CN209219831U - The band stomata tea interval of vacuum cup bubbler - Google Patents
The band stomata tea interval of vacuum cup bubbler Download PDFInfo
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- CN209219831U CN209219831U CN201821515292.2U CN201821515292U CN209219831U CN 209219831 U CN209219831 U CN 209219831U CN 201821515292 U CN201821515292 U CN 201821515292U CN 209219831 U CN209219831 U CN 209219831U
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- bubbler
- tea interval
- vacuum cup
- tea
- plate
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Abstract
The utility model discloses a kind of band stomata tea intervals of vacuum cup bubbler, the outer side edges edge that the bottom of bubbler is equipped with bubbler described in apopore is fixed with sealing ring, the bottom of bubbler is fixed with tea interval plate, the top surface of tea interval plate, air channel is equipped with backwards to the side of locker, on tea interval plate, limbers is equipped with around air channel, the slot bottom of air channel is tilted down along the direction far from locker, the notch of air channel and the bottom of bubbler cooperatively form venting channels, the upper end of venting channels is connected to apopore, lower end is connected to tea interval backboard to the side of locker.From the above it is found that the band stomata tea interval of the vacuum cup bubbler of the utility model, can not only play and brew material every filter tealeaves etc., moreover it is possible to guarantee the smoothness that vacuum cup pours.
Description
Technical field
The utility model relates to a kind of technical fields of vacuum cup, and in particular to a kind of band stomata tea of vacuum cup bubbler
Every.
Background technique
Vacuum cup (Vacuum cup) is usually to add the container being filled with water that vacuum layer is made, top by ceramics or stainless steel
There is lid, sealing is tight, and vacuum heat-insulating layer can make to delay to radiate mounted in liquid such as internal water, to achieve the purpose that heat preservation.
Vacuum cup is developed from vacuum flask, and heat preservation principle is as vacuum flask, and only people for convenience make bottle
At cup.
Due to the insulation effect of vacuum cup, so vacuum cup is more suitable for tealeaves or other brews material brewed beverage
Preservation, but also due to the limitation of this body structure of vacuum cup, vacuum cup on the market there is no soaking object at present
Expect isolation structure, this result in vacuum cup for these material brewed beverages can very not when being drunk
Just.
In addition, in use, since the temperature of the water in vacuum cup is higher, so vacuum cup is when pouring, it is necessary to
Guarantee the smoothness that vacuum cup pours, water splashes user and causes to scald when avoiding vacuum cup from pouring.
Summary of the invention
The purpose of this utility model is that: overcome the deficiencies of the prior art and provide a kind of band stomata of vacuum cup bubbler
Tea interval can not only play and brew material every filter tealeaves etc., moreover it is possible to guarantee the smoothness that vacuum cup pours;Pass through setting for notch
It sets, the lower end for the venting channels that vent notch and bubbler bottom are formed is not by the shadow of the elastic-restoring force of sealing ring
It rings and is connected to always with the vacuum cup below tea interval plate;By the effect of vertical plate, so that sealing ring can be formed always in indentation, there
One cavity avoids sealing ring under elastic-restoring force effect that indentation, there is closed and influences below venting channels and tea interval plate
Connection in vacuum cup;By the structure setting of limbers, under the premise of guaranteeing isolation tealeaves etc. and brewing material as far as possible
Improve the circulation efficiency of water;Tea interval plate is fixed on bubbler bottom by flange set by the sealing ring by bubbler bottom, no
Merely due to the elastic-restoring force of sealing ring itself can guarantee fixed fastness, and the disassembly side of tea interval plate can be made
Just, and then convenient for the cleaning of tea interval plate.
