food
Thing carries out application of vacuum, can prevent food from aoxidizing, be mouldy, corrupt, so as to avoid food mouthfeel variation and nutrition leak.On the market
Common vacuum cooking machine is fruits and vegetables cooking machine, and fruits and vegetables cooking machine is a kind of cooking equipment that fruits and vegetables are squeezed into fruit juice, by main frame
Formed with cooking container, vacuum extractor is provided with main frame, cooking container includes container body and lid, and lid includes upper lid
And lower cover, lower lid are provided with sealing valve pool, sealing valve pool is provided with silicone-rubber seals；Lower cover detachable cover is located at container body
On, silicone-rubber seals is placed in bubbler；Upper lid is hinged with lower cover, upper lid lower end top pressure silicone-rubber seals, makes silica gel sealing
Part is brought into close contact with bubbler inwall, so that container body is internally formed sealing space；When vacuumizing, upper lid is opened, will
The vacuum slot of vacuum extractor is caught in sealing valve pool, because silicone-rubber seals are without the pressure from upper lid, in vacuum
During the pumping of suction nozzle, silicone-rubber seals are in released state with bubbler inwall, so that inside vacuum slot and container body
Connection, is vacuumized to container body inside；After stopping vacuumizes, lid is turned down, the silicone-rubber seals of lower cover reset and sealed
The bubbler of container body is closed, makes to form vacuum state in container body, so as to complete the application of vacuum to fruit juice, but this material
Reason container has the following disadvantages：(1) number of components is more, and number of assembling steps is more, and production cost is high；(2) complicated, use is not square
Just.
The content of the invention
It is an object of the invention to overcome the deficiencies of the prior art and provide a kind of cap assemblies simple in construction, easy to use.
In order to achieve the above object, the present invention uses following technical scheme：A kind of cup lid component, including lid body and upper
Lid；Fluid issuing is provided with the upside of the lid body, described upper lid one end is provided with airflow orifice corresponding with fluid issuing, the air-flow
Intraoral to be provided with air valve, connection is may be reversed with lid body in the upper lid other end, and institute is opened or cover in a manner of being passed to upset
State fluid issuing；When the upper lid covers the fluid issuing, the airflow orifice is located at the upper end of fluid issuing, the air valve to
Upper movement can connect fluid issuing and upper outer side of lid.
Compared with prior art, a kind of cup lid component of the invention, has advantages below：
(1) this cup lid component is made up of lid body and upper lid, and number of components is few, while easy to assembly, can reduce and be produced into
This；
(2) when to being vacuumized using the cooking container of the cup lid component, vacuum slot need to be only placed directly within described
Air valve upper end, remove the trouble for opening miscellaneous part from；In addition, using the cup lid component cooking container after evacuation,
User need to only open the fruit juice in the i.e. drinkable cooking container of lid, remove the trouble for turning on or opening miscellaneous part from, compared to
Existing vacuum cooking container use is more convenient.
Preferably, the air valve includes valve element and bonnet, and the bonnet is connected to the top of valve element and surrounds valve element one week
Set, air drain, the stomata being communicated with the air drain on the upside of bonnet are provided with the inside of the bonnet lower wall；The air valve passes through institute
State bonnet to connect with the top cap, the valve element is arranged in the airflow orifice, the valve element and the airflow orifice or the stream
Body exit seal coordinates, and when the valve element moves up the fluid issuing can be made to be connected with air drain.By setting the air drain,
On the one hand the discharge of gas can be facilitated, the intrinsic gas of lid is just flowed out the upper lid after air drain
Outside, so as to play cushioning effect to air-flow, avoid steam from spraying and block stomata.
Preferably, the airflow orifice lower end is provided with the first convex wall, and first passage, first convex wall are provided with the first convex wall
Periphery is provided with second convex wall of circle, and the second convex wall outer wall coordinates with the fluid issuing inner wall sealing；The valve element lower end periphery
Provided with limiting section；The bonnet periphery is provided with bonnet edge, and the stomata is arranged on the bonnet and is located at the bonnet along inner side；Institute
Bonnet is stated along being fitted on the outside of the airflow orifice upper end, the valve element is arranged in the first passage, and outside the valve element
Wall coordinates with airflow orifice sealing, and the limiting section support withstands on the lower end of first convex wall；The first convex wall bottom or
The limiting section is communicated with the blow vent of the first passage, and the valve element elastically deformable moves up so that the stream
Body outlet connects with air drain；It is this by the way that air valve is arranged in first passage, while allow lid the second convex wall outer wall with stream
The sealing of body outlet inside wall coordinates, and lid body upper part is formed the set-up mode of a sealing space, simple in construction, is easy to produce.
Preferably, the connecting portion of the bonnet and the valve element is provided with protrusion, and the air drain is formed on the downside of protrusion；Institute
State protrusion to play a supporting role to bonnet, avoid bonnet lower end from being adjacent to airflow orifice upper end, cause air valve not move up
Preferably, airflow orifice upper end periphery is provided with a circle escape groove, and the escape groove connects with the air drain, described
A circle connection bump is provided with the outside of escape groove；The bonnet along being horizontally arranged on the inside of the connection bump, its periphery with it is described
Connection bump inwall is adapted；The vacuum slot of vacuum extractor is fastened on institute by user when this setup is easy to vacuumize
State on the inside or outside of connection bump, so as to reduce the labor intensity of user in vacuum.
