CN104720489A - Controllable tea and water separating cup - Google Patents
Controllable tea and water separating cup Download PDFInfo
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- CN104720489A CN104720489A CN201510158557.2A CN201510158557A CN104720489A CN 104720489 A CN104720489 A CN 104720489A CN 201510158557 A CN201510158557 A CN 201510158557A CN 104720489 A CN104720489 A CN 104720489A
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- guide part
- inner core
- urceolus
- cup
- interior cup
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Abstract
The invention provides a controllable tea and water separating cup which comprises an independent inner cup body and an independent outer cup body. A filter screen is arranged on the lower portion of a cavity of the inner cup body. The vertical position of a regulating rod is adjusted to control a valve plug to close or open a through hole in the bottom of the inner cup body. In the using process, under the initial state, the valve plug is in a state of closing the through hole in the bottom of the inner cup body, after tea is placed into the inner cup body, hot water is poured into the inner cup body, and stored in the inner cup body, when tea water is brewed to certain concentration, the regulating rod is pulled upwards, the brewed tea water flows into the outer cup body, at the moment, the inner cup body can be taken out of the outer cup body, the brewed tea water can be drunk, after the tea water is poured out from the outer cup body, the inner cup body can be placed into the outer cup body, and the tea water can be brewed again. The concentration of the tea water can be controlled according to the personal tea drinking habit, the tea is prevented from making contact with the hot water for a long time, in this way, mouthfeel of the tea water can be controlled, the number of times for brewing the tea is increased, and the purpose of economy is achieved.
Description
Technical field
The present invention relates to teacup field, what be specifically related to is a kind of controllable type tea separate cup.
Background technology
On existing market, teacup kind is varied, tealeaves is had to mix with water brewed, tealeaves is had to be separated placement with water, and although tealeaves is separated placement teacup with water to some extent solves the trouble that tealeaves cleans, but be uncontrollable for the concentration of making tea, because tealeaves is immersed in water completely in its use procedure, time tea more of a specified duration concentration is larger.To change after tea cannot brewed go out the taste of tealeaves.So cause the waste of tealeaves to a certain extent.
Summary of the invention
The object of the present invention is to provide a kind of controllable type tea separate cup that conveniently can control brewed tea concentration.
The present invention solves the technical scheme that its technical problem takes: a kind of controllable type tea separate cup, comprises outer cup, interior cup, compressed part, upper guide part, middle guide part, lower guide part, sealing ring, regulating rod, regulation and control end cap, valve plug and screen pack.The depth of inner cavity of described outer cup is greater than the height of described interior cup.The upper port of described interior cup arranges outward extending collar flange, and the external diameter of this collar flange is greater than the upper port internal diameter of described outer cup, arranges axial annular deep gouge inside described interior cup upper port simultaneously.At the bottom of the cup of described interior cup, center arranges through hole, and the inwall of described interior cup bottom arranges radial annular groove.
In the form of a ring, its lower end arranges the draw-in groove in the form of a ring coordinated with described interior cup upper port wall thickness to described compressed part.
Described upper guide part comprises the coaxial inner core that arranges and urceolus, is connected and the external diameter of urceolus is consistent with the annular deep gouge groove footpath of described interior cup between its inner core and urceolus by connecting rod.
Described middle guide part also comprises inner core and the urceolus of coaxial setting, is also connected by connecting rod and make the urceolus external diameter of middle guide part be greater than the inner core external diameter of described upper guide part between its inner core and urceolus.
Described lower guide part also comprises inner core and the urceolus of coaxial setting, and also connected by connecting rod between its inner core and urceolus, the urceolus external diameter of lower guide part equals described interior cup internal diameter, and on the sidewall of described lower guide part urceolus, arrange radial annular groove.
Described middle guide part inner core aperture and described lower guide part inner core aperture all consistent with the external diameter of described regulating rod.
Described upper guide part is arranged in the annular deep gouge of described interior cup upper end, and the draw-in groove of described compressed part is installed on described interior cup upper port and male arms inside draw-in groove is pressed on described upper guide part.
Described middle guide part and described lower guide part are coaxially arranged and below lower guide part is positioned at, be connected by many connecting rods circumferentially between the urceolus lateral wall of described middle guide part and the urceolus upper surface of described lower guide part, and described screen pack is just arranged on the taper surface that between described middle guide part and lower guide part, connecting rod is formed.
