CN205783746U - A kind of water boiler - Google Patents
A kind of water boiler Download PDFInfo
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- CN205783746U CN205783746U CN201620747197.XU CN201620747197U CN205783746U CN 205783746 U CN205783746 U CN 205783746U CN 201620747197 U CN201620747197 U CN 201620747197U CN 205783746 U CN205783746 U CN 205783746U
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- boiling
- house
- moist closet
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- pipe
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Abstract
A kind of water boiler, including circuit controller, base plate, heat preservation electric heating pipe, cylinder, diaphragm plate, boiling-house outlet pipe, seethe with excitement electrothermal tube, boiling-house level electrode, overflow pipe, boiling-house electrode tip, filling pipe, moisturizing electromagnetic valve, through hole, high-temperature water pump, moist closet electrode tip, moist closet water inlet pipe, cylinder top cover, moist closet level electrode, vertical clapboard, boiled water outlet pipe, boiling-house and moist closet；Cylinder is divided into boiling-house and moist closet by described diaphragm plate and vertical clapboard, the little space that diaphragm plate and vertical clapboard and cylinder surround is boiling-house, in cylinder, boiling-house forms moist closet with the external space, the volume of moist closet is more than three times of boiling-house volume, moist closet can accommodate repeatedly boiling-house boiling boiled water discharge, boiling-house water can enter moist closet and use after repeatedly seething with excitement, it is ensured that moist closet boiled water outlet pipe can uninterrupted boiled water without interruption.Boiling-house volume is little simultaneously, as long as just can be readily available boiling boiled water by the least electrical power, thus realizes energy-conservation purpose.
Description
Technical field
The present invention relates to a kind of boiler, a kind of can use the electric water-boiling device only seethed with excitement once continuously.
Background technology
The Water boiling equipment of prior art, in order to overcome the defect of thousand boiling water to have following several solution, one is to allow water
Being heated to close on boiling point and stop heating, usual technology is heated to safe drinking temperature such as heating and temperature control at 93 to 98 degree
Between, the water of this situation does not seethe with excitement boiled, does not reaches the purpose sterilized completely, and conventional electric water-boiling device just belongs to this；
Another kind be boiling boiled after, the boiled water in container to be waited exhausts and is supplemented with tap water afterwards and reheats boiling, from benefit
Water cannot provide boiled water to drink to by during boiled for water boiling, and existing cannot the defect of boiling boiled water without interruption, it is impossible to adapt to
Need the corporate users place of boiling boiled water without interruption, the ground that such as school, hospital, station and other boiled water demands are big
Side, therefore research and development can be without interruption the most reasonably necessary through the boiler of the boiled water that once seethes with excitement again.
Summary of the invention
The boiler of prior art, or thousand boiling boiled water or the boiled water that do not boil, though there is also between water supply an of boiling water
The disconnected phenomenon that cannot persistently supply boiled water, is exactly briefly ebuillition of heated and drinking water can not synchronize to carry out, and the present invention is
Overcoming the defect that prior art exists, it is provided that a kind of water boiler, boiling heating and drinking water are independent and can
To carry out simultaneously, the boiled water provided while boiling heating is all the boiled water through once seething with excitement.
The technical solution used in the present invention is: split sub-fraction space in a boiler entirety container as boiling
Room, tap water enters boiling-house electrical heating and heats up until boiling, and the boiled water after boiling is injected into the moist closet that volume is bigger, insulation
The temperature of room sets definitely less than the boiling point of water, it is ensured that the boiled water of moist closet can use at any time；Boiling-house when less volume
After boiled boiled water all pumps into the moist closet that volume is bigger, new tap water refills boiling-house and begins to warm up boiling,
Boiled water after boiling flows into again moist closet, such circular flow, and tap water continues to flow into insulation after discontinuously adding boiling-house boiling
Room, moist closet keeps the boiled water of enough water yields, can not affect insulation while boiled water without interruption, and new water ebuillition of heated and opens
Water is released and is used, thus overcomes the defect that prior art exists.
A kind of water boiler, including circuit controller, base plate, heat preservation electric heating pipe, cylinder, diaphragm plate, boiling-house goes out
Water pipe, seethe with excitement electrothermal tube, boiling-house level electrode, overflow pipe, boiling-house electrode tip, filling pipe, moisturizing electromagnetic valve, and through hole is high
Warm water pump, moist closet electrode tip, moist closet water inlet pipe, cylinder top cover, moist closet level electrode, vertical clapboard, boiled water outlet pipe, boiling
Rise room and moist closet.