Preferably, second convex wall is coordinated by sealing shroud and the fluid issuing inner wall sealing, on the sealing shroud
Outer is held to be provided with sealing convex edge, the sealing convex edge coordinates with upper lid lower surface, fluid issuing upper surface sealing, led to respectively
Cross setting sealing shroud and can ensure that the second convex wall is connected with fluid issuing inner wall sealing, avoid in vacuum by extraneous gas
Influence.
Preferably, the bonnet is tightly connected with the airflow orifice, and the valve element coordinates with fluid issuing sealing, the valve
Cap elastically deformable is so that valve element can move up, so that fluid issuing connects with air drain, it is this directly to pass through air valve sealing
The set-up mode of fluid issuing, simple in construction, cost is cheap.
Preferably, the bonnet periphery is provided with the connection wall extended downwardly, and the connection wall is externally provided with a circle buckling groove, institute
State buckling groove with the sealing of airflow orifice perisporium to engage, the bonnet is provided between air drain and connection wall and pasted with fluid issuing upper end
The planar portions of conjunction, this setup can ensure that air valve is firm and be arranged on airflow orifice, while can ensure that bonnet is fitted tightly over
Fluid issuing upper end, so as to ensure the sealing of air valve convection body outlet.
Preferably, the airflow orifice lower end is provided with convex mouth, and convex mouth outer wall coordinates with the fluid issuing inner wall sealing, described
Valve element outer wall coordinates with airflow orifice sealing, and the bonnet elastically deformable is so that valve element can move up, so that fluid
Outlet connects with air drain, and this setup simplifies the sealing structure of lid.
Preferably, the convex mouth is coordinated by sealing shroud and the fluid issuing inner wall sealing, outside the sealing set upper side
Along sealing convex edge is provided with, the sealing convex edge coordinates with upper lid lower surface, fluid issuing upper surface sealing respectively, by setting
Sealing of the air valve to convex mouth can be improved by putting the sealing shroud.
Preferably, the airflow orifice sidepiece is provided through the interface on the downside of lid, and the bonnet periphery is provided with downward
The plug division of extension, the plug division are detachably connected with interface；The plug division lower end is provided with barb, and the barb button is set
On the downside of upper lid, this setup can ensure that air valve is firm and be arranged on airflow orifice, and air valve departs from during avoiding use
Lid, influence the normal use of cup lid component.
Preferably, the air valve includes valve seat and ball sealer, and the valve seat top is tightly connected with the airflow orifice, described
The valve seat bottom coordinates with fluid issuing sealing；Air cavity is provided with the valve seat, the air cavity lower end is entered provided with air cavity
Gas port, the air cavity upper end are provided with air cavity gas outlet, the ball sealer can floating ground be arranged in the air cavity, the ball sealer
The sealing of downside and the air cavity air inlet coordinate.
Preferably, be arranged to the taper being adapted with ball sealer on the inside of the air cavity air inlet, on the one hand make ball sealer with
Air cavity air inlet coordinates closer, another aspect, enables described in inwall orientation closing of the ball sealer along the air cavity air inlet
Air cavity air inlet.
Preferably, lug boss is provided with the upside of the ball sealer, the valve seat upper center is communicated with the lug boss of air cavity
Via, the lug boss extend the lug boss via, and the air cavity gas outlet is arranged on the sidepiece of the lug boss via；
After completing to vacuumize using the cooking container of the cup lid component, when user needs to cover in opening, the projection is pulled or lifted
Portion, you can make air be entered from stomata inside cooking container, make from vacuum state to recover to normality inside cooking container；Separately
Outside, by setting lug boss via, it is ensured that when vacuumizing, ball sealer energy Directional Floating, so as to avoid ball sealer from closing the gas
Chamber air inlet.
Preferably, the fluid issuing is convex, on the one hand this setup is easy to user to the fluid issuing
Sealed, it is on the other hand user-friendly.
It is a further object to provide a kind of cup using above-mentioned cup lid component, including cup and cup lid group
Part, the cup lid component are spirally connected with the cup.
Compared with prior art, cup of the invention, it is easy to use, it is convenient for carrying.
Brief description of the drawings
Fig. 1 is the explosive view of embodiment one；
Fig. 2 is the first sectional view of embodiment one；
Fig. 3 is the partial enlarged drawing of Fig. 2 a-quadrant；
Fig. 4 is the schematic diagram of upper lid；
Fig. 5 is the first operating diagram of embodiment one；
Fig. 6 is the second operating diagram of embodiment one；
Fig. 7 is the sectional view of embodiment two；
Fig. 8 is the partial enlarged drawing of Fig. 7 B area；
Fig. 9 is the operating diagram of embodiment two；
Figure 10 is the sectional view of embodiment three；
Figure 11 is the partial enlarged drawing in Figure 10 C regions；
Figure 12 is the operating diagram of embodiment three；
Figure 13 is the sectional view of example IV；
Figure 14 is the operating diagram of example IV；
Figure 15 is the sectional view of cup.