Described lower guide part corresponds to described interior cup bottom annular groove place, and described sealing ring is just embedded among the annular groove of described lower guide part and the annular groove of described interior cup.
Described regulating rod is successively through described middle guide part inner core and lower guide part inner core, and described regulating rod lower end extends to through hole at the bottom of described interior cup cup, and this end is fixedly installed described valve plug, and the external diameter of described valve plug is greater than through-hole aperture at the bottom of described interior cup cup; Described regulating rod upper end extends to the lower surface place of described upper guide part.
Described regulation and control end cap adopts elastomeric material to make, and the hypomere of described regulation and control end cap is the cylinder of waist drum shape and this waist drum shape cylinder is assemblied in the aperture of described upper guide part inner core, the axial length of waist drum shape cylinder is greater than the axial length of described upper guide part inner core, and waist drum shape cylinder maximum outside diameter is consistent with the aperture of described upper guide part inner core.
The lower end of described regulation and control end cap is connected with the upper end of described regulating rod.
Further, the annular groove on described interior cup and the annular groove on described lower guide part are respectively semicircle shape groove.
Further, the connecting rod radical between described upper guide part inner core and urceolus, the connecting rod radical between described middle guide part inner core and urceolus and the connecting rod radical between described lower guide part inner core and urceolus are respectively three or four separately.
A kind of controllable type tea separate cup, comprises outer cup, interior cup, compressed part, upper guide part, middle guide part, lower guide part, sealing ring, regulating rod, regulation and control end cap, valve plug and screen pack.The depth of inner cavity of described outer cup is greater than the height of described interior cup.The upper port of described interior cup arranges outward extending collar flange, and the external diameter of this collar flange is greater than the upper port internal diameter of described outer cup, arranges axial annular deep gouge inside described interior cup upper port simultaneously.At the bottom of the cup of described interior cup, center arranges through hole, and the inwall of described interior cup bottom arranges radial annular groove.
In the form of a ring, its lower end arranges the draw-in groove in the form of a ring coordinated with described interior cup upper port wall thickness to described compressed part.
Described upper guide part comprises the coaxial inner core that arranges and urceolus, is connected and the external diameter of urceolus is consistent with the annular deep gouge groove footpath of described interior cup between its inner core and urceolus by connecting rod.
Described middle guide part also comprises inner core and the urceolus of coaxial setting, is also connected by connecting rod and make the urceolus external diameter of middle guide part be greater than the inner core external diameter of described upper guide part between its inner core and urceolus.
Described lower guide part also comprises inner core and the urceolus of coaxial setting, and also connected by connecting rod between its inner core and urceolus, the urceolus external diameter of lower guide part equals described interior cup internal diameter, and on the sidewall of described lower guide part urceolus, arrange radial annular groove.
Described middle guide part inner core aperture and described lower guide part inner core aperture all consistent with the external diameter of described regulating rod.
Described upper guide part is arranged in the annular deep gouge of described interior cup upper end, and the draw-in groove of described compressed part is installed on described interior cup upper port and male arms inside draw-in groove is pressed on described upper guide part.
Described middle guide part and described lower guide part are coaxially arranged and below lower guide part is positioned at, be connected by many connecting rods circumferentially between the urceolus lateral wall of described middle guide part and the urceolus upper surface of described lower guide part, and described screen pack is just arranged on the taper surface that between described middle guide part and lower guide part, connecting rod is formed.
Described lower guide part corresponds to described interior cup bottom annular groove place, and described sealing ring is just embedded among the annular groove of described lower guide part and the annular groove of described interior cup.
Described regulating rod is successively through described middle guide part inner core and lower guide part inner core, and described regulating rod lower end extends to through hole at the bottom of described interior cup cup, and this end is fixedly installed described valve plug, and the external diameter of described valve plug is greater than through-hole aperture at the bottom of described interior cup cup; Described regulating rod upper end extends to the lower surface place of described upper guide part.
The hypomere of described regulation and control end cap is cylinder and is assemblied in the inner core aperture of described upper guide part, and the axial length of this barrel portion is greater than described upper guide part inner core axial length, and the lower end of described regulation and control end cap is connected with described regulating rod upper end.
One section of outer wall that described regulating rod is assemblied between described middle guide part and lower guide part arranges the radial collar flange extended, and spring is set between the upper surface of this collar flange and the lower surface of described middle guide part inner core.Should guarantee that spring is in impaction state.
Further, the annular groove on described interior cup and the annular groove on described lower guide part are respectively semicircle shape groove.
