CN204049287U - A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water - Google Patents
A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water Download PDFInfo
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- CN204049287U CN204049287U CN201420499324.XU CN201420499324U CN204049287U CN 204049287 U CN204049287 U CN 204049287U CN 201420499324 U CN201420499324 U CN 201420499324U CN 204049287 U CN204049287 U CN 204049287U
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Abstract
A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water, comprise and push away tea assembly (2), flexible runner (3), tea bag pocket (4), shower nozzle (5), make tea cylinder and useless tea bag recycling box (6), also comprise storage mug (7), boiling water storage cylinder (8), cylinder of heating up water (9), hot and cold water mixed cylinder (11), the first boiling water pump (15), the second boiling water pump (13), tea pump (17), flowmeter (24).Describedly push away the top that tea assembly is arranged on all-in-one; Described cylinder of making tea is arranged on the bottom pushing away tea assembly, and described storage mug is arranged on below cylinder of making tea, and the water outlet of making tea of cylinder of making tea directly enters storage mug by pipeline; Boiling water storage cylinder is arranged on below storage mug; Cylinder of heating up water is arranged on makes tea outside cylinder; The water outlet of cylinder of heating up water connects shower nozzle and boiling water storage cylinder respectively by pipeline.The utility model achieves the function that can supply tea, boiling water and warm water on an all-in-one, improves the service efficiency of machine, meets the multiple demand of user.
Description
technical field
The utility model relate to a kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water, belong to tea-drinking field of mechanical technique.
background technology
Existing known automatic tea-making machine, can only provide boiling water, and client enters restaurant when having dinner, and is often subconsciously steeped by the tablewares such as bowls and chopsticks used with boiling water, carries out disinfection.For this reason, the boiling water consumption in restaurant is very large, as steeped tableware with hot tea, obviously not too economical.For some restaurant client, except needs for client supplies except boiling water and tea, also need a large amount of warm water for doing the wash tableware, particularly season in winter warm water consumption larger.Therefore many catering industry enterprises are except being equipped with a making tea machine, sometimes also need outfit boiled water machine for doing the wash tableware, not only need to take valuable area of business more, but also need oneself cold water and boiling water to be blent to regulate water temperature, it is very inconvenient to use.
If on the basis of making tea machine, increase the supplying functional of plain boiled water and adjustable temperature warm water, will greatly facilitate food and drink industry user.
summary of the invention
Problem to be solved in the utility model is, overcomes the problem that existing making tea machine only can serve tea water, and provides a kind of and can serve tea water simultaneously, the all-in-one of boiling water and adjustable temperature warm water.
The technical solution of the utility model is, the cylinder of heating up water of all-in-one of the present invention burns the boiling water and first enters boiling water storage cylinder, and the tap opened in boiling water storage cylinder just can directly release hot boiling water; Cylinder of heating up water burns the boiling water and also can be sent to cylinder of making tea simultaneously and carry out tea bag and brew, and makes the tea brewed out flow into storage mug, and the hot tea soaked just can be released and be supplied client directly drink by the tap opened on storage mug; Hot boiling water in boiling water storage cylinder is entered hot and cold water mixed cylinder with the running water in running water water inlet pipe by different proportion and mixes the warm water that just can obtain different temperatures, the temperature tap opened on hot and cold water mixed cylinder just directly can release the warm water of needs.