Described circuit controller is positioned at cylinder periphery or makes separate control box, and circuit controller receives boiling respectively
Room level control signal, moist closet level control signal, boiling temperature controller signal, holding temperature controller signal are controlled respectively
Moisturizing electromagnetic valve processed, high-temperature water pump, boiling electrothermal tube, heat preservation electric heating pipe operation work；Circuit controller and each electrical equipment portion thereof
Connected by wire between part.
Cylinder is divided into boiling-house and moist closet by described water boiler diaphragm plate and vertical clapboard, and the volume of moist closet is
More than 3 times of boiling-house volume.The little space that diaphragm plate and vertical clapboard and cylinder surround be boiling-house, diaphragm plate and vertical clapboard with
The large space that cylinder surrounds is moist closet.
After water ebuillition of heated in described water boiler boiling-house, boiling temperature controller is connect by circuit controller
Logical high-temperature water pump, pumps into entrance keeping warm mode in moist closet by the boiling boiled water in boiling-house, simultaneously can be through boiled water water outlet
Pipe is released and is used.After the boiling boiled water of boiling-house all injects moist closet, high-temperature water pump quits work, and moisturizing electromagnetic valve is opened
Tap water adds to boiling-house, and the completely rear boiling-house Water level controller of boiling-house water connects boiling electrothermal tube, boiling by circuit controller
Rising room and restart heating until boiling, after the boiling of boiling-house water, boiling temperature controller is sent signal and is opened by circuit controller
Dynamic high-temperature water pump, the boiling boiled water of boiling-house is injected into moist closet and enters keeping warm mode, when moist closet water temperature is less than insulation temperature control
During the temperature that instrument sets, heat preservation electric heating pipe connects electricity work, and boiled water is heated to circuit controller during the temperature being incubated temperature controller setting
Control heat preservation electric heating pipe and make its power-off, definitely less than boiled water boiling point；So circular flow, boiling-house boiling boiled water is injected in time
Moist closet is incubated or uses, owing to boiling-house volume is much smaller than moist closet volume, the therefore little volume heating boiling of boiling-house
Rising speed quickly, the electrical power of use is less than half of prior art, embodies energy saving effect；Boiling-house filling pipe is by mending
Water solenoid valve is connected with water supply pipe, and intermittent heat boiling boiled water, be always ensured that moist closet have the insulation of enough boiled water or
Person directly discharges application.
Described vertical clapboard top arranges a through hole, and this through hole connects boiling-house and moist closet headroom, just in case electricity
Device control system moist closet out of control water the most completely will by vertical clapboard through hole, boiling-house, from overflow pipe overflow discharge.
Described level electrode head is arranged on cylinder top cover, and level electrode head connects three level electrodes, boiling-house electrode
Head connects the different boiling-house level electrode of three root length degree and inserts boiling-house detection boiling-house water level height；Moist closet electrode tip is even
Connecing the different moist closet level electrode of three root length degree and insert detection moist closet water level height in moist closet, moist closet water level is less than
During low setting height, high-temperature water pump energising is in opening, and the boiled water pump after boiling is intake by boiling-house outlet pipe to moist closet
Pipe enters moist closet；When moist closet water level is higher than setting position, high-temperature water pump automatically powers off and is closed, and now seethes with excitement
Room isolates with moist closet, closes moisturizing electromagnetic valve by circuit controller simultaneously, stops tap water and injects boiling-house.Once contingency
Circuit control system is malfunctioning causes moisturizing electromagnetic valve tap water out of control to intake the not stopping time, and the excess of boiling-house enters water and passes through overflow pipe
Overflow discharge；The excess of moist closet enter water by vertical clapboard through hole, boiling-house, from overflow pipe overflow discharge.