Further, the connecting rod radical between described upper guide part inner core and urceolus, the connecting rod radical between described middle guide part inner core and urceolus and the connecting rod radical between described lower guide part inner core and urceolus are respectively three or four separately.
The invention has the beneficial effects as follows: it is divided into independently inner cup and the outer cup, screen pack be set in the bottom in interior cup cup chamber, regulate regulating rod upper-lower position can at the bottom of the internal cup cup of control valve plug on the shutoff of through hole or open mode.Under original state during use, valve plug is in the state of through hole at the bottom of cup cup in shutoff, tealeaves is placed in interior cup and pours hot water in backward interior cup, hot water will stockpile in interior cup, when by tea brewed backward to finite concentration on pull regulating rod, the tea then soaked flows in outer cup, now just interior cup can be taken out by outer cup, just interior cup can be put back in outer cup after tea is poured out by outer cup and again infuse tea making water.So it can control the concentration of tea according to the tea drinking habit of individual, the long-term and hot water contacts of tealeaves can not be made, the brewed number of times that tea mouthfeel turn increases tealeaves can be controlled like this, reach saving object.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the partial enlargement structural representation regulating and controlling end cap position in the present invention;
Fig. 3 is the structural representation of compressed part in the present invention, and wherein (3-1) is main TV structure schematic diagram, and (3-2) is plan structure schematic diagram;
Fig. 4 is the structural representation of upper guide part in the present invention, and wherein (4-1) is main TV structure schematic diagram, and (4-2) is plan structure schematic diagram;
Fig. 5 is the structural representation of middle guide part in the present invention, and wherein (5-1) is main TV structure schematic diagram, and (5-2) is plan structure schematic diagram;
Fig. 6 is the structural representation of sealing ring in the present invention, and wherein (6-1) is main TV structure schematic diagram, and (6-2) is plan structure schematic diagram;
Fig. 7 is the structural representation of lower guide part in the present invention, and wherein (7-1) is main TV structure schematic diagram, and (7-2) is plan structure schematic diagram;
Fig. 8 be in the present invention in guide part and lower guide part and screen pack assemble after plan structure schematic diagram;
In figure: in 1 outer cup, 2, in cup, 3 compressed part, 31 draw-in grooves, 32 male arms, 4, in guide part, 5, guide part, 6 times guide parts, 61 hemispherical grooves, 7 sealing rings, 8 regulating rods, 9 regulate and control end cap, 10 valve plugs, 11 screen packs.
Detailed description of the invention
For ease of understanding technology contents of the present invention, just by reference to the accompanying drawings its technical scheme is described further below.
Controllable type tea separate cup as shown in Figures 1 to 8, its concrete technology contents is as follows:
As shown in Figure 1, this kind of controllable type tea separate cup comprises outer cup 1, interior cup 2, compressed part 3, upper guide part 4, middle guide part 5, lower guide part 6, sealing ring 7, regulating rod 8, regulation and control end cap 9, valve plug 10 and screen pack 11.The upper port of described interior cup 2 arranges outward extending collar flange, and the external diameter of this collar flange is greater than the upper port internal diameter of described outer cup 1, and like this, cup 2 just can be supported in outer cup 1.Inside described interior cup 2 upper port, axial annular deep gouge is set simultaneously.At the bottom of the cup of described interior cup 2, center arranges through hole, and the inwall of described interior cup 2 bottom arranges radial annular groove.The depth of inner cavity of described outer cup 1 is at least 2 times of the height of described interior cup 2.
As shown in figures 1 and 3, in the form of a ring, its lower end arranges the draw-in groove 31 in the form of a ring coordinated with described interior cup 2 upper port wall thickness to described compressed part 3.
As shown in Figure 1 and Figure 4, described upper guide part 4 comprises the coaxial inner core that arranges and urceolus, is connected and the external diameter of urceolus is consistent with the annular deep gouge groove footpath of described interior cup 2 between its inner core and urceolus by four connecting rods.The axial width of described upper guide part 4 is made to be less than the annular deep gouge degree of depth of interior cup 2.
As shown in Figure 1 and Figure 5, described middle guide part 5 also comprises inner core and the urceolus of coaxial setting, is also connected by four connecting rods and make the urceolus external diameter of middle guide part 5 be greater than the inner core external diameter of described upper guide part 4 between its inner core and urceolus.