The utility model is a kind of can serve tea water simultaneously, the all-in-one of boiling water and warm water by complete machine controller, push away tea assembly, flexible runner, tea bag pocket, shower nozzle, cylinder of making tea, useless tea bag recycling box, storage mug, boiling water storage cylinder, cylinder of heating up water, the first bidirectional electromagnetic valve, the second bidirectional electromagnetic valve, hot and cold water mixed cylinder, the first boiling water pump, the second boiling water pump, tea pump, flowmeter, the first temperature sensor and the second temperature sensor form.Describedly push away the top that tea assembly is arranged on all-in-one; Described cylinder of making tea is arranged on the bottom pushing away tea assembly, and described storage mug is arranged on below cylinder of making tea, and the tea bubbled out in cylinder of making tea directly enters storage mug; Boiling water storage cylinder is arranged on below storage mug; Cylinder of heating up water is arranged on makes tea outside cylinder and boiling water storage cylinder; The boiling water outlet of cylinder of heating up water connects by pipeline make tea shower nozzle on cylinder and boiling water storage cylinder respectively; Describedly push away tea assembly and the channel setting of making tea between cylinder has flexible runner, flexible runner pushes away the tea bag come deliver on the tea bag pocket of making tea in cylinder by pushing away tea assembly; Described cylinder of making tea is other is provided with useless tea bag recycling box; The tap opened on storage mug just can supply hot tea to client; The temperature tap opening described hot and cold water mixed cylinder just can release warm water for warm water user; Cold water (running water) point two-way enters, and the water inlet pipe that pipeline of leading up to connects cylinder of heating up water enters cylinder of heating up water, and pipeline of leading up to directly enters hot and cold water mixed cylinder; Boiling water storage cylinder goes out moisture two-way, and the first boiling water pump (or turning on the tap) of leading up to connects boiling water outlet, for boiling water user; Second boiling water pump of separately leading up to connects boiling water suction hot and cold water mixed cylinder.
In described cylinder of making tea, tea bag pocket has been installed at middle part, and cylinder top of making tea is provided with shower nozzle, and the boiling water of shower nozzle ejection directly sprays tea bag pocket.
Described cylinder boiling water water outlet of heating up water divides two-way by pipeline, and a road connects shower nozzle, and supply is made tea with boiling water, and another road directly connects boiling water storage cylinder, to boiling water storage cylinder conveying boiling water.
Described one function provides tea, boiling water and temperature adjustment warm water simultaneously.
The operation principle of the utility model all-in-one is, after making tea machine starts, complete machine controller first the instruction tea kind identifier automatic decision pushed away in tea system to go out in caddy place tea bag and whether meet the requirement of this making tea machine and automatically identify the tea kinds of tea bag and signal is issued complete machine controller, and instruction is pushed away tea assembly 2 by complete machine controller tea bag 1 is pushed into flexible runner 3 place, by flexible runner 3, tea bag 1 is delivered on the tea bag pocket 4 of the system of making tea, instruction cold water simultaneously (running water) controls to enter into from bottom cylinder 9 of heating up water from cold water inlet 20 by the second bidirectional electromagnetic valve 18, control to enter on the tea bag 1 that boiling water to spray on tea bag pocket 4 by shower nozzle 5 by bidirectional electromagnetic valve 10 after entering into the cool water heating to 98 DEG C of cylinder 9 of heating up water, meanwhile, computer chip in complete machine controller is after receiving the signal that Tui Cha mechanism tea kind identifier sends, by computer chip according to the tea in bag kind judged, instruction is sent to the system of making tea, the best of determining of computer chip is selected to make tea technological parameter, the inflow of automatic control shower nozzle 5, the gentle tea-making time of tea water, control system of making tea completes tea bag automatic coffee making by shower nozzle 5, the tea brewed flow into storage mug 7.When tea bag brews after number of times reaches system specified quantity, by tea bag pocket 4, tea bag is recovered to useless tea bag recycling box 6.Need if any tea, the tap opened on storage mug directly can meet tea supply client.
