CN205286050U - Intelligence machine of making tea - Google Patents
Intelligence machine of making tea Download PDFInfo
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- CN205286050U CN205286050U CN201520957825.2U CN201520957825U CN205286050U CN 205286050 U CN205286050 U CN 205286050U CN 201520957825 U CN201520957825 U CN 201520957825U CN 205286050 U CN205286050 U CN 205286050U
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Abstract
Intelligence machine of making tea is including electric heater, casing, inlet tube, the temperature of intaking water level compound sensor, water pump, pipe A, heated warehouses, outlet pipe, leaving water temperature water level compound sensor, water connectors, input panel and the main control circuit board. Inlet tube one end communicates with the end of intaking of water pump, and the other end is worn out and is communicate with the water source in the casing, the temperature of intaking water level compound sensor is established in order to detect water source temperature and water level on inlet tube or pipe A, leaving water temperature water level compound sensor is established on the outlet pipe, its probe stretch into in the outlet pipe or the upper end of heated warehouses inner chamber in order to detect leaving water temperature and water level, the electric heater is established in the heated warehouses inner chamber bottom or the heated warehouses bottom outside, heated warehouses lower extreme or bottom are equipped with the water inlet, and the upper end is equipped with the delivery port, the play water end (W. E. ) at the water pump is connected to pipe A one end, and the other end is connected on heated warehouses's water inlet, outlet pipe one end is connected on heated warehouses's delivery port, and the other end is connected on water connectors. The utility model has the advantages of, easy operation realizes that bubble, labour saving and time saving are dashed to the intelligence of tealeaves.
Description
Technical field
This utility model relates to a kind of electrical equipment for making tea, particularly a kind of Intelligent tea making machine.
Background technology
Tea is traditional Chinese culture, and same Folium Camelliae sinensis, in the process of making tea, is affected by factors such as tea-making time, the water yield, water temperature, water quality, flow processs, and the tea mouthfeel difference brewed out is bigger.
Tea making device common on the market at present has electric kettle, electromagnetic oven, electricity pottery stove etc., and in this series products use procedure, first pressing the key that adds water adds water, after waiting that water is filled it up with, turn off the key that adds water, be then then turned on adding hot key heating water, wait that water is boiled again, after water is boiled, then carries kettle and make tea. Shortcoming is complex operation step, wastes time and energy, it is difficult to control the water temperature (different tea kinds liquidate soaked temperature require different) made tea. Namely this kind equipment user is made tea skill requirement is higher.
The utility model patent that notification number is CN101301166A discloses one " full-automatic table for making tea ", its weak point is that structure is complicated, mechanical linkage is many and rapid wear easy break-down, volume are relatively big, can not namely start shooting and namely make tea.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and provides a kind of Intelligent tea making machine. It solve existing tea making device complex operation step, it is difficult to control water temperature problem of making tea.
The technical solution of the utility model is: Intelligent tea making machine, including electric heater, housing, water inlet pipe, inflow temperature water level compound sensor, water pump, pipe A, heating cabinet, outlet pipe, leaving water temperature water level compound sensor, water out adapter, TIP and main control board.
Water inlet pipe one end connects with the water inlet end of water pump, and the other end passes in housing and connects with water source; Inflow temperature water level compound sensor is located on water inlet pipe or pipe A to detect water source temperature and water level; Leaving water temperature water level compound sensor is located on outlet pipe, and its probe stretches in outlet pipe or the upper end of heating cabinet inner chamber is to detect coolant-temperature gage and water level; Electric heater is located at heating cabinet intracavity bottom or heating cabinet bottom outside; Heating cabinet lower end or bottom are provided with water inlet, and upper end is provided with outlet; Pipe A one end is connected to the water side of water pump, and the other end is connected on the water inlet of heating cabinet;Outlet pipe one end is connected on the outlet of heating cabinet, and the other end is connected on water out adapter, and water out adapter is located on housing upper face plate, and its one end is positioned at outside housing, and the other end is positioned at housing; TIP is located on housing upper face plate.
Water pump, electric heater, inflow temperature water level compound sensor, leaving water temperature water level compound sensor, TIP electrically connect with main control board respectively, and main control board electrically connects with external power source.
The further technical scheme of this utility model is: be provided with microcomputer apparatus in main control board, it can receive the signal of telecommunication from water pump, inflow temperature water level compound sensor, leaving water temperature water level compound sensor and TIP, sends control signal to water pump or electric heater after process.