As shown in Figure 1 and Figure 7, described lower guide part 6 also comprises inner core and the urceolus of coaxial setting, also connected by four connecting rods between its inner core and urceolus, the urceolus external diameter of lower guide part 6 equals described interior cup 2 internal diameter, and on the sidewall of described lower guide part 6 urceolus, arrange radial annular groove.This annular groove can be semicircle shape groove 61.
As shown in Figure 1, described middle guide part 5 inner core aperture and described lower guide part 6 inner core aperture all consistent with the external diameter of described regulating rod 8.Described upper guide part 4 is arranged in the annular deep gouge of described interior cup 2 upper end, and the draw-in groove 31 of described compressed part 3 is installed on described interior cup 2 upper port and male arms 32 inside draw-in groove 31 is pressed on the upper transverse plane of described upper guide part 4.The secure fit of guide part 4 and interior cup 2 in realization.
As illustrated in figures 1 and 8, described middle guide part 5 and described lower guide part 6 be coaxial to be arranged and below lower guide part 6 is positioned at, the urceolus lateral wall of described middle guide part 5 is connected by the connecting rod of four circumferentially with between the urceolus upper surface of described lower guide part 6, and described screen pack 11 is just arranged on the taper surface that between described middle guide part 5 and lower guide part 6, connecting rod is formed.
As shown in Figure 1, described lower guide part 6 corresponds to annular groove place, described interior cup 2 bottom, and described sealing ring 7 is just embedded among the annular groove of described lower guide part 6 and the annular groove of described interior cup 2.As shown in Figure 6 again, the cross section of described sealing ring 7 is rounded, so the annular groove on described interior cup 2 and the annular groove on described lower guide part 6 are respectively semicircle shape groove simultaneously.Sealing ring 7 adopts elasticity exotic material to make, and the diameter of its circular cross-section can slightly larger than the diameter of semicircle shape groove, and difference range is easy to control within 1mm scope.
As shown in Figure 1, described regulating rod 8 is successively through described middle guide part 5 inner core and lower guide part 6 inner core, and described regulating rod 8 lower end extends to through hole at the bottom of 2 glasss, described interior cup, and this end is fixedly installed described valve plug 10, described valve plug 10 can be bullet-shaped or conical camber shape, and when being assemblied in regulating rod 8 lower end be stub end upward, guarantee that the maximum outside diameter of described valve plug 10 is greater than through-hole aperture at the bottom of 2 glasss, described interior cup simultaneously.Described regulating rod 8 upper end extends to the lower surface place of described upper guide part 4.The lower end of described regulation and control end cap 9 is connected with the upper end of described regulating rod 8.
Described regulation and control end cap 9 can adopt (hard) elastomeric material to make, now the hypomere of described regulation and control end cap 9 is set to as shown in Figure 2 in waist drum shape column structure and this waist drum shape cylinder is assemblied in the aperture of described upper guide part 4 inner core, the axial length of waist drum shape cylinder is greater than the axial length of described upper guide part 4 inner core, for compression type assembles between the hole wall of waist drum shape cylinder maximum outside diameter place and described upper guide part 4 inner core.Under this kind of structure, coordinating for compacted form between the dolioform part of regulation and control end cap 9 and the inner core aperture of upper guide part 4, so when pressing regulation and control end cap 9 downwards, regulation and control end cap 9 can not upwards reset automatically, thus ensure that the valve plug 10 of regulating rod 8 termination of subduing can keep the shutoff of through hole on internal cup 2 diapire.On the contrary, the plugging action of valve plug 10 to through hole on interior cup 2 diapire can be removed by pull-up regulating rod 8 when upwards carrying described regulation and control end cap 9, make brewed good tea stream as in outer cup 1.
As another kind of form: the hypomere of described regulation and control end cap 9 is cylinder and is assemblied in the inner core aperture of described upper guide part 4, the axial length of this barrel portion is greater than described upper guide part 4 inner core axial length.Simultaneously the radial collar flange extended is set on described regulating rod 8 is assemblied between described middle guide part 5 and lower guide part 6 one section of outer wall, and spring is set between the upper surface of this collar flange and the lower surface of described middle guide part 5 inner core.Should guarantee that spring is in impaction state to ensure that valve plug 10 is held in sealed condition to through hole on interior cup 2 diapire, to enter when upwards mentioning described regulation and control end cap 9 valve plug 10 just internally on cup 2 diapire through hole remove shutoff.
Except the technical characteristic described in description, be the known technology of those skilled in the art.