Technical solution adopted in the utility model is:
The band stomata tea interval of vacuum cup bubbler, including rim of a cup pedestal are fixed with bubbler in the rim of a cup pedestal, described
The top of rim of a cup pedestal is equipped with cup lid, and the side of the rim of a cup pedestal and cup lid, which are swung, to be connected, the other side by locker with
Cup lid is fixed, and the outer side edges edge that the bottom of the bubbler is equipped with bubbler described in apopore is fixed with sealing ring, the drinking-water
The bottom of mouth is fixed with tea interval plate, and the top surface of the tea interval plate is equipped with air channel, the tea interval plate backwards to the side of locker
Above, limbers is equipped with around air channel, the slot bottom of the air channel is tilted down along the direction far from locker,
The notch of the air channel and the bottom of bubbler cooperatively form venting channels, and the upper end of the venting channels and apopore connect
Logical, lower end is connected to tea interval backboard to the side of locker.
The utility model is further improved scheme, and the sealing ring bottom is provided inwardly with flange, and the flange is by tea interval
The edge of plate is fixed on the bottom of bubbler.
The further improvement project of the utility model is, the bottom of the bubbler is equipped with corresponding to the edge of tea interval plate
The edge of tea interval plate is fixed on limited step by limited step, the flange.
The further improvement project of the utility model is, at the tea interval plate, the edge placement corresponding to air channel lower end
Equipped with notch.
The further improvement project of the utility model is that the depth of the notch is greater than the width of flange.
The further improvement project of the utility model is, the top surface of the tea interval plate, be respectively equipped with positioned at notch two sides it is vertical
Plate, the vertical plate are connect with the respective side cell wall of air channel respectively.
The further improvement project of the utility model is that the slot bottom of the air channel is cancave cambered surface structure.
The further improvement project of the utility model is that the limbers includes that multiple centers using tea interval plate are in as the center of circle
The equally distributed multiple limbers A of circular arc.
The further improvement project of the utility model is that the limbers A is sector structure.
The further improvement project of the utility model is that the limbers further includes positioned at the inside of limbers A, with tea interval
The center of plate is the limbers B of the arc in the center of circle.
The further improvement project of the utility model is that the center of the tea interval plate is located in air channel and is located at logical
The center of the one end of air drain towards locker, the tea interval plate is located within the scope of the vertical projection of apopore.
The utility model has the beneficial effects that:
The first, the band stomata tea interval of the vacuum cup bubbler of the utility model, can not only play and brew every filter tealeaves etc.
Material, moreover it is possible to guarantee the smoothness that vacuum cup pours.
The second, the band stomata tea interval of the vacuum cup bubbler of the utility model, by the setting of notch, so that vent notch
With bubbler bottom formed venting channels lower end can not be influenced by the elastic-restoring force of sealing ring and always with tea interval
Vacuum cup connection below plate.
Third, the utility model vacuum cup bubbler band stomata tea interval, by the effect of vertical plate, so that sealing ring exists
Indentation, there can form a cavity always, avoid sealing ring elastic-restoring force effect under and by indentation, there it is closed and influence ventilate
Connection below channel and tea interval plate in vacuum cup.
4th, the band stomata tea interval of the vacuum cup bubbler of the utility model is being guaranteed by the structure setting of limbers
The circulation efficiency for improving water under the premise of tealeaves etc. brews material as far as possible can be isolated.
5th, the band stomata tea interval of the vacuum cup bubbler of the utility model, set by the sealing ring by bubbler bottom
Flange tea interval plate is fixed on bubbler bottom, the elastic-restoring force for being not only due to sealing ring itself can guarantee fixed jail
Solidity, and the convenient disassembly of tea interval plate can be made, and then be convenient for the cleaning of tea interval plate.
Detailed description of the invention:
Fig. 1 is the main view schematic cross-sectional view of the application.
Fig. 2 is the schematic top plan view after the application cup lid is opened.
Fig. 3 is the schematic diagram of tea interval plate.
Fig. 4 is the elevational schematic view of tea interval plate.