This utility model further technical scheme is: microcomputer apparatus includes central processing unit, internal memory, input/output interface and control circuit.
This utility model further technical scheme is: microcomputer apparatus receives from the signal of telecommunication of TIP thus controlling starting mode of pump, water injection heating storehouse after starting mode of pump, cover inflow temperature water level compound sensor and leaving water temperature water level compound sensor when water level after, both probes form electric pathway, and then the circuit communication between both and main control board, microcomputer apparatus controls Pump Failure and controls heater starting heating after receiving the signal of circuit communication, now leaving water temperature water level compound sensor detects coolant-temperature gage in real time and detection data is passed to microcomputer apparatus, when leaving water temperature reaches the leaving water temperature preset value in microcomputer apparatus, microcomputer apparatus controls water pump and is again started up, hot water exports from water out adapter, when water pump master cylinder outflow reaches the total flow preset value in microcomputer apparatus, microcomputer apparatus controls water pump and heater power-off.
This utility model further technical scheme is: flow when water pump second time starts is adjusted by after the microcomputer apparatus mathematic interpolation according to preset temperature value and water source temperature, so that the water temperature stability that leaving water temperature water level compound sensor detects is at leaving water temperature preset value, regulating rule is that leaving water temperature preset value is more big with the difference of water source temperature, and pump capacity regulates to more little.
This utility model further technical scheme is: optional local tea variety input on TIP; Accordingly, the leaving water temperature preset value set in microcomputer apparatus has multiple, a kind of Folium Camelliae sinensis on each leaving water temperature preset value correspondence TIP.
This utility model further technical scheme is: can select coolant-temperature gage input on TIP; Accordingly, microcomputer apparatus using the leaving water temperature value that inputs on TIP as leaving water temperature preset value.
This utility model further technical scheme is: teapot includes teapot base, teapot shell and spout of a teapot; Teapot shell is connected to teapot base upper end and forms teapot inner chamber, and spout of a teapot is connected on teapot shell and in teapot intracavity inter-connection; Teapot base is provided with the intake tunnel of teapot inner chamber Yu ft connection, intake tunnel is provided with check valve and sealing shroud, sealing shroud is closely sleeved on the shell of check valve and is in close contact with intake tunnel inwall, step surface on check valve shell contacts with the step surface in sealing shroud endoporus, the water side of check valve shell is stretched in teapot inner chamber and is connected with shower nozzle, it is provided with gasket seal between shower nozzle and teapot base, gasket seal is sleeved on the shell of check valve water side, and its upper/lower terminal face is in close contact with the upper surface of shower nozzle and teapot base respectively; When teapot is just placed on housing upper face plate by intake tunnel by water out adapter, water out adapter stretches in check valve, and the hot water that water out adapter flows out enters teapot inner chamber by check valve and shower nozzle.
The further technical scheme of this utility model is: the shell of check valve water side is provided with external screw thread;Shower nozzle is hollow Ring-cylindrical, its outer edge surface is provided with multiple spray orifice, its lower end is provided with opening, the wall of opening part turns down to one end of nozzle cavity and forms set shape connecting portion, set shape connecting portion is provided with the female thread matched with the external screw thread on the shell of check valve water side, and shower nozzle is connected on the shell of check valve water side by female thread.
The further technical scheme of this utility model is: it also includes the water outlet protection mechanism being located between teapot and housing, water outlet protection mechanism includes sheet metal under sheet metal and two panels, upper sheet metal one end is clipped between sealing shroud and intake tunnel, and the other end stretches out from intake tunnel; Under two panels, sheet metal upper end is respectively positioned on housing upper end, and lower end is positioned at housing lower end through housing, and under two panels, sheet metal is not in contact with each other and electrically connects with control circuit plate respectively; When teapot is just placed on housing upper face plate by intake tunnel by water out adapter, upper sheet metal contacts with sheet metal under two panels, circuit ON between sheet metal and control circuit plate under two panels; When teapot is mentioned, upper sheet metal separates with sheet metal under two panels, and under two panels, the circuit between sheet metal and control circuit plate disconnects, and microcomputer apparatus controls water pump and electric heater power-off immediately after receiving the signal that circuit disconnects.