Described cylinder top arranges cylinder top cover, and cylinder top cover arranges boiling-house electrode tip, moist closet electrode tip and moisturizing
Pipe, the filling pipe other end plugs into moisturizing electromagnetic valve, and the other end of moisturizing electromagnetic valve can be plugged into running water pipe；Arrange bottom boiling-house
Boiling electrothermal tube and boiling-house outlet pipe, boiling-house outlet pipe one end is arranged on bottom boiling-house and draws through cylinder, the other end
Plug into high-temperature water pump；Described moist closet top arranges moist closet water inlet pipe below cylinder top cover, moist closet water inlet pipe another
Termination refutes high-temperature water pump；Boiled water after boiling-house boiling flows to protect by boiling-house outlet pipe, high-temperature water pump, moist closet water inlet pipe
Greenhouse.Described boiling-house top abuts against and arranges overflow pipe below cylinder top cover；Insulation it is correspondingly arranged in opposite directions above base plate
Electrothermal tube and boiled water outlet pipe, boiling electrothermal tube is by water heating in boiling-house volume until boiling, and the boiled water after boiling passes through
Boiling-house outlet pipe, high-temperature water pump, moist closet water inlet pipe flow into moist closet insulation accumulation of energy and store or through boiled water water outlet bank of tubes
Put use.
High-temperature water pump it is connected, connection boiling when high-temperature water pump energising is opened between boiling-house outlet pipe with moist closet water inlet pipe
Room and moist closet, the boiled water after boiling-house boiling is under boiling-house outlet pipe, high-temperature water pump, moist closet water inlet pipe are at pump pressure
Flow into moist closet；Boiled water outlet pipe is set bottom moist closet, boiled water outlet pipe can plug into Valve controlling boiled water discharge use, also
Pipeline of can plugging into use IC-card swipe the card the fire hose first-class equipment metering use；Unspent boiled water is stored in moist closet, insulation
Temperature controller sets operating temperature and controls heat preservation electric heating pipe electrified regulation by circuit controller or automatically power off, and makes insulation
Room water is maintained at the drinking water temperature of setting and discharges use at any time.
Boiled water outlet pipe and heat preservation electric heating pipe it is correspondingly arranged in opposite directions, owing to boiling-house flows into moist closet above described base plate
Boiled water through boiling does not timely use and Temperature fall, and holding temperature controller controls to enter moist closet through boiling
Water temperature so that it is be maintained at the temperature range of setting, heat preservation electric heating pipe electrified regulation when moist closet boiled water is less than design temperature,
Automatically power off higher than heat preservation electric heating pipe during design temperature, it is ensured that moist closet water temperature is definitely less than boiling point, it is to avoid secondary seethes with excitement
Phenomenon occur；Boiled water outlet pipe exports the boiled water of holding temperature controller design temperature at any time and provides use.
Described boiling water heater boiling-house water inlet pipe moisturizing electromagnetic valve of plugging into is connected with water supply pipe, and tap water is by mending
Water solenoid valve, boiling-house water inlet pipe inject boiler boiling-house, and boiling-house level electrode detection boiling-house water level, water level reaches
During the limit of position, electrode signal cuts off the stopping moisturizing of moisturizing power of electromagnetic valve by circuit controller, controls boiling electrothermal tube simultaneously and leads to
Electrical heating is until boiling, and boiling temperature controller is automatically powered off by circuit controller control boiling electrothermal tube and quits work, with
Shi Kaiqi high-temperature water pump, the boiled water after boiling flows into moist closet by boiling-house outlet pipe, high-temperature water pump, moist closet water inlet pipe
In；After boiling-house boiling boiled water is all pumped to moist closet, boiling-house Water level controller signal is transferred to circuit controller certainly
Dynamic high-temperature water pump of closing, cut-out boiling-house and the passage of moist closet, open moisturizing electromagnetic valve automatic water supplement simultaneously----boiling electricity
Heat pipes heat seethes with excitement----unlatching high-temperature water pump---boiling boiled water pumps into moist closet----thus circular flow, until moist closet
When water level reaches the water level upper limit that moist closet water level controller sets, circuit controller automatically cuts off moisturizing power of electromagnetic valve to be stopped
Moisturizing, holding temperature controller signal is transferred to circuit controller and controls the energising of heat preservation electric heating pipe and power-off, and holding temperature controls
Instrument sets definitely less than the temperature of boiling point, make the boiled water in moist closet container be definitely only through the heat insulation boiling water that once seethes with excitement with
Time supply.