Label declaration：
1 cup, 2 cup lid components, 3 lid bodies, 31 fluid issuings, lid installation portion on 32,321 hole clippings, 322 slots, 33 hang
Hole, 34 flange, cover on 4,40 airflow orifices, 400 interfaces, 41 first convex walls, 41 ' convex mouthes, 410 blow vents, 411 first passages,
411 ' outlet passageways, 42 second convex walls, 43 sealing shrouds, 431 sealing convex edges, 44 lid body connecting portions, 441 crown of rolls, 442 inserted blocks,
45 necks, 46 connection bumps, 460 escape groove, 5 air valves, 50 stomatas, 500 air cavity gas outlets, 51 lug bosses, 52 valve elements, 521 limits
Position portion, 53 bonnets, 531 bonnet edges, 532 protrusions, 533 air drains, 534 bonnet connecting portions, 534 ' planar portions, 535 Bonnet seals
Portion, 535 ' plug divisions, 5350 buckling grooves, 5350 ' barbs, 5351 connection walls, 54 valve seats, 540 air cavitys, 55 ball sealers, 541 air cavitys
Air inlet, 542 lug boss vias, 6 vacuum slots.
Embodiment
Below in conjunction with brief description of the drawings embodiments of the present invention：
Embodiment one
Referring to Fig. 1 to 6, the cup lid component 2 of the present embodiment, including lid body 3 and upper lid 4；The upside of lid body 3 is provided with
Fluid issuing 31, described upper one end of lid 4 are provided with airflow orifice 40 corresponding with fluid issuing 31, gas are provided with the airflow orifice 40
Valve 5, the upper other end of lid 4 is be hinged with lid body 3, and the fluid issuing 31 is opened or cover in a manner of being passed to upset；Institute
When stating lid 4 and covering the fluid issuing 31, the airflow orifice 40 is located at the upper end of fluid issuing 31, and the air valve 5 is to moving up
It is dynamic to connect fluid issuing 31 and the outside of upper lid 4.
The air valve 5 is soft valve body, and the air valve 5 includes valve element 52 and bonnet 53, and the bonnet 53 is connected to valve element
52 top is simultaneously set for 52 1 weeks around valve element, is provided with air drain 533 on the inside of the lower wall of bonnet 53, the air drain 533 is provided with
Connect the stomata 50 of the upside of bonnet 53；The air valve 5 is connected by the bonnet 53 with the upper lid 4, and the valve element 52 is installed
In the airflow orifice 40, the valve element 52 coordinates with the airflow orifice 40 sealing, and the valve element 52 can make institute when moving up
Fluid issuing 31 is stated to connect with air drain 533.By setting the air drain 533, the discharge of gas, the opposing party on the one hand can be facilitated
Face makes the gas in the lid body 3 just flow out the outside of upper lid 4 after air drain 533, makees so as to play buffering to air-flow
With, avoid steam spray block stomata 50.
Preferably, the bonnet 53 is located at the inner side of bonnet connecting portion 534 provided with a circle Bonnet seal portion 535, the bonnet
Sealing 535 coordinates with the upper end of fluid issuing 31 sealing.
The lower end of airflow orifice 40 is provided with the first convex wall 41, is provided with first passage 411 in the first convex wall 41, described first is convex
The periphery of wall 41 is provided with second convex wall 42 of circle, and the outer wall of the second convex wall 42 coordinates with the inner wall sealing of fluid issuing 31；The valve
The lower end periphery of core 52 is provided with limiting section 521；The periphery of bonnet 53 is provided with the horizontal bonnet of a circle along 531, and the stomata 50 is set
Put and be located at the bonnet along 531 inner sides in the bonnet 53；The bonnet is fitted on the outside of the upper end of airflow orifice 40 along 531,
The valve element 52 is arranged in the first passage 411, and the outer wall of the valve element 52 coordinates with the airflow orifice 40 sealing, institute
Limiting section 521 is stated to support in the lower end of first convex wall 41；The bottom of first convex wall 41 is communicated with the first passage
411 blow vent 410, the elastically deformable of valve element 52 are moved up so that the fluid issuing 31 connects with air drain 533；
It is this by the way that air valve 5 is arranged in first passage 411, while allow in the outer wall of the second convex wall 42 and the fluid issuing 31 of lid 4
Wall sealing coordinates, and the top of lid body 3 is formed the set-up mode of a sealing space, simple in construction, is easy to produce.
As a kind of improvement project of blow vent 410, the blow vent 410 of the first passage 411 is arranged on described spacing
In portion 521.Though this improvement project is not shown in the accompanying drawing of the application, this improvement project still falls within claims hereof
In protection domain.
Preferably, the limiting section 521 can be formed by the lower end of valve element 52 week along stretching out, or hard part is connected
The lower end of valve element 52 is connected on to be formed.
The connecting portion of the bonnet 53 and the valve element 52 is upwardly formed protrusion 532, described in the downside of protrusion 532 is formed
Air drain 533；The protrusion 532 is played a supporting role to bonnet 53, is avoided the lower end of bonnet 53 from being adjacent to the upper end of airflow orifice 40, is caused
Air valve 5 can not move up
The upper end periphery of airflow orifice 40 is provided with a circle escape groove 460, and the escape groove 460 connects with the air drain 533,
The outside of escape groove 460 is provided with a circle connection bump 46；The bonnet is horizontally arranged in the connection bump 46 along 531
Side, its periphery are adapted with the inwall of connection bump 46；User is by vacuum extractor when this setup is easy to vacuumize
Vacuum slot 6 be fastened on the inner or outer side of the connection bump 46, so as to reduce the labor intensity of user in vacuum.