This utility model compared with prior art has the advantage that
1, simple to operate, it is achieved the Intelligent brewing of Folium Camelliae sinensis, time saving and energy saving. The selection providing local tea variety on TIP inputs, operating in a key, after user selects local tea variety on TIP and confirms, microcomputer apparatus controls to start heating and water outlet, and ensures that leaving water temperature and local tea variety match. Further, since teapot is matching used, the volume of teapot determines that, after reaching ormal weight, microcomputer apparatus controls Pump Failure, to stop water outlet, it is not necessary to user waits for aside manually by stopping in hot water injection teapot.
2, can according to individual's mouthfeel adjusting water outlet temperature, experience is more humane. TIP can select coolant-temperature gage input; Accordingly, microcomputer apparatus using the leaving water temperature value of input as leaving water temperature preset value.
3, whenever mention kettle and be automatically stopped water outlet, it is prevented that user misoperation causes that water overflows. Being provided with water outlet protection mechanism between teapot and housing, teapot is correctly placed on housing upper face plate, the circuit ON of water outlet protection mechanism; can normally water outlet, when teapot is mentioned, the circuit of water outlet protection mechanism disconnects; microcomputer apparatus controls Pump Failure, stops water outlet.
4, machine volume compact size, removable, plug in and connect and drink bottled water and can use. Without storage and heat insulation boiling water, namely start can be made tea, saves energy.
Below in conjunction with figure and embodiment, this utility model is further described.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the A portion enlarged drawing of Fig. 1;
Fig. 3 is the structural representation of shower nozzle;
Fig. 4 is the rearview of Fig. 3;
Fig. 5 is the A-A sectional view of Fig. 3.
Detailed description of the invention
Embodiment 1:
Intelligent tea making machine, including including housing 1, water inlet pipe 2, inflow temperature water level compound sensor 3, water pump 4, pipe A5, heating cabinet 6, electric heater 7, outlet pipe 8, leaving water temperature water level compound sensor 9, water out adapter 10, TIP 11, main control board 12 and teapot;
Water inlet pipe 2 one end connects with the water inlet end of water pump 4, and the other end passes in housing 1 and connects with water source (drummed pure water);Inflow temperature water level compound sensor 3 is located on water inlet pipe 2 or pipe A5 to detect water source temperature and water level; Leaving water temperature water level compound sensor 9 is located on outlet pipe 8, and its probe stretches in outlet pipe 8 or the upper end of heating cabinet 6 inner chamber is to detect coolant-temperature gage and water level; Electric heater 7 is located at heating cabinet 6 intracavity bottom or heating cabinet 6 bottom outside; Heating cabinet 6 lower end or bottom are provided with water inlet, and upper end is provided with outlet; Pipe A5 one end is connected to the water side of water pump 4, and the other end is connected on the water inlet of heating cabinet 6; Outlet pipe 8 one end is connected on the outlet of heating cabinet 6, and the other end is connected on water out adapter 10, and water out adapter 10 is located on housing upper face plate 1-1, and its one end is positioned at outside housing 1, and the other end is positioned at housing 1.
Water pump 4, electric heater 7, inflow temperature water level compound sensor 3, leaving water temperature water level compound sensor 9 and TIP 11 electrically connect with main control board 12 respectively, and main control board 12 electrically connects with external power source.
It is provided with microcomputer apparatus in main control board 12, its signal of telecommunication that can receive from water pump 4, inflow temperature water level compound sensor 3, leaving water temperature water level compound sensor 9 and TIP 11, send control signal to water pump 4 or electric heater 7 after process. Microcomputer apparatus includes central processing unit, internal memory, input/output interface and control circuit.
Teapot includes teapot base 13-1, teapot shell 13-2 and spout of a teapot 13-3, teapot shell is connected to teapot base upper end and forms teapot inner chamber 13-4, and spout of a teapot is connected on teapot shell and in teapot intracavity inter-connection, teapot base is provided with the intake tunnel 13-1-1 of teapot inner chamber Yu ft connection, intake tunnel is provided with check valve 15 and sealing shroud 16, sealing shroud is closely sleeved on the shell of check valve and is in close contact with intake tunnel inwall, step surface on check valve 15 shell (as shown in Figure 2 in the sleeve shaped with step) contacts with the step surface in sealing shroud 16 endoporus, the water side of check valve shell is stretched in teapot inner chamber and is connected with shower nozzle 14, gasket seal 19 it is provided with between shower nozzle and teapot base, gasket seal is sleeved on the shell of check valve water side, on, lower both ends of the surface are in close contact with the upper surface of shower nozzle and teapot base respectively, when teapot is just placed on housing upper face plate by intake tunnel by water out adapter 10, water out adapter 10 stretches in check valve, and the hot water that water out adapter flows out enters teapot inner chamber by check valve and shower nozzle 14.