When all-in-one detect need to boil water time, running water from cold water inlet 20 by second bidirectional electromagnetic valve 18 control enter into cylinder 9 of heating up water, heat up water boil in cylinder 9 after again by first bidirectional electromagnetic valve 10 control enter into boiling water storage cylinder 8.Need if any boiling water, the first boiling water pump 15 by being connected with boiling water storage cylinder 8 is evacuated to boiling water and exports 14 or open releasing boiling water of turning on the tap by boiling water
When all-in-one detects the warm water needing a certain temperature, the boiling water in boiling water storage cylinder 8 is evacuated in hot and cold water mixed cylinder 11 by machine startup second boiling water pump 13.The cold water simultaneously entering hot and cold water mixed cylinder 11 from cold water inlet 20 controls to enter in hot and cold water mixed cylinder 11 to blend by the second bidirectional electromagnetic valve 18, sensed the coolant-temperature gage (such as 60 DEG C) of setting again by the first temperature sensor 19 after, start valve, the warm water in hot and cold water mixed cylinder 11 is released through warm water outlet (temperature tap) 12.
Water principle of heating of the present utility model is as follows: adopt cold-hot pressure differential to squeeze out hot water principle: cold water is pumped into flowmeter 24 by water pump by water inlet, then enters from bottom and heat up water in cylinder, and cold water starts heat-generating pipe after being full of cylinder of heating up water and heated by water.After the temperature sensor on cylinder top of heating up water detects that water temp. heating is to 98 DEG C, start water pump and cold water is heated up water in cylinder from bottom suction, the boiling water on cylinder top of heating up water is extruded by boiling water delivery port.When the temperature sensor on cylinder top of heating up water detects water temperature lower than 98 DEG C, stop pumping for water pump, after water is heated to 98 DEG C by heat-generating pipe again, restarts water pump and cold water is heated up water in cylinder from bottom suction, the boiling water on cylinder top of heating up water is extruded by boiling water delivery port.When temperature sensor detects water temperature lower than 98 DEG C, water pump stops pumping, and after waiting for that the water of heating up water in cylinder is heated to 98 DEG C by heat-generating pipe, again starts water pump ..., circulate according to this.
The utility model, in order to improve the thermal efficiency of all-in-one, has carried out isothermal holding to boiling water storage cylinder.Polyurethane foam is attached to storage mug to cover, as a storage mug cap assemblies.Polyurethane foam is attached on storage mug body as a storage tea housing assembly.Two component assembling play insulation effect as the container of the dress tea of a sealing together.
The utility model shares a set of water heating system, adopts cold-hot pressure differential to squeeze out the water mode of heating of hot water.The utility model utilizes boiling water and cold water mix to blend out the warm water of different temperatures, goes out warm water amount and increases.
The beneficial effects of the utility model are, an original making tea machine can only provide tea service, can not meet the many services resembling catering industry, as boiling water, warm water wash the dishes, wash the demand to boiling water and different temperatures warm water such as dish.For meeting the demand to boiling water and different temperatures warm water, have to especially be equipped with the equipment boiled water specially while equipment making tea machine.The utility model is made tea for except the tea service of tea except completing, also can supply the temperature adjustment warm water of boiling water and different temperatures simultaneously, achieve the function that simultaneously can supply tea, boiling water and temperature adjustment warm water on an all-in-one, substantially increase the service efficiency of machine, meet the multiple demand of user.
accompanying drawing explanation
Fig. 1 is the structural representation of the utility model one;
Fig. 2 is structural scheme of mechanism of heating up water;
Fig. 3 is storage mug structural representation;
In figure, 1 is tea bag; 2 is push away tea assembly; 3 is flexible runners; 4 is tea bag pockets; 5 is shower nozzles; 6 is useless tea bag recycling boxes; 7 is storage mugs; 8 is boiling water storage cylinder; 9 is cylinders of heating up water; 10 is first bidirectional electromagnetic valves; 11 is hot and cold water mixed cylinders; 12 is warm water delivery ports; 13 is second boiling water pumps; 14 is boiling water delivery ports; 15 is first boiling water pumps; 16 is tea delivery ports; 17 is tea pumps; 18 is second bidirectional electromagnetic valves; 19 is first temperature sensors; 20 is cold water inlets; 21 is unnecessary cooling water outlets; 22 is second temperature sensors; 23 is heat-generating pipes; 24 is flowmeters; 25 is water supply pumps; 26 is the cold water inlets of cylinder of heating up water; 27 is cylinder bodies of heating up water; 28 is cylinder cap insulation materials; 29 is storage mug lids; 30 is cylinder body insulation materials.