Second convex wall 42 is coordinated by sealing shroud 43 and the inner wall sealing of fluid issuing 31, on the sealing shroud 43
Outer is held to be provided with sealing convex edge 431, the sealing convex edge 431 is close with the upper lower surface of lid 4, the upper surface of the fluid issuing 31 respectively
Envelope coordinates, and by setting sealing shroud 43 can ensure that, the second convex wall 42 is connected with the inner wall sealing of fluid issuing 31, avoids vacuumizing
Influenceed in journey by extraneous gas.
The upper end of valve element 52 is provided with lug boss 51.After completing to vacuumize using the cooking container of the cup lid component 2, use
When family needs to open upper lid 4, the lug boss 51 is pulled or lifted, you can air is entered from stomata 50 in cooking container
Portion, make from vacuum state to recover to normality inside cooking container.
The sidepiece of lid body 3 is provided with upper lid installation portion 32, and the upper sidepiece of lid 4 is provided with lid body connecting portion 44, institute
State lid body connecting portion 44 to be hinged by interface arrangment with the upper lid installation portion 32, the upper lid 4 can turn over respect to lid body 3
Turn, this setup is simple in construction, makes that the internal structure of cup lid component 2 is compacter, and space-consuming is few, and the cup is applied in raising
The portability of the cooking container of cap assemblies 2.
Specifically, interface arrangment includes being horizontally installed on crown of roll 441 on the lid body connecting portion 44, and it is described on
The hole clipping 321 that the crown of roll 441 is set is corresponded on lid installation portion 32, the crown of roll 441 is caught in hole clipping 321, makes the upper lid 4
It can be overturn around the relatively described lid body 3 of axis direction of the crown of roll 441.As another connection scheme, the interface arrangment
Including corresponding to the axle on the crown of roll 441 being horizontally installed on the upper lid installation portion 32, and the lid body connecting portion 44
Convex 441 hole clippings 321 set, the crown of roll 441 are caught in hole clipping 321, make the upper lid 4 can be around the axis of the crown of roll 441
The relatively described lid body 3 in direction is overturn.The improvement project of this rotational structure not shown in the accompanying drawing of the present embodiment, but this improvement side
Case is still fallen within the range of claims hereof protection.The set-up mode of above two interface arrangment is simple in construction, cost
It is cheap, it is easy to production and assembly.
The outside of the upper lid installation portion 32 is provided with hanging hole 33；Fixture block is provided with the hanging hole 33 (in figure not show
Go out)；The corresponding fixture block of the lid body connecting portion 44 is provided with neck 45；The upper lid 4 turns up when being adjacent to the hanging hole 33,
The fixture block is caught in the neck 45, the upper lid 4 is carried out spacing.
By setting the hanging hole 33, it is easy to user to take the cooking container using the cap assemblies 2, and is easy to cooking to hold
The placement of device；By setting the fixture block and the neck 45, when avoiding the user from drinking fruit juice, turned under the upper lid 4 and encounter use
Family mouth.
In order to strengthen the structural strength of the upper lid installation portion 32, the upper lid installation portion 32 gradually increase from bottom to top.
The fluid issuing 31 is convex, on the one hand this setup is easy to user to carry out the fluid issuing 31
Sealing, it is on the other hand user-friendly.
The operation principle of embodiments of the invention one：
When vacuumizing, the vacuum slot 6 of vacuum extractor is fastened on the inner or outer side of connection bump 46, made on air valve 5
Portion forms a closed space；Start vacuum extractor, vacuum slot 6 forms negative pressure above air valve 5, now the quilt of air valve 5
Negative pressure picks up and lifting, but because the bottom of valve element 52 of air valve 5 is limited in the lower port of the first convex wall 41, therefore air valve 5
Generation elastic stretching, the sidepiece of valve element 52 disengage with the inwall of first passage 411, the inner chamber of lid body 3 is connected gas
Groove 533.
After stopping vacuumizes, air valve 5 resets by natural resiliency；The sidepiece of valve element 52 recovers and the first passage
411 inner wall sealings coordinate, and avoid outside air from entering the inner chamber of lid body 3.
Embodiment two
Referring to Fig. 7 to 9, the cup lid component 2 of the present embodiment, including lid body 3 and upper lid 4；The upside of lid body 3 is provided with
Fluid issuing 31, described upper one end of lid 4 are provided with airflow orifice 40 corresponding with fluid issuing 31, gas are provided with the airflow orifice 40
Valve 5, the upper other end of lid 4 is be hinged with lid body 3, and the fluid issuing 31 is opened or cover in a manner of being passed to upset；Institute
When stating lid 4 and covering the fluid issuing 31, the airflow orifice 40 is located at the upper end of fluid issuing 31, and the air valve 5 is to moving up
It is dynamic to connect fluid issuing 31 and the outside of upper lid 4.