Specific embodiment:
In conjunction with Fig. 1 ~ Fig. 4 it is found that the utility model includes rim of a cup pedestal 1, it is fixed with bubbler 2 in the rim of a cup pedestal 1,
The top of the rim of a cup pedestal 1 is equipped with cup lid 3, and the side of the rim of a cup pedestal 1 and cup lid 3, which are swung, to be connected, and the other side passes through lock
Buckle device and cup lid 3 are fixed, and the outer side edges edge that the bottom of the bubbler 2 is equipped with bubbler 2 described in apopore 5 is fixed with sealing
Circle 4, the bottom of the bubbler 2 are fixed with tea interval plate 7, and the top surface of the tea interval plate 7 is equipped with backwards to the side of locker and leads to
Air drain 8 on the tea interval plate 7, is equipped with limbers around air channel 8, and the slot bottom 15 of the air channel 8 is along far from lock
The direction of buckle device tilts down, and the notch of the air channel 8 and the bottom of bubbler 2 cooperatively form venting channels, described logical
The upper end in gas channel is connected to apopore 5, lower end is connected to tea interval plate 7 backwards to the side of locker;4 bottom of sealing ring
It is provided inwardly with flange 11, the edge of tea interval plate 7 is fixed on the bottom of bubbler 2 by the flange 11;The bottom of the bubbler 2
Portion is equipped with limited step 9 corresponding to the edge of tea interval plate 7, and the edge of tea interval plate 7 is fixed on limited step 9 by the flange 11
On;The tea interval plate 7, corresponding at the lower end edge placement of air channel 8 be equipped with notch 16;The depth of the notch 16, which is greater than, to be turned over
The width on side 11;The top surface of the tea interval plate 7 is respectively equipped with vertical plate 10 positioned at 16 two sides of notch, the vertical plate 10 respectively with it is logical
The respective side cell wall of air drain 8 connects;The slot bottom 15 of the air channel 8 is cancave cambered surface structure;The limbers includes multiple with tea
The center of partition 7 is that the center of circle is in the equally distributed multiple limbers A14 of circular arc;The limbers A14 is sector structure;It is described logical
Water hole further includes positioned at the inside of limbers A14, using the center of tea interval plate 7 as the limbers B13 of the arc in the center of circle;The tea interval
The center of plate 7 is located in air channel 8 and is located at the one end of air channel 8 towards locker, the centre bit of the tea interval plate 7
In within the scope of the vertical projection of apopore 5.
When the utility model is installed, tea interval plate 7 need to be only provided with to the end face of air channel 8 upwards and air channel 8
Side backwards to locker, 2 lateral wall bottom of bubbler is fixed in the tensioning of sealing ring 4, then sets the edge card of tea interval plate 7
It is fixed between the flange 11 of sealing ring 4 and the step 9 of bubbler 2;The notch of air channel 8 and the bottom of bubbler 2 are matched at this time
Close the venting channels for forming connection an apopore 5 and notch 16.
When the utility model uses, rim of a cup pedestal 1 and the rim of a cup of vacuum cup are fixed;When needing to drink water, lead to
It crosses locker to open cup lid 3, then topple over vacuum cup to locker side, the water in vacuum cup is along heat preservation at this time
Cup flows to bubbler 2 on the inside of the cup body towards locker side, at this point, the tealeaves or other materials brewed in water are by tea interval
Plate 7 is stopped, and liquid then can be from limbers A14 or limbers B13 by entering in bubbler 2 and pouring out;It ventilates at this time
The venting channels that slot 8 and 2 bottom of bubbler are formed are due to being the notch by apopore 5 with tea interval plate 7 backwards to locker side
16 connections, are to topple over to locker side in the toppling direction due to vacuum cup, so notch 16 is located at liquid in vacuum cup
Above face, in toppling process, water is not had and enters air channel 8 and blocks venting channels, thus the water in vacuum cup is made to begin
Connection atmosphere eventually, and then the water in vacuum cup is made to keep smooth when pouring out forever;When not needing to pour again, heat preservation
Cup is upright, and the water in bubbler 2 then flows downwardly through apopore 5, and is flowed back to by limbers A14, limbers B13 or air channel 8
In vacuum cup.
In addition, user can also directly select uneasiness if you do not need to if filtering tea or other materials brewed
Fill tea interval 7.