The shell of check valve 15 water side is provided with external screw thread; Shower nozzle 14 is in hollow Ring-cylindrical, its outer edge surface is provided with multiple spray orifice 14-1, its lower end is provided with opening, the wall of opening part turns down to one end of nozzle cavity 14-2 and forms set shape connecting portion 14-3, set shape connecting portion is provided with the female thread 14-3-1 matched with the external screw thread on the shell of check valve water side, and shower nozzle is connected on the shell of check valve water side by female thread 14-3-1.
Preferably, this utility model also includes the water outlet protection mechanism being located between teapot 13 and housing 1, water outlet protection mechanism includes sheet metal 18 under sheet metal 17 and two panels, and upper sheet metal 17 one end is clipped between sealing shroud 16 and intake tunnel 13-1-1, and the other end stretches out from intake tunnel 13-1-1; Under two panels, sheet metal 18 upper end is respectively positioned on housing 1 upper end, and lower end is positioned at housing 1 lower end through housing 1, and under two panels, sheet metal 18 is not in contact with each other and electrically connects with control circuit plate 12 respectively.
User is optional local tea variety input on TIP 11; Accordingly, the leaving water temperature preset value set in microcomputer apparatus has multiple, a local tea variety on each leaving water temperature preset value correspondence TIP 11.
Preferably, this utility model also includes the temperature detect switch (TDS) (not shown) being connected on the circuit between electric heater 7 and control circuit plate 12, when electric heater 7 temperature is higher than the electric fuse fusing point in temperature detect switch (TDS), temperature control open interior electric fuse be heated intensification and fuse, electric heater 7 power-off.
Main control board 12 is the parts that instant-heating water drinking machine field is general and common, and it is prior art. Adopting wire to connect between main control board 12 and each parts being electrically connected, connected mode is prior art, therefore in figure, wire is not drawn.
Embodiment 2:
The present embodiment, compared with embodiment 1, differs only in: can select coolant-temperature gage input on TIP 11; Accordingly, microcomputer apparatus using the leaving water temperature value of input on TIP 11 as leaving water temperature preset value.
Sketch principle of the present utility model: user selects tea kinds on TIP and confirms (or select coolant-temperature gage and confirm), microcomputer apparatus receives from the signal of telecommunication of TIP 11 thus controlling water pump 4 and starting, water injection heating storehouse 6 after water pump 4 startup, cover inflow temperature water level compound sensor 3 and leaving water temperature water level compound sensor 9 when water level after, both probes form electric pathway, and then the circuit communication between both and main control board 12, now microcomputer apparatus controls water pump 4 power-off and controls heater 7 and start heating after receiving the signal of circuit communication, now leaving water temperature water level compound sensor 9 detects coolant-temperature gage in real time and detection data is passed to microcomputer apparatus, when leaving water temperature reaches the leaving water temperature preset value in microcomputer apparatus, microcomputer apparatus controls water pump 4 and is again started up, hot water exports from water out adapter 10, when water pump 4 master cylinder outflow reaches the total flow preset value in microcomputer apparatus, microcomputer apparatus controls water pump 4 and heater 7 power-off.
Flow when water pump 4 second time starts is adjusted by after the microcomputer apparatus mathematic interpolation according to preset temperature value and water source temperature, so that the water temperature stability that leaving water temperature water level compound sensor 9 detects is at leaving water temperature preset value, regulating rule is that leaving water temperature preset value is more big with the difference of water source temperature, and water pump 4 Flow-rate adjustment is to more little.
The principle of summary water outlet protection mechanism: when teapot 13 is just placed on housing upper face plate 1-1 by intake tunnel 13-1-1 by water out adapter 10, upper sheet metal 17 contacts with sheet metal under two panels 18, circuit ON between sheet metal 18 and control circuit plate 12 under two panels; When teapot 13 is mentioned, upper sheet metal 17 separates with sheet metal under two panels 18, and under two panels, the circuit between sheet metal 18 and control circuit plate 12 disconnects, and microcomputer apparatus controls water pump 4 and electric heater 7 power-off immediately after receiving the signal that circuit disconnects.