The air valve 5 is soft valve body, and the air valve 5 includes valve element 52 and bonnet 53, and the bonnet 53 is connected to valve element
52 top is simultaneously set for 52 1 weeks around valve element, is provided with air drain 533 on the inside of the lower wall of bonnet 53, the air drain 533 is provided with
Connect the stomata 50 of the upside of bonnet 53；The air valve 5 is connected by the bonnet 53 with the upper lid 4, and the valve element 52 is installed
In the airflow orifice 40, the valve element 52 coordinates with the fluid issuing 31 sealing, and the valve element 52 can make when moving up
The fluid issuing 31 connects with air drain 533.
The bonnet 53 is tightly connected with the airflow orifice 40, and the elastically deformable of bonnet 53 is so that valve element 52 can be upward
It is mobile, so that fluid issuing 31 connects with air drain 533, this set-up mode that fluid issuing 31 is directly sealed by air valve 5,
Simple in construction, cost is cheap.
The periphery of bonnet 53 is provided with the connection wall 5351 extended downwardly, and the connection wall 5351 is externally provided with a circle buckling groove
5350, the sealing of the buckling groove 5350 and the perisporium of airflow orifice 40 engage, the bonnet 53 be located at air drain 533 and connection wall 5351 it
Between be provided with the planar portions 534 ' that be bondeds with the upper end of fluid issuing 31, this setup can ensure that air valve 5 consolidates and be arranged on air-flow
On mouth 40, while it can ensure that bonnet 53 is fitted tightly over the upper end of fluid issuing 31, so as to ensure the close of the convection body of air valve 5 outlet 31
Feng Xing.
The valve element 52 is cup-shaped, and its middle part is provided with lug boss 51, when the cooking container using the cup lid component 2 is completed to take out
After vacuum, when user needs to open upper lid 4, the lug boss 51 is pulled or lifted, you can air is entered material from stomata 50
Manage inside container, make from vacuum state to recover to normality inside cooking container.
The outside bending in the upper end of fluid issuing 31 forms flange 34, and the edge of flange 34 is arc-shaped, avoids user
When drinking fruit juice, the upper port of fluid issuing 31 hurts user's mouth.
The operation principle of embodiments of the invention two：
When vacuumizing, the vacuum slot 6 of vacuum extractor is pressed on air valve 5, makes the top of air valve 5 formation one closed
Space；Start vacuum extractor, vacuum slot 6 forms negative pressure above air valve 5, now the top of air valve 5 picked up by negative pressure and
Lifting, the valve element 52 disengage with the inwall of fluid issuing 31, the inner chamber of lid body 3 is connected air drain 533.
After stopping vacuumizes, air valve 5 resets by the effect of natural resiliency and atmospheric pressure；The valve element 52 recover with it is described
The sealing of the upper port of fluid issuing 31 coordinates, and avoids outside air from entering the inner chamber of lid body 3.
Other structures in embodiment two may be used in embodiment one, and the other structures in embodiment one can be applied
Into embodiment two.The technical scheme that the embodiment one and embodiment two that present embodiment provides combine, in the present invention
In the technical scheme of protection.
Embodiment three
Referring to Figure 10 to 12, the present embodiment is the further improvement to embodiment two, the cup lid component 2 of the present embodiment, is wrapped
Include lid body 3 and upper lid 4；The upside of lid body 3 is provided with fluid issuing 31, and described upper one end of lid 4 is provided with and fluid issuing 31
Corresponding airflow orifice 40, air valve 5 is installed, the upper other end of lid 4 is be hinged with lid body 3, to be passed in the airflow orifice 40
The fluid issuing 31 is opened or covered to the mode of upset；When the upper lid 4 covers the fluid issuing 31, the airflow orifice 40
Positioned at the upper end of fluid issuing 31, the air valve 5, which moves up, can connect fluid issuing 31 and the outside of upper lid 4.
The lower end of airflow orifice 40 is provided with convex mouth 41 ', and the outer wall of convex mouth 41 ' coordinates with the inner wall sealing of fluid issuing 31,
The sealing of the outer wall of valve element 52 and the airflow orifice 40 coordinates, and the elastically deformable of bonnet 53 is so that valve element 52 can be to moving up
It is dynamic, so that fluid issuing 31 connects with air drain 533；Preferably, the outlet connected with airflow orifice 40 is provided with the convex mouth 41 '
Passage 411 ', this setup simplify the sealing structure of lid 4.
The air valve 5 is soft valve body, and the air valve 5 includes valve element 52 and bonnet 53, and the bonnet 53 is connected to valve element
52 top is simultaneously set for 52 1 weeks around valve element, and the periphery of bonnet 53 is provided with bonnet connecting portion 534, and the air valve 5 passes through institute
Bonnet connecting portion 534 is stated in airflow orifice 40,
Air drain 533 is provided with the inside of the lower wall of bonnet 53, the gas in the upside space of bonnet 53 is communicated with the air drain 533
Hole 50；The air valve 5 is connected by the bonnet 53 with the upper lid 4；When the upper lid 4 covers the fluid issuing 31, institute
State convex mouth 41 ' with the fluid issuing 31 sealing to coordinate, the periphery of valve element 52 coordinates with described 40 mouthfuls of sealings of air-flow, the valve
When moving up the fluid issuing 31 can connect core 52 with air drain 533.
The sidepiece of airflow orifice 40 is provided through the interface 400 of the downside of lid 4, and bonnet connecting portion 534 is provided with downward
The plug division 535 ' of extension, the plug division 535 ' are detachably connected with interface 400；The lower end of plug division 535 ' is provided with
Hook 5350 ', the barb 5350 ' be located in the downside of lid 4, and this setup can ensure that air valve 5 is firm and be arranged on airflow orifice
On 40, air valve 5 departs from upper lid 4 during avoiding use, influences the normal use of cup lid component 2.