The invention have the benefit that drunk boiled water is only through once seething with excitement, it is to avoid the generation of thousand boiling water；Once
Boiled water after boiling is stored in moist closet insulation and uses, and the boiled water drunk remains at the temperature of setting, less than setting
Heating and thermal insulation during fixed temperature but definitely less than boiling point, it is to avoid again reach the effect of accumulation of energy while boiling；Because drinking water
When water receiving uses, switch frequently, forms actual intermittency effect, flows in time after the boiling-house heating boiled water boiling of low capacity
In jumbo moist closet container, moisturizing ebuillition of heated the most at once, the most uninterrupted heating, constantly boiling boiled water is injected
Moist closet, boiling-house and moist closet are isolated by high-temperature water pump, it is ensured that only boiling boiled water enters moist closet, and moist closet has enough
Store through the boiled water that once seethes with excitement, moisturizing heating nor affects on the supply of moist closet boiled water and uses, final beneficial effect
It is to be continuously available the most boiled drinking water once, overcomes boiling Water boiling equipment completely and must wait boiled water in container
Water filling heating again, the defect used without boiled water during heating after being finished, and energy-saving environmental protection safety is reliable.
Accompanying drawing explanation
Fig. 1: one water boiler front view of the present invention；
Fig. 2: one water boiler circuit controller schematic diagram of the present invention；
Fig. 3: one water boiler A-A cut-away view of the present invention.
Description of reference numerals: 1 base plate, 2 heat preservation electric heating pipes, 3 cylinders, 4 diaphragm plates, 5 boiling-house outlet pipes,
6 boiling electrothermal tubes, 7 boiling-house level electrodes, 8 overflow pipes, 9 boiling-house electrode tips, 10 filling pipes, 11 moisturizings
Electromagnetic valve, 12 overflow through holes, 13 heat-exchanger pumps, 14 moist closet electrode tips, 15 moist closet water inlet pipes, on 16 cylinders
Lid, 17 moist closet level electrodes, 18 vertical clapboards, 19 boiled water outlet pipes, 20 boiling-houses, 21 moist closets.
Specific embodiment
As shown in drawings, a kind of water boiler includes circuit controller, base plate 1, heat preservation electric heating pipe 2, cylinder 3, horizontal stroke
Dividing plate 4, boiling-house outlet pipe 5, seethe with excitement electrothermal tube 6, boiling-house level electrode 7, overflow pipe 8, boiling-house electrode tip 9, filling pipe
10, moisturizing electromagnetic valve 11, through hole 12, heat-exchanger pump 13, moist closet electrode tip 14, moist closet water inlet pipe 15, cylinder top cover 16, insulation
Room level electrode 17, vertical clapboard 18, boiled water outlet pipe 19, boiling-house 20, moist closet 21.
Described water boiler is formed hermetic container, the one side of something in the middle part of cylinder 3 by base plate 1, cylinder 3 and cylinder top cover 16
Arranging semi-circular diaphragm plate 4 with cylinder 3 inside radius as radius, diaphragm plate 4 diameter limit connects the following of vertical clapboard 18, perpendicular every
The top of plate 18 connects with the diameter center line of cylinder top cover；Diaphragm plate 4, the little space that vertical clapboard 18 and cylinder 3 are constituted forms boiling
Rise room 20；In cylinder 3, boiling-house (20) forms moist closet 21 with the external space；The volume of moist closet 21 is boiling-house 20 volume
More than three times.
Described circuit controller is positioned at cylinder 3 periphery or makes separate control box, and described circuit controller connects respectively
Receive boiling-house 20 level control signal, moist closet 21 level control signal, boiling temperature controller signal, holding temperature controller
Signal controls moisturizing electromagnetic valve 11 respectively, heat-exchanger pump 13, boiling electrothermal tube 6, heat preservation electric heating pipe 2 run work, circuit controller
And connected by wire between each electric component.
Described water boiler cylinder top cover 16 arranges filling pipe 10, boiling-type electric cartridge 9 and moist closet electrode tip 14；
Boiling-house level electrode 7 one end connects boiling-house electrode tip 9, and the other end inserts the high, normal, basic differing heights of boiling-house 20, to obtain
Boiling-house 20 water level information；Moist closet level electrode 17 one end connects moist closet electrode tip 14, and it is high that the other end inserts moist closet 21
In low differing heights, to obtain moist closet 21 water level information；The welding of described filling pipe 10 one end is positioned at cylinder top cover 16, at cylinder
The position of body upper cover 16 correspondence arranges the through hole suitable with filling pipe 10 internal diameter, makes filling pipe 10 hollow through through hole and boiling-house
Connection, the other end of filling pipe 10 plugs into moisturizing electromagnetic valve 11, and moisturizing electromagnetic valve 11 other end is plugged into running water pipe, supplements at any time
New water.
Above described vertical clapboard 18, an overflow through hole 12, connection boiling-house 20 and moist closet are set near cylinder top cover 16
21, just in case electrical apparatus control system moist closet out of control 21 water the most completely will be by through hole 12, boiling-house 20 from overflow pipe 8 overflow discharge.