Detailed description of the invention
Detailed description of the invention of the present utility model as shown in Figure 1.
The present embodiment is a kind of can serve tea water simultaneously, the all-in-one of boiling water and warm water forms by pushing away tea assembly 2, flexible runner 3, tea bag pocket 4, shower nozzle 5, cylinder of making tea, useless tea bag recycling box 6, storage mug 7, boiling water storage cylinder 8, cylinder 9, first bidirectional electromagnetic valve 10, second bidirectional electromagnetic valve 18 of heating up water, hot and cold water mixed cylinder 11, first boiling water pump 15, second boiling water pump 13, tea pump 17, flowmeter 24, first temperature sensor 19 and the second temperature sensor 22.Push away the top that tea assembly 2 is arranged on all-in-one; Cylinder of making tea is arranged on the bottom pushing away tea assembly, and tea bag pocket 4 has been installed at the middle part of making tea in cylinder, and cylinder top of making tea is provided with shower nozzle 5, and shower nozzle is just to tea bag pocket; Push away tea assembly 2 and the channel setting of making tea between cylinder has flexible runner 3, flexible runner 3 pushes away the tea bag come and to deliver on the tea bag pocket 4 of making tea in cylinder by pushing away tea assembly 2 and can prevent from the steam of making tea in cylinder is altered to Tui Cha mechanism; Cylinder of making tea is other is provided with useless tea bag recycling box 6; Cylinder of making tea connects storage mug 7 by the pipeline of bottom, and storage mug is evacuated to tea outlet 16 supply tea user by tea pump 17; The boiling water water outlet of cylinder 9 of heating up water divides two-way by pipeline, and a road connects the shower nozzle 5 that cylinder top of making tea is installed, and supply is made tea with boiling water, and another road connects boiling water storage cylinder 8, carries boiling water to boiling water storage cylinder 8; Cold water divides two-way to enter, and pipeline of leading up to connects the water inlet pipe 26 of cylinder 9 of heating up water, and pipeline of leading up to directly enters hot and cold water mixed cylinder 11; Boiling water storage cylinder 8 goes out moisture two-way, and the first boiling water pump 15 of leading up to connects boiling water outlet, for boiling water user; Second boiling water pump 13 of separately leading up to connects hot and cold water mixed cylinder 11; The water outlet of hot and cold water mixed cylinder 11 supplies warm water user by pipeline from warm water delivery port 12.
The course of work of the present embodiment is as follows: after making tea machine starts, complete machine controller first the instruction tea kind identifier automatic decision pushed away in tea system to go out in caddy place tea bag and whether meet the requirement of this making tea machine and automatically identify the tea kinds of tea bag and signal is issued complete machine controller, and instruction is pushed away tea assembly 2 by complete machine controller tea bag 1 is pushed into flexible runner 3 place, by flexible runner 3, tea bag 1 is delivered on the tea bag pocket 4 of the system of making tea, instruction cold water simultaneously (running water) controls to enter into from bottom cylinder 9 of heating up water from cold water inlet 20 by the second bidirectional electromagnetic valve 18, control to enter on the tea bag 1 that boiling water to spray on tea bag pocket 4 by shower nozzle 5 by bidirectional electromagnetic valve 10 after entering into the cool water heating to 98 DEG C of cylinder 9 of heating up water, meanwhile, computer chip in complete machine controller is after receiving the signal that Tui Cha mechanism tea kind identifier sends, by computer chip according to the tea in bag kind judged, instruction is sent to the system of making tea, the best of determining of computer chip is selected to make tea technological parameter, the inflow of automatic control shower nozzle 5, the gentle tea-making time of tea water, control system of making tea completes tea bag automatic coffee making by shower nozzle 5, the tea brewed flow into storage mug 7.When tea bag brews after number of times reaches system specified quantity, by tea bag pocket 4, tea bag is recovered to useless tea bag recycling box 6.Need if any tea, tea can be evacuated to tea by tea pump 17 and export 16 supply clients by the tap opened on storage mug.When all-in-one detect need to boil water time, running water from cold water inlet 20 by second bidirectional electromagnetic valve 18 control enter into cylinder 9 of heating up water, after water boils again by first bidirectional electromagnetic valve 10 control enter into boiling water storage cylinder 8.Need if any boiling water, boiling water will be evacuated to boiling water outlet 14 supply boiling water by the first boiling water pump 15.