The fluid issuing 31 is convex, on the one hand this setup is easy to user to carry out the fluid issuing 31
Sealing, directly suck the fluid issuing 31 when on the other hand user-friendly.
As an improvement scheme, the convex mouth 41 ' is coordinated by sealing shroud 43 and the inner wall sealing of fluid issuing 31,
The upper end outer of sealing shroud 43 be provided with sealing convex edge 431, it is described sealing convex edge 431 respectively with the upper lower surface of lid 4, the fluid
Export the sealing of 31 upper surfaces to coordinate, by setting the sealing shroud 43 to improve sealing of the air valve 5 to convex mouth 41 '.
As an improvement scheme, the periphery of valve element 52 is tapered, so as to which valve element 52 is displaced outwardly during easy to exhaust, separately
On the one hand the sealing effectiveness of valve element 52 and airflow orifice 40 can also be improved.
As an improvement scheme, the air drain 533 is set around the valve element 52 in a ring, and the stomata 50 is provided with
It is multiple, so as to improve the performance of exhaust.
As an improvement scheme, the valve element 52 is cup-shaped, and its middle part is provided with lug boss 51.Use this structure can be with
The deformation nature of valve element 52 is improved, after completing to vacuumize using the cooking container of the cup lid component 2, user, which needs to open, to be covered
When 4, the lug boss 51 is pulled or lifted, you can air is entered from stomata 50 inside cooking container, make in cooking container
Portion recovers to normality from vacuum state, so as to be easy to open upper lid 4.
Illustrate the operation principle of the present embodiment below：
When vacuumizing, the vacuum slot 6 of vacuum extractor is pressed on the upside of bonnet 53, the top of air valve 5 is formed one
Closed space；Start vacuum extractor, vacuum slot 6 forms negative pressure above air valve 5, and now the top of air valve 5 is inhaled by negative pressure
Rise and lifting, the valve element 52 disengage with the airflow orifice 40, the inner chamber of lid body 3 connect air drain 533, make in cooking container
The gas in portion is extracted.
After stopping vacuumizes, air valve 5 resets by the effect of natural resiliency and atmospheric pressure, the valve element 52 and the air-flow
Mouth 40 upper ports sealing coordinates, and avoids outside air from entering the inner chamber of lid body 3.
Other structures in embodiment three may be used in embodiment one and embodiment two, embodiment one, embodiment two
In other structures may be used in embodiment three.Embodiment one, embodiment two and the implementation that present embodiment provides
The technical scheme that example three combines, in the technical scheme that the present invention protects.
Example IV
Referring to Figure 13 to 14, the cup lid component 2 of the present embodiment, including lid body 3 and upper lid 4；The upside of lid body 3 is set
There is fluid issuing 31, described upper one end of lid 4 is provided with airflow orifice 40 corresponding with fluid issuing 31, is provided with the airflow orifice 40
Connection may be reversed with lid body 3 in air valve 5, the upper other end of lid 4, and opening or cover the fluid in a manner of being passed to upset goes out
Mouth 31；When the upper lid 4 covers the fluid issuing 31, the airflow orifice 40 is located at the upper end of fluid issuing 31, the air valve 5
Fluid issuing 31 and the outside of upper lid 4 can be connected by moving up.
The air valve 5 includes valve seat 54 and ball sealer 55, and the valve seat 54 and ball sealer 55 are made up of soft material, described
The top of valve seat 54 is tightly connected with the airflow orifice 40, and the bottom of valve seat 54 coordinates with the fluid issuing 31 sealing；
Air cavity 540 is provided with the valve seat 54, the lower end of air cavity 540 is provided with air cavity air inlet 541, and the upper end of air cavity 540 is provided with
Air cavity gas outlet 500, the ball sealer 55 can floating ground be arranged in the air cavity 540, the downside of the ball sealer 55 and institute
The sealing of air cavity air inlet 541 is stated to coordinate.
The inner side of the air cavity air inlet 541 is arranged to the taper being adapted with ball sealer 55, on the one hand make ball sealer 55 with
Air cavity air inlet 541 coordinates closer, another aspect, enables inwall orientation of the ball sealer 55 along the air cavity air inlet 541
Close the air cavity air inlet 541.
The upside of ball sealer 55 is provided with lug boss 51, and the upper center of valve seat 54 is communicated with the projection of air cavity 540
Portion's via 542, the lug boss 51 extend the lug boss via 542, and the air cavity gas outlet 500 is arranged on the projection
The sidepiece of portion's via 542；After completing to vacuumize using the cooking container of the cup lid component 2, when user needs to open upper lid 4,
Pull or lift the lug boss 51, you can make air from stomata 50 enter cooking container inside, make inside cooking container from
Vacuum state recovers to normality；In addition, by setting lug boss via 542, it is ensured that when vacuumizing, ball sealer 55 can orient floating
It is dynamic, so as to avoid ball sealer 55 from closing the air cavity air inlet 500.
As a kind of improvement project of air valve 5, the valve seat 54 and ball sealer 55 can be by hard materials such as plastics or metals
It is made.
