CN105768899A - Design method for centrifugal fly weight-controlled unpowered water adding device - Google Patents
Design method for centrifugal fly weight-controlled unpowered water adding device Download PDFInfo
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- CN105768899A CN105768899A CN201410798582.2A CN201410798582A CN105768899A CN 105768899 A CN105768899 A CN 105768899A CN 201410798582 A CN201410798582 A CN 201410798582A CN 105768899 A CN105768899 A CN 105768899A
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Abstract
The invention relates to a design method for a centrifugal fly weight-controlled unpowered water adding device. The design method is characterized in that: an automatic water adding mechanism is arranged on a sweet soup ball boiler and can automatically add normal temperature water into boiling water in the boiler during boiling of sweet soup balls. The automatic water adding mechanism includes a boiler cover, a water holder, a plurality of vertical columns, a rotary assembly including a centrifugal fly weight, a water storage basin, and a steam ejection pipe; when steam gathered in the boiler is rapidly ejected through the steam ejection pipe, the fly weight generates centrifugal motions and drives a cone plug to leave a cone hole, the normal temperature water in the water holder flows into the water storage basin from the cone hole, and slowly flows into the boiler through a spiral throttle pipe, and then water in the boiler stops boiling, the fly weight stops centrifugal motions and hangs down, and the cone plug connected to a slide sleeve can block the cone hole with the declining of the slide sleeve; and later, the unpowered water adding device repeats an operation process in an automatic water adding stage. Through the design method, the normal temperature water can be automatically and repeatedly added into the boiler in an unpowered manner, and then the outer layer of a sweet soup ball will not fracture while being overdone.
Description
Technical field
The present invention is about kitchen utensils field, particularly relates to a kind of cooker boiling the ball of glutinous rice.
Background technology
The ball of glutinous rice are the food of Chinese tradition.The process boiling the ball of glutinous rice is as follows: is put into by ball of glutinous rice green compact in the water of pot boiling, stirs the ball of glutinous rice in water with spoon, in case the ball of glutinous rice cling the bottom of a pan.By decocting in water to boiling (generally at this time the ball of glutinous rice float in water), in boiling water, add some normal-temperature water (being commonly called as cold water), continue to boil the ball of glutinous rice.Hereafter, meeting water boiling namely to add normal-temperature water, so, add three normal-temperature water altogether, after third time normal-temperature water adds, after the water in pot seethes with excitement, the ball of glutinous rice could be well-done, just can take the dish out of the pot edible.Generally this boils the duration that the ball of glutinous rice specify and is about 10 to 15 minutes.The reason adding normal-temperature water in boiling water is in that, the outer layer of the ball of glutinous rice first boils, but ball of glutinous rice center is underdone.If being not added with normal-temperature water, then the outer layer of the ball of glutinous rice is because overdone, and structure becomes lax, causes that the outer layer of the ball of glutinous rice can not wrap underdone ball of glutinous rice core, to such an extent as to the outer layer of the ball of glutinous rice splits, and ball of glutinous rice core is exposed in boiling water.If the ball of glutinous rice of Semen Sesami filler, then the water of whole pot liquor circle is by Semen Sesami filling black adrift.
Boil taking of the ball of glutinous rice and be about 10 to 15 minutes, boil the people of the ball of glutinous rice often when the ball of glutinous rice boil in bowl, feel etc. to waste the time on bowl side, always do some other trifle things again, so, usually forgotten in the water of boiling, to add normal-temperature water on time, causing outer layer overdone of the ball of glutinous rice and break, the filler in the ball of glutinous rice, particularly Semen Sesami filler are dispersed and are come, result makes whole pot liquor circle in a