Described boiling-house 20 top arranges overflow pipe 8 below cylinder top cover 16.
Arranging boiling electrothermal tube 6 and boiling-house outlet pipe 5 bottom described boiling-house 20, moist closet 21 top arranges moist closet
Water inlet pipe 15, boiling-house outlet pipe 5 and moist closet water inlet pipe 15 are connected by heat-exchanger pump 13, and boiling temperature controller passes through circuit
Controller controls boiling electrothermal tube 6 and heat-exchanger pump 13 power on/off is run, when after boiling-house water ebuillition of heated, circuit controller connects
Logical heat-exchanger pump 13 power supply, boiling-house 20 seethes with excitement, and boiled water passes through heat-exchanger pump 13, moist closet water inlet pipe 15 enters moist closet 21. insulation and stores
Can store or directly by boiled water outlet pipe 19 discharge use, boiled water outlet pipe 19 can be plugged into valve switch or pipeline of plugging into
The equipment meterings such as IC-card depotition cock are used to provide boiled water to use.
Boiled water outlet pipe 19 and heat preservation electric heating pipe 2 it is correspondingly arranged in opposite directions, through boiling above described moist closet 21 bottom base panel 1
The boiled water risen flows into moist closet 21, and appliance controller controls heat preservation electric heating pipe 2 heating and thermal insulation, and in making moist closet 21 volume, boiled water is protected
Holding design temperature, the temperature of setting is definitely less than the boiling point of water, the most not reboiling.
Described water boiler boiling-house water inlet pipe 5 moisturizing electromagnetic valve 11 of plugging into is connected with water supply pipe, tap water
Injecting boiler boiling-house 20 by moisturizing electromagnetic valve 11, boiling-house water inlet pipe 10, boiling-house level electrode 7 detects boiling-house water
Position height, during boiling-house topped up with water, water level reaches the upper limit, and electrode signal cuts off moisturizing electromagnetic valve 11 by circuit controller
Power supply stops moisturizing, and boiling electrothermal tube 6 begins to warm up simultaneously, boiling temperature controller after water boiling is boiled in boiling-house 20
Making boiling electrothermal tube 6 power-off be no longer heat up, be also turned on high-temperature water pump 13, the boiled water after boiling is by boiling-house outlet pipe 5, height
Warm water pump 13, moist closet water inlet pipe 15 are pumped in moist closet 21；When boiling-house 20 seethes with excitement after boiled water fully enters moist closet 21,
Boiling-house level electrode 7 sends signal and cuts off high-temperature water pump 13 power supply by appliance controller, is also turned on moisturizing electromagnetic valve 11
Power supply, tap water injects new water through moisturizing electromagnetic valve 11, boiling-house water inlet pipe 10 to boiling-house 20, continues ebuillition of heated
High-temperature water pump is opened boiling-house 20 boiled water that seethes with excitement and is pumped into moist closet 21, and so circulation is carried out；Boiled boiled water enters to be protected
Greenhouse 21, enters keeping warm mode, and holding temperature controller detects when water temperature is less than design temperature in moist closet, by circuit control
Device processed controls heat preservation electric heating pipe heating and thermal insulation, and the temperature that preservation and controlling instrument sets is definitely less than boiling temperature, it is ensured that in moist closet
Rong Shui not reboiling；Boiled water is used at any time as desired by boiled water outlet pipe 19.
Described boiling-house 20 volume is much smaller compared with moist closet volume 21, and moist closet 21 can accommodate repeatedly boiling-house 20 and seethe with excitement
Boiled water discharges, and boiling-house water can enter moist closet 21 and use after repeatedly seething with excitement, it is ensured that moist closet 21 boiled water outlet pipe is permissible
Uninterrupted boiled water without interruption.Boiling-house 20 volume is little simultaneously, as long as just can be readily available boiling by the least electrical power
Boiled water, thus realize energy-conservation purpose.
Certainly, the exemplary illustration of the above typical case the most of the present invention application, by same or similar technical characteristic
Combination and replacement, can form multiple concrete scheme, within these schemes all fall within protection scope of the present invention.