The lid body connecting portion 44 is connected with the upper lid installation portion 32 by fastening structure, and the fastening structure includes
The inserted block 442 of the sidepiece of lid body connecting portion 44 is arranged on, and corresponds to the inserted block 442 on the upper lid installation portion 32 and sets
The slot 322 put, the inserted block 442 are inserted in slot 322, make the upper lid 4 can around the lid body connecting portion 44 with it is described
The relatively described lid body 3 in the junction of inserted block 442 is overturn.
The operation principle of embodiments of the invention four：
When vacuumizing, the vacuum slot 6 of vacuum extractor is pressed on air valve 5, makes the top of air valve 5 formation one closed
Space；Start vacuum extractor, vacuum slot 6 forms negative pressure above valve seat 54, now on the ball sealer 55 in air cavity 540
Portion is picked up and floated by negative pressure, and the ball sealer 55 disengages with the inwall of air cavity air inlet 541, makes the inner chamber of lid body 3
The outside of lid 4 in connection.
After stopping vacuumizes, ball sealer 55 resets by own wt and closes the air cavity air inlet 541, avoids the external world
Air enters the inner chamber of lid body 3.
Other structures in example IV may be used in other embodiment, the other structures in other embodiment
It is applied in example IV.Embodiment one, embodiment two, embodiment three and the example IV combination that present embodiment provides
Technical scheme, in the technical scheme protected of the present invention.
The cup lid component 2 that embodiment one provides to example IV, compared with prior art, there is advantages below：
(1) this cup lid component 2 is made up of lid body 3 and upper lid 4, and number of components is few, while easy to assembly, can reduce production
Cost；
(2) when to being vacuumized using the cooking container of the cup lid component 2, only vacuum slot 6 need to be placed directly within institute
The upper end of air valve 5 is stated, removes the trouble for opening miscellaneous part from；In addition, vacuumized using the cooking container of the cup lid component 2
Afterwards, user need to only open the fruit juice in the i.e. drinkable cooking container of lid 4, remove the trouble for turning on or opening miscellaneous part, phase from
It is more convenient than in the cooking container use of existing vacuum.
Embodiment five
Referring to Figure 15, it is a further object to provide a kind of cup lid component 2 using above-described embodiment one to four
Cup, including cup 1 and cup lid component 2, the cup lid component 2 be spirally connected with the cup 1.Compared with prior art, this hair
Bright cup, it is easy to use, it is convenient for carrying.
The announcement and teaching of book according to the above description, those skilled in the art in the invention can also be to above-mentioned embodiment party
Formula is changed and changed.Therefore, the invention is not limited in embodiment disclosed and described above, to the present invention's
Some modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although used in this specification
Some specific terms, but these terms are merely for convenience of description, do not form any restrictions to the present invention.
Claims (16)
- A kind of 1. cup lid component, it is characterised in that：Including lid body and upper lid；Fluid issuing, institute are provided with the upside of the lid body State lid one end and be provided with airflow orifice corresponding with fluid issuing, air valve is installed, the upper lid other end is with covering this in the airflow orifice Connection is may be reversed in body, and the fluid issuing is opened or cover in a manner of being passed to upset；When the upper lid covers the fluid issuing, the airflow orifice is located at the upper end of fluid issuing, and the air valve moves up The air valve, which moves up, can connect fluid issuing and upper outer side of lid.
- A kind of 2. cup lid component according to claim 1, it is characterised in that：The air valve includes valve element and bonnet, described Bonnet is connected to the top of valve element and set within one week around valve element, is provided with air drain on the inside of the bonnet lower wall, is set on the air drain There is the stomata on the upside of connection bonnet；The air valve is connect by the bonnet and the top cap, and the valve element is arranged on the gas In head piece, the valve element coordinates with the airflow orifice or fluid issuing sealing, can make when the valve element moves up described Fluid issuing connects with air drain.
- A kind of 3. cup lid component according to claim 2, it is characterised in that：The airflow orifice lower end is provided with the first convex wall, First passage is provided with first convex wall, the first convex wall periphery is provided with second convex wall of circle, the second convex wall outer wall and the stream The sealing of body outlet inside wall coordinates；The valve element lower end periphery is provided with limiting section；The bonnet periphery is provided with bonnet edge, and the stomata is arranged on the bonnet Positioned at the bonnet along inner side；Along being fitted on the outside of the airflow orifice upper end, the valve element is arranged in the first passage bonnet, and described Valve element outer wall coordinates with airflow orifice sealing, and the limiting section support withstands on the lower end of first convex wall；First convex wall Bottom or the limiting section are communicated with the blow vent of the first passage, the valve element elastically deformable move up so that The fluid issuing connects with air drain.
- A kind of 4. cup lid component according to claim 3, it is characterised in that：The bonnet is located at the bonnet and set along inner side There is protrusion, the air drain is formed on the downside of protrusion.
- A kind of 5. cup lid component according to claim 3, it is characterised in that：Airflow orifice upper end periphery is provided with a circle and kept away Allow groove, the escape groove is connected with the air drain, and a circle connection bump is provided with the outside of the escape groove；The bonnet is pacified along horizontal On the inside of the connection bump, its periphery is adapted with the connection bump inwall.