Claims (10)
1. Intelligent tea making machine, including electric heater (7), it is characterized in that: it also includes housing (1), water inlet pipe (2), inflow temperature water level compound sensor (3), water pump (4), pipe A (5), heating cabinet (6), outlet pipe (8), leaving water temperature water level compound sensor (9), water out adapter (10), TIP (11) and main control board (12);
Water inlet pipe (2) one end connects with the water inlet end of water pump (4), and the other end passes and connects with water source in housing (1);Inflow temperature water level compound sensor (3) is located on water inlet pipe (2) or pipe A (5) to detect water source temperature and water level; Leaving water temperature water level compound sensor (9) is located on outlet pipe (8), and its probe stretches in outlet pipe (8) or the upper end of heating cabinet (6) inner chamber is to detect coolant-temperature gage and water level; Electric heater (7) is located at heating cabinet (6) intracavity bottom or heating cabinet (6) bottom outside; Heating cabinet (6) lower end or bottom are provided with water inlet, and upper end is provided with outlet; Pipe A (5) one end is connected to the water side of water pump (4), and the other end is connected on the water inlet of heating cabinet (6); Outlet pipe (8) one end is connected on the outlet of heating cabinet (6), the other end is connected on water out adapter (10), water out adapter (10) is located on housing upper face plate (1-1), its one end is positioned at housing (1) outward, and the other end is positioned at housing (1);
Water pump (4), electric heater (7), inflow temperature water level compound sensor (3), leaving water temperature water level compound sensor (9) and TIP (11) electrically connect with main control board (12) respectively, and main control board (12) electrically connects with external power source.
2. Intelligent tea making machine as claimed in claim 1, it is characterized in that: main control board is provided with microcomputer apparatus in (12), its signal of telecommunication that can receive from water pump (4), inflow temperature water level compound sensor (3), leaving water temperature water level compound sensor (9) and TIP (11), processes backward water pump (4) or electric heater (7) sends control signal.
3. Intelligent tea making machine as claimed in claim 2, is characterized in that: microcomputer apparatus includes central processing unit, internal memory, input/output interface and control circuit.
4. Intelligent tea making machine as claimed any one in claims 1 to 3, it is characterized in that: microcomputer apparatus receives the signal of telecommunication from TIP (11) thus controlling water pump (4) and starting, water injection heating storehouse (6) after water pump (4) startup, cover inflow temperature water level compound sensor (3) and leaving water temperature water level compound sensor (9) when water level after, both probes form electric pathway, and then the circuit communication between both and main control board (12), microcomputer apparatus controls water pump (4) power-off and controls heater (7) and start heating after receiving the signal of circuit communication, now leaving water temperature water level compound sensor (9) detects coolant-temperature gage in real time and detection data is passed to microcomputer apparatus, when leaving water temperature reaches the leaving water temperature preset value in microcomputer apparatus, microcomputer apparatus controls water pump (4) and is again started up, hot water exports from water out adapter (10), when water pump (4) master cylinder outflow reaches the total flow preset value in microcomputer apparatus, microcomputer apparatus controls water pump (4) and heater (7) power-off.
5. Intelligent tea making machine as claimed in claim 4, it is characterized in that: flow when water pump (4) second time starts is adjusted by after the microcomputer apparatus mathematic interpolation according to preset temperature value and water source temperature, so that the water temperature stability that leaving water temperature water level compound sensor (9) detects is at leaving water temperature preset value, regulating rule is that leaving water temperature preset value is more big with the difference of water source temperature, and water pump (4) Flow-rate adjustment is to more little.
6. Intelligent tea making machine as claimed in claim 4, is characterized in that: the upper optional local tea variety input of TIP (11); Accordingly, the leaving water temperature preset value set in microcomputer apparatus has multiple, a kind of Folium Camelliae sinensis on each leaving water temperature preset value correspondence TIP (11).
7. Intelligent tea making machine as claimed in claim 4, is characterized in that: can select coolant-temperature gage input on TIP (11);Accordingly, microcomputer apparatus using the leaving water temperature value of upper for TIP (11) input as leaving water temperature preset value.