Claims (3)
1. a water boiler, including circuit controller, base plate (1), heat preservation electric heating pipe (2), cylinder (3), diaphragm plate
(4), boiling-house outlet pipe (5), boiling electrothermal tube (6), boiling-house level electrode (7), overflow pipe (8), boiling-house electrode tip
(9), filling pipe (10), moisturizing electromagnetic valve (11), overflow through hole (12), heat-exchanger pump (13), moist closet electrode tip (14), moist closet
Water inlet pipe (15), cylinder top cover (16), moist closet level electrode (17), vertical clapboard (18), boiled water outlet pipe (19), boiling-house
(20), moist closet (21), described water boiler is formed hermetic container by base plate (1), cylinder (3) and cylinder top cover (16),
It is characterized in that: described cylinder (3) middle part half of arranges with cylinder (3) the inside radius semi-circular diaphragm plate (4) as radius,
Diaphragm plate (4) diameter limit connects the diameter center line of the following of vertical clapboard (18), the top of vertical clapboard (18) and cylinder top cover (16)
Connect；The little space that described diaphragm plate (4), vertical clapboard (18) and cylinder (3) are constituted forms boiling-house (20)；Boiling in cylinder (3)
Rise the space beyond room (20) and form moist closet (21)；Described cylinder top cover (16) arranges filling pipe (10), boiling type electrode
Head (9) and moist closet electrode tip (14), boiling-house level electrode (7) one end connects boiling-house electrode tip (9), and the other end inserts boiling
Rise room (20) high, normal, basic differing heights；Moist closet level electrode (17) one end connects moist closet electrode tip (14), and the other end is inserted
Moist closet (21) high, normal, basic differing heights；The welding of described filling pipe (10) one end is positioned at cylinder top cover (16), at cylinder top cover
(16) corresponding position arranges the through hole suitable with filling pipe (10) internal diameter, makes filling pipe (10) hollow through through hole and boiling-house
(20) connection, the other end of filling pipe (10) plugs into moisturizing electromagnetic valve (11), and moisturizing electromagnetic valve (11) other end is plugged into tap water
Pipe；Described vertical clapboard (18) top arranges an overflow through hole (12) near cylinder top cover (16), and described boiling-house (20) top is tight
By cylinder top cover (16) lower section, overflow pipe (8) is set；Described boiling-house (20) bottom arranges boiling electrothermal tube (6) and boiling-house goes out
Water pipe (5), moist closet (21) top arranges moist closet water inlet pipe (15)；Boiling-house outlet pipe (5) and moist closet water inlet pipe (15)
Connected by heat-exchanger pump (13)；Described moist closet (21) bottom base panel (1) top be correspondingly arranged in opposite directions boiled water outlet pipe (19) and
Heat preservation electric heating pipe (2).
A kind of water boiler the most according to claim 1, it is characterised in that: the volume of described moist closet (21) is boiling
Rise room (20) volume more than three times.
A kind of water boiler the most according to claim 1, it is characterised in that: described circuit controller is positioned at cylinder
(3) peripheral or make separate control box, described circuit controller receives boiling-house (20) level control signal, moist closet respectively
(21) level control signal, boiling temperature controller signal, holding temperature controller signal control respectively moisturizing electromagnetic valve (11),
Heat-exchanger pump (13), boiling electrothermal tube (6), heat preservation electric heating pipe (2) run work, between circuit controller and each electric component thereof
Connected by wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620747197.XU CN205783746U (en) | 2016-07-15 | 2016-07-15 | A kind of water boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620747197.XU CN205783746U (en) | 2016-07-15 | 2016-07-15 | A kind of water boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205783746U true CN205783746U (en) | 2016-12-07 |
Family
ID=58122770
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620747197.XU Expired - Fee Related CN205783746U (en) | 2016-07-15 | 2016-07-15 | A kind of water boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205783746U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105953419A (en) * | 2016-07-15 | 2016-09-21 | 宁波家禾节能科技有限公司 | Boiling-type water boiler |
| CN107062595A (en) * | 2017-06-02 | 2017-08-18 | 宁波艾迪卫环保科技股份有限公司 | A kind of self-expanding pressure-fired formula two-chamber liquid heater |
-
2016
- 2016-07-15 CN CN201620747197.XU patent/CN205783746U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105953419A (en) * | 2016-07-15 | 2016-09-21 | 宁波家禾节能科技有限公司 | Boiling-type water boiler |
| CN107062595A (en) * | 2017-06-02 | 2017-08-18 | 宁波艾迪卫环保科技股份有限公司 | A kind of self-expanding pressure-fired formula two-chamber liquid heater |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 Termination date: 20170715 |
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| CF01 | Termination of patent right due to non-payment of annual fee |