When all-in-one detect need warm water (as 60 DEG C) time, the water in boiling water storage cylinder 8 is evacuated in hot and cold water mixed cylinder 11 by machine startup second boiling water pump 13.Enter cold water from cold water outlet to control to enter in hot and cold water mixed cylinder 11 to blend by the second bidirectional electromagnetic valve 18 simultaneously, after sensing 60 DEG C by the first temperature sensor 19 again, start valve, DEG C warm water of 60 in hot and cold water mixed cylinder 11 is released through warm water outlet 12.
The heating process of the present embodiment is as follows: cold water is by cold water inlet 26, flowmeter 24 is pumped into by water supply pump 25, entering into from bottom heats up water in cylinder body 27 again, starts the cool water heating that heat-generating pipe 23 will be heated up water in cylinder body 27 after being full of cold water in cylinder body 27 of heating up water.After the second temperature sensor 22 detects that in cylinder body 27 of heating up water, water temp. heating is to 98 DEG C, start water supply pump 25 and cold water is sent to from bottom cylinder body 27 of heating up water, allow the cold water newly entered be extruded by boiling water delivery port 21 by the boiling water on cylinder body 27 top of heating up water.When the second temperature sensor 22 detects water temperature lower than 98 DEG C, water supply pump 25 is stopped to draw water, wait for heat-generating pipe 23 by the cool water heating injected new in the cylinder body 27 of heating up water to after 98 DEG C, cold water is sent to from bottom and heats up water in cylinder body 27 by startup water supply pump 25 again, and is extruded by boiling water delivery port 21 by the boiling water of cylinder body 27 internal upper part of heating up water.When the second temperature sensor 22 detects water temperature lower than 98 DEG C, stop water supply pump 25 to draw water, after waiting for that water is heated to 98 DEG C by heat-generating pipe, again start water supply pump 25 ..., circulate according to this.
The present embodiment, in order to improve the thermal efficiency of all-in-one, has carried out isothermal holding to storage mug 7.The polyurethane foam of cylinder cap insulation material 28 is attached on storage mug lid 29, as a storage mug cap assemblies.The polyurethane foam of cylinder body insulation material 30 is attached on storage mug 7 as a storage mug assembly.Two component assembling play insulation effect as the container of the dress tea of a sealing together.
Claims (4)
1. one kind can serve tea water simultaneously, the all-in-one of boiling water and warm water, comprise push away tea assembly, flexible runner, tea bag pocket, shower nozzle, make tea cylinder and useless tea bag recycling box, it is characterized in that, described all-in-one also comprises complete machine controller, storage mug, boiling water storage cylinder, cylinder of heating up water, the first bidirectional electromagnetic valve, the second bidirectional electromagnetic valve, hot and cold water mixed cylinder, the first boiling water pump, the second boiling water pump, tea pump, flowmeter, the first temperature sensor and the second temperature sensor; Describedly push away the top that tea assembly is arranged on all-in-one; Described cylinder of making tea is arranged on the bottom pushing away tea assembly, and described storage mug is arranged on below cylinder of making tea, and the tea bubbled out in cylinder of making tea directly enters storage mug; Boiling water storage cylinder is arranged on below storage mug; Cylinder of heating up water is arranged on makes tea outside cylinder and boiling water storage cylinder; The boiling water outlet of cylinder of heating up water connects shower nozzle above cylinder of making tea and boiling water storage cylinder respectively by pipeline; Describedly push away tea assembly and the channel setting of making tea between cylinder has flexible runner, flexible runner pushes away the tea bag come deliver on the tea bag pocket of making tea in cylinder by pushing away tea assembly; Described cylinder of making tea is other is provided with useless tea bag recycling box; Storage mug supplies tea user by tea pump to tea outlet; The water outlet of described hot and cold water mixed cylinder supplies warm water user by pipeline from warm water delivery port; Cold water divides two-way to enter, and the water inlet pipe that pipeline of leading up to connects cylinder of heating up water enters cylinder of heating up water, and pipeline of leading up to enters hot and cold water mixed cylinder; Boiling water storage cylinder goes out moisture two-way, and the first boiling water pump of leading up to connects boiling water outlet, for boiling water user; Second boiling water pump of separately leading up to connects hot and cold water mixed cylinder.