8. the Intelligent tea making machine as according to any one of claim 1,2,3,5,6,7, is characterized in that: it also includes the teapot being placed on housing upper face plate (1-1), teapot includes teapot base (13-1), teapot shell (13-2) and spout of a teapot (13-3), teapot shell is connected to teapot base upper end and forms teapot inner chamber (13-4), and spout of a teapot is connected on teapot shell and in teapot intracavity inter-connection, teapot base is provided with the intake tunnel (13-1-1) of teapot inner chamber Yu ft connection, intake tunnel is provided with check valve (15) and sealing shroud (16), sealing shroud is closely sleeved on the shell of check valve and is in close contact with intake tunnel inwall, step surface on check valve (15) shell contacts with the step surface in sealing shroud (16) endoporus, the water side of check valve shell is stretched in teapot inner chamber and is connected with shower nozzle (14), gasket seal (19) it is provided with between shower nozzle and teapot base, gasket seal is sleeved on the shell of check valve water side, on it, lower both ends of the surface are in close contact with the upper surface of shower nozzle and teapot base respectively,
When teapot is just placed on housing upper face plate by intake tunnel by water out adapter (10), water out adapter (10) stretches in the endoporus of sealing shroud (16), and the hot water that water out adapter flows out enters teapot inner chamber by check valve and shower nozzle (14).
9. Intelligent tea making machine as claimed in claim 8, is characterized in that: the shell of check valve (15) water side is provided with external screw thread; Shower nozzle (14) is in hollow Ring-cylindrical, its outer edge surface is provided with multiple spray orifice (14-1), its lower end is provided with opening, the wall of opening part turns down to one end of nozzle cavity (14-2) and forms set shape connecting portion (14-3), set shape connecting portion is provided with the female thread (14-3-1) matched with the external screw thread on the shell of check valve water side, and shower nozzle is connected on the shell of check valve water side by female thread (14-3-1).
10. Intelligent tea making machine as claimed in claim 9, it is characterized in that: it also includes the water outlet protection mechanism being located between teapot (13) and housing (1), water outlet protection mechanism includes sheet metal (18) under sheet metal (17) and two panels, upper sheet metal (17) one end is clipped between sealing shroud (16) and intake tunnel (13-1-1), and the other end stretches out from intake tunnel (13-1-1); Under two panels, sheet metal (18) upper end is respectively positioned on housing (1) upper end, lower end is positioned at housing (1) lower end through housing (1), and under two panels, sheet metal (18) is not in contact with each other and electrically connects with control circuit plate (12) respectively; When teapot (13) is just placed on housing upper face plate (1-1) by intake tunnel (13-1-1) by water out adapter (10), upper sheet metal (17) contacts with sheet metal under two panels (18), circuit ON between sheet metal (18) and control circuit plate (12) under two panels; When teapot (13) is mentioned, upper sheet metal (17) separates with sheet metal under two panels (18), under two panels, the circuit between sheet metal (18) and control circuit plate (12) disconnects, and microcomputer apparatus controls water pump (4) and electric heater (7) power-off immediately after receiving the signal that circuit disconnects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520957825.2U CN205286050U (en) | 2015-11-26 | 2015-11-26 | Intelligence machine of making tea |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520957825.2U CN205286050U (en) | 2015-11-26 | 2015-11-26 | Intelligence machine of making tea |
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| Publication Number | Publication Date |
|---|---|
| CN205286050U true CN205286050U (en) | 2016-06-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520957825.2U Active CN205286050U (en) | 2015-11-26 | 2015-11-26 | Intelligence machine of making tea |
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| CN (1) | CN205286050U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105266594A (en) * | 2015-11-26 | 2016-01-27 | 边江 | Intelligent tea making machine |
| CN108245019A (en) * | 2018-01-16 | 2018-07-06 | 金涛 | A kind of automatic cycle making tea machine and automatic cycle are made tea control method |
-
2015
- 2015-11-26 CN CN201520957825.2U patent/CN205286050U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105266594A (en) * | 2015-11-26 | 2016-01-27 | 边江 | Intelligent tea making machine |
| CN108245019A (en) * | 2018-01-16 | 2018-07-06 | 金涛 | A kind of automatic cycle making tea machine and automatic cycle are made tea control method |
| CN108245019B (en) * | 2018-01-16 | 2020-03-13 | 金涛 | Automatic circulating tea making machine and automatic circulating tea making control method |
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