Claims (10)
1. the band stomata tea interval of vacuum cup bubbler, it is characterised in that: solid in the rim of a cup pedestal (1) including rim of a cup pedestal (1)
Surely have bubbler (2), the top of the rim of a cup pedestal (1) is equipped with cup lid (3), the side and cup lid (3) of the rim of a cup pedestal (1)
Connection is swung, the other side is fixed by locker and cup lid (3), and it is described that the bottom of the bubbler (2) is equipped with apopore (5)
For the outer side edges of bubbler (2) along being fixed with sealing ring (4), the bottom of the bubbler (2) is fixed with tea interval plate (7), the tea
The top surface of partition (7) is equipped with air channel (8) backwards to the side of locker, on the tea interval plate (7), is located at air channel (8)
Surrounding is equipped with limbers, and the slot bottom (15) of the air channel (8) is tilted down along the direction far from locker, the ventilation
The notch of slot (8) and the bottom of bubbler (2) cooperatively form venting channels, and the upper end and apopore (5) of the venting channels are even
Logical, lower end is connected to tea interval plate (7) backwards to the side of locker.
2. the band stomata tea interval of vacuum cup bubbler as described in claim 1, it is characterised in that: sealing ring (4) bottom
It is provided inwardly with flange (11), the edge of tea interval plate (7) is fixed on the bottom of bubbler (2) by the flange (11).
3. the band stomata tea interval of vacuum cup bubbler as claimed in claim 2, it is characterised in that: the bottom of the bubbler (2)
Portion, the edge for corresponding to tea interval plate (7) are equipped with limited step (9), and the edge of tea interval plate (7) is fixed on limit by the flange (11)
On position step (9).
4. the band stomata tea interval of vacuum cup bubbler as described in claim 1, it is characterised in that: the tea interval plate (7) corresponds to
Notch (16) are equipped at the edge placement of air channel (8) lower end.
5. the band stomata tea interval of vacuum cup bubbler as claimed in claim 4, it is characterised in that: the top of the tea interval plate (7)
Face is respectively equipped with vertical plate (10) positioned at notch (16) two sides, and the vertical plate (10) connects with the respective side cell wall of air channel (8) respectively
It connects.
6. the band stomata tea interval of vacuum cup bubbler as described in claim 1, it is characterised in that: the slot of the air channel (8)
Bottom (15) is cancave cambered surface structure.
7. the band stomata tea interval of vacuum cup bubbler as described in claim 1, it is characterised in that: the limbers includes multiple
It is in the equally distributed multiple limbers A(14 of circular arc by the center of circle of the center of tea interval plate (7)).
8. the band stomata tea interval of vacuum cup bubbler as claimed in claim 7, it is characterised in that: the limbers A(14) be
Sector structure.
9. the band stomata tea interval of vacuum cup bubbler as claimed in claim 7, it is characterised in that: the limbers further includes position
In the inside of limbers A(14), using the center of tea interval plate (7) as the limbers B(13 of the arc in the center of circle).
10. claim 7 ~ 9 its any one of as described in vacuum cup bubbler band stomata tea interval, it is characterised in that: institute
The center for stating tea interval plate (7) is located in air channel (8) and is located at the one end of air channel (8) towards locker, the tea interval
The center of plate (7) is located within the scope of the vertical projection of apopore (5).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821515292.2U CN209219831U (en) | 2018-09-17 | 2018-09-17 | The band stomata tea interval of vacuum cup bubbler |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821515292.2U CN209219831U (en) | 2018-09-17 | 2018-09-17 | The band stomata tea interval of vacuum cup bubbler |
Publications (1)
Publication Number | Publication Date |
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CN209219831U true CN209219831U (en) | 2019-08-09 |
Family
ID=67498714
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201821515292.2U Active CN209219831U (en) | 2018-09-17 | 2018-09-17 | The band stomata tea interval of vacuum cup bubbler |
Country Status (1)
Country | Link |
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CN (1) | CN209219831U (en) |
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2018
- 2018-09-17 CN CN201821515292.2U patent/CN209219831U/en active Active
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