2. according to claim 1ly a kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water, it is characterized in that, described in middle part in cylinder of making tea tea bag pocket has been installed, cylinder top of making tea is provided with shower nozzle, and shower nozzle is just to tea bag pocket.
3. according to claim 1ly a kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water, it is characterized in that, described in cylinder boiling water water outlet of heating up water divide two-way by pipeline, one tunnel connects shower nozzle, supply is made tea with boiling water, and another road connects boiling water storage cylinder, to boiling water storage cylinder conveying boiling water.
4. according to claim 1ly a kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water, it is characterized in that, described one function provides tea, boiling water and warm water simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420499324.XU CN204049287U (en) | 2014-09-02 | 2014-09-02 | A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420499324.XU CN204049287U (en) | 2014-09-02 | 2014-09-02 | A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water |
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| Publication Number | Publication Date |
|---|---|
| CN204049287U true CN204049287U (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420499324.XU Expired - Fee Related CN204049287U (en) | 2014-09-02 | 2014-09-02 | A kind ofly can to serve tea water simultaneously, the all-in-one of boiling water and warm water |
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| CN (1) | CN204049287U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104257278A (en) * | 2014-09-02 | 2015-01-07 | 江西龙天茶业有限公司 | Method for preventing tea residue recycling work mechanism of tea making machine from being stuck |
-
2014
- 2014-09-02 CN CN201420499324.XU patent/CN204049287U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104257278A (en) * | 2014-09-02 | 2015-01-07 | 江西龙天茶业有限公司 | Method for preventing tea residue recycling work mechanism of tea making machine from being stuck |
| CN104257278B (en) * | 2014-09-02 | 2017-01-25 | 江西科益茶业有限公司 | Method for preventing tea residue recycling work mechanism of tea making machine from being stuck |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: JIANGXI KEYI TEA INDUSTRY CO., LTD. Free format text: FORMER OWNER: JIANGXI LONGTIAN TEA CO.,LTD. Effective date: 20150702 |
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| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20150702 Address after: 334400 Jiangxi city of Shangrao province Yiyang County South Road No. 175 Xuguang Industrial Park Patentee after: JIANGXI KEYI TEA INDUSTRY CO., LTD. Address before: 334400 Jiangxi city of Shangrao province Yiyang County South Road No. 175 Xuguang Industrial Park Patentee before: Jiangxi Longtian Tea Industry Co., Ltd. |
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| TR01 | Transfer of patent right |
Effective date of registration: 20170911 Address after: Siming District of Xiamen City, Fujian province 350203 Lianqian Road No. 830-832 room 705 Patentee after: Xiamen can Ding Intelligent Technology Co., Ltd. Address before: 334400 Jiangxi city of Shangrao province Yiyang County South Road No. 175 Xuguang Industrial Park Patentee before: JIANGXI KEYI TEA INDUSTRY CO., LTD. |
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| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141231 Termination date: 20180902 |
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| CF01 | Termination of patent right due to non-payment of annual fee |