Claims (6)
1. a controllable type tea separate cup, is characterized in that:
Comprise outer cup, interior cup, compressed part, upper guide part, middle guide part, lower guide part, sealing ring, regulating rod, regulation and control end cap, valve plug and screen pack; The depth of inner cavity of described outer cup is greater than the height of described interior cup;
The upper port of described interior cup arranges outward extending collar flange, and the external diameter of this collar flange is greater than the upper port internal diameter of described outer cup, arranges axial annular deep gouge inside described interior cup upper port simultaneously; At the bottom of the cup of described interior cup, center arranges through hole, and the madial wall of described interior cup bottom arranges radial annular groove;
In the form of a ring, its lower end arranges the draw-in groove in the form of a ring coordinated with described interior cup upper port wall thickness to described compressed part;
Described upper guide part comprises the coaxial inner core that arranges and urceolus, is connected and the external diameter of urceolus is consistent with the annular deep gouge groove footpath of described interior cup between its inner core and urceolus by connecting rod;
Described middle guide part also comprises inner core and the urceolus of coaxial setting, is also connected by connecting rod and make the urceolus external diameter of middle guide part be greater than the inner core external diameter of described upper guide part between its inner core and urceolus;
Described lower guide part also comprises inner core and the urceolus of coaxial setting, and also connected by connecting rod between its inner core and urceolus, the urceolus external diameter of lower guide part equals described interior cup internal diameter, and on the sidewall of described lower guide part urceolus, arrange radial annular groove;
Described middle guide part inner core aperture and described lower guide part inner core aperture all consistent with the external diameter of described regulating rod;
Described upper guide part is arranged in the annular deep gouge of described interior cup upper end, and the draw-in groove of described compressed part is installed on described interior cup upper port and male arms inside draw-in groove is pressed on described upper guide part;
Described middle guide part and described lower guide part are coaxially arranged and below lower guide part is positioned at, be connected by many connecting rods circumferentially between the urceolus lateral wall of described middle guide part and the urceolus upper surface of described lower guide part, and described screen pack is just arranged on the taper surface that between described middle guide part and lower guide part, connecting rod is formed;
Described lower guide part corresponds to described interior cup bottom annular groove place, and described sealing ring is just embedded among the annular groove of described lower guide part and the annular groove of described interior cup;
Described regulating rod is successively through described middle guide part inner core and lower guide part inner core, and described regulating rod lower end extends to through hole at the bottom of described interior cup cup, and this end is fixedly installed described valve plug, and the external diameter of described valve plug is greater than through-hole aperture at the bottom of described interior cup cup; Described regulating rod upper end extends to the lower surface place of described upper guide part;
Described regulation and control end cap adopts elastomeric material to make, and the hypomere of described regulation and control end cap is the cylinder of waist drum shape and this waist drum shape cylinder is assemblied in the aperture of described upper guide part inner core, the axial length of waist drum shape cylinder is greater than the axial length of described upper guide part inner core, for compression type assembles between the hole wall of waist drum shape cylinder maximum outside diameter place and described upper guide part inner core;
The lower end of described regulation and control end cap is connected with the upper end of described regulating rod.
2. controllable type tea separate cup according to claim 1, is characterized in that: the annular groove on the annular groove on described interior cup and described lower guide part is respectively semicircle shape groove.
3. controllable type tea separate cup according to claim 1 and 2, is characterized in that: the connecting rod radical between described upper guide part inner core and urceolus, the connecting rod radical between described middle guide part inner core and urceolus and the connecting rod radical between described lower guide part inner core and urceolus are respectively three or four separately.