- A kind of 6. cup lid component according to any one of claim 3 to 5, it is characterised in that：Second convex wall passes through close Big envelope coordinates with the fluid issuing inner wall sealing, and the sealing set upper side outer is provided with sealing convex edge, the sealing convex edge point Do not coordinate with upper lid lower surface, fluid issuing upper surface sealing.
- A kind of 7. cup lid component according to claim 2, it is characterised in that：The bonnet connects with airflow orifice sealing Connect, the valve element coordinates with fluid issuing sealing, and the bonnet elastically deformable is so that valve element can move up, so that fluid Outlet connects with air drain.
- A kind of 8. cup lid component according to claim 7, it is characterised in that：The bonnet periphery is provided with the company extended downwardly Wall is connect, the connection wall is externally provided with a circle buckling groove, and the buckling groove engages with the sealing of airflow orifice perisporium, and the bonnet is located at gas The planar portions being bonded with fluid issuing upper end are provided between groove and connection wall.
- A kind of 9. cup lid component according to claim 2, it is characterised in that：The airflow orifice lower end is provided with convex mouth, convex mouth Outer wall coordinates with the fluid issuing inner wall sealing, and the valve element outer wall coordinates with airflow orifice sealing, and the bonnet can bullet Property deformation is so that valve element can move up, so that fluid issuing connects with air drain.
- A kind of 10. cup lid component according to claim 9, it is characterised in that：The convex mouth passes through sealing shroud and the stream Body outlet inside wall sealing coordinate, it is described sealing set upper side outer be provided with sealing convex edge, it is described sealing convex edge respectively with upper lid lower end Face, fluid issuing upper surface sealing coordinate.
- A kind of 11. cup lid component according to claim 9, it is characterised in that：The airflow orifice sidepiece is provided through The interface of downside is covered, the bonnet periphery is provided with the plug division extended downwardly, and the plug division is detachably connected with interface； The plug division lower end is provided with barb, and the barb be located on the downside of lid.
- A kind of 12. cup lid component according to claim 1, it is characterised in that：The air valve includes valve seat and ball sealer, institute State valve seat top to be tightly connected with the airflow orifice, the valve seat bottom coordinates with fluid issuing sealing；The valve Air cavity is provided with seat, the air cavity lower end is provided with air cavity air inlet, and the air cavity upper end is provided with air cavity gas outlet, the ball sealer Can floating ground be arranged in the air cavity, the sealing of the downside of the ball sealer and the air cavity air inlet coordinates.
- A kind of 13. cup lid component according to claim 12, it is characterised in that：Be arranged on the inside of the air cavity air inlet with The taper that ball sealer is adapted.
- A kind of 14. cup lid component according to claim 12, it is characterised in that：Lug boss is provided with the upside of the ball sealer, The valve seat upper center is communicated with the lug boss via of air cavity, and the lug boss extends the lug boss via, described Air cavity gas outlet is arranged on the sidepiece of the lug boss via.
- A kind of 15. cup lid component according to claim 1 to 5 or 7 to 14 any one, it is characterised in that：The fluid goes out Mouth is convex.
- 16. cup, including cup and cup lid component, the cup lid component are spirally connected with the cup, it is characterised in that：The cup lid Component is the cup lid component described in any one of claim 1 to 15.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710887975.4A CN107616725B (en) | 2017-09-27 | 2017-09-27 | Cup cover assembly and cup |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710887975.4A CN107616725B (en) | 2017-09-27 | 2017-09-27 | Cup cover assembly and cup |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107616725A true CN107616725A (en) | 2018-01-23 |
| CN107616725B CN107616725B (en) | 2023-08-25 |
Family
ID=61091205
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710887975.4A Active CN107616725B (en) | 2017-09-27 | 2017-09-27 | Cup cover assembly and cup |
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| Country | Link |
|---|---|
| CN (1) | CN107616725B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114302660A (en) * | 2019-11-04 | 2022-04-08 | Lg电子株式会社 | Food processor |
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| CN202932581U (en) * | 2012-11-06 | 2013-05-15 | 吴孟展 | Cup with seal cover |
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| CN105996669A (en) * | 2016-07-05 | 2016-10-12 | 宁波立羊真空器皿有限公司 | Vacuum cup |
| WO2017000148A1 (en) * | 2015-06-30 | 2017-01-05 | 韩伟杰 | Vacuum sealing water cup |
| TWM543846U (en) * | 2017-02-23 | 2017-06-21 | Genios Development Co Ltd | Vacuum container |
| CN208551487U (en) * | 2017-09-27 | 2019-03-01 | 广东顺德布神乐电气有限公司 | A kind of cup lid component and cup |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202932581U (en) * | 2012-11-06 | 2013-05-15 | 吴孟展 | Cup with seal cover |
| CN204797532U (en) * | 2015-06-01 | 2015-11-25 | 苏州宝之成电器有限公司 | Fresh -keeping cup of vacuum cooking machine |
| WO2017000148A1 (en) * | 2015-06-30 | 2017-01-05 | 韩伟杰 | Vacuum sealing water cup |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114302660A (en) * | 2019-11-04 | 2022-04-08 | Lg电子株式会社 | Food processor |
| CN114302660B (en) * | 2019-11-04 | 2023-12-12 | Lg电子株式会社 | food processor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107616725B (en) | 2023-08-25 |
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