4. a controllable type tea separate cup, is characterized in that:
Comprise outer cup, interior cup, compressed part, upper guide part, middle guide part, lower guide part, sealing ring, regulating rod, regulation and control end cap, valve plug and screen pack; The depth of inner cavity of described outer cup is greater than the height of described interior cup;
The upper port of described interior cup arranges outward extending collar flange, and the external diameter of this collar flange is greater than the upper port internal diameter of described outer cup, arranges axial annular deep gouge inside described interior cup upper port simultaneously; At the bottom of the cup of described interior cup, center arranges through hole, and the inwall of described interior cup bottom arranges radial annular groove;
In the form of a ring, its lower end arranges the draw-in groove in the form of a ring coordinated with described interior cup upper port wall thickness to described compressed part;
Described upper guide part comprises the coaxial inner core that arranges and urceolus, is connected and the external diameter of urceolus is consistent with the annular deep gouge groove footpath of described interior cup between its inner core and urceolus by connecting rod;
Described middle guide part also comprises inner core and the urceolus of coaxial setting, is also connected by connecting rod and make the urceolus external diameter of middle guide part be greater than the inner core external diameter of described upper guide part between its inner core and urceolus;
Described lower guide part also comprises inner core and the urceolus of coaxial setting, and also connected by connecting rod between its inner core and urceolus, the urceolus external diameter of lower guide part equals described interior cup internal diameter, and on the sidewall of described lower guide part urceolus, arrange radial annular groove;
Described middle guide part inner core aperture and described lower guide part inner core aperture all consistent with the external diameter of described regulating rod;
Described upper guide part is arranged in the annular deep gouge of described interior cup upper end, and the draw-in groove of described compressed part is installed on described interior cup upper port and male arms inside draw-in groove is pressed on described upper guide part;
Described middle guide part and described lower guide part are coaxially arranged and below lower guide part is positioned at, be connected by many connecting rods circumferentially between the urceolus lateral wall of described middle guide part and the urceolus upper surface of described lower guide part, and described screen pack is just arranged on the taper surface that between described middle guide part and lower guide part, connecting rod is formed;
Described lower guide part corresponds to described interior cup bottom annular groove place, and described sealing ring is just embedded among the annular groove of described lower guide part and the annular groove of described interior cup;
Described regulating rod is successively through described middle guide part inner core and lower guide part inner core, and described regulating rod lower end extends to through hole at the bottom of described interior cup cup, and this end is fixedly installed described valve plug, and the external diameter of described valve plug is greater than through-hole aperture at the bottom of described interior cup cup; Described regulating rod upper end extends to the lower surface place of described upper guide part;
The hypomere of described regulation and control end cap is cylinder and is assemblied in the inner core aperture of described upper guide part, and the axial length of this barrel portion is greater than described upper guide part inner core axial length, and the lower end of described regulation and control end cap is connected with described regulating rod upper end;
One section of outer wall that described regulating rod is assemblied between described middle guide part and lower guide part arranges the radial collar flange extended, and spring is set between the upper surface of this collar flange and the lower surface of described middle guide part inner core.
5. controllable type tea separate cup according to claim 4, is characterized in that: the annular groove on the annular groove on described interior cup and described lower guide part is respectively semicircle shape groove.
6. the controllable type tea separate cup according to claim 4 or 5, is characterized in that: the connecting rod radical between described upper guide part inner core and urceolus, the connecting rod radical between described middle guide part inner core and urceolus and the connecting rod radical between described lower guide part inner core and urceolus are respectively three or four separately.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510158557.2A CN104720489B (en) | 2015-04-03 | 2015-04-03 | Controllable type tea separate cup |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510158557.2A CN104720489B (en) | 2015-04-03 | 2015-04-03 | Controllable type tea separate cup |
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| Publication Number | Publication Date |
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| CN104720489A true CN104720489A (en) | 2015-06-24 |
| CN104720489B CN104720489B (en) | 2016-04-13 |
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| CN201510158557.2A Expired - Fee Related CN104720489B (en) | 2015-04-03 | 2015-04-03 | Controllable type tea separate cup |
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Cited By (4)
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| CN106175333A (en) * | 2016-08-09 | 2016-12-07 | 王光英 | Controllable type teapot |
| CN110537816A (en) * | 2019-10-21 | 2019-12-06 | 溆浦易锋精细瓷业有限责任公司 | Multifunctional tea cup |
| CN110959699A (en) * | 2019-11-19 | 2020-04-07 | 扬州工业职业技术学院 | Regional tealeaves of deodorant type official working filters accumulator |
| WO2021255609A1 (en) * | 2020-06-18 | 2021-12-23 | 陈家业 | Infusing apparatus |
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|---|---|---|---|---|
| CN106175333A (en) * | 2016-08-09 | 2016-12-07 | 王光英 | Controllable type teapot |
| CN110537816A (en) * | 2019-10-21 | 2019-12-06 | 溆浦易锋精细瓷业有限责任公司 | Multifunctional tea cup |
| CN110959699A (en) * | 2019-11-19 | 2020-04-07 | 扬州工业职业技术学院 | Regional tealeaves of deodorant type official working filters accumulator |
| WO2021255609A1 (en) * | 2020-06-18 | 2021-12-23 | 陈家业 | Infusing apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104720489B (en) | 2016-04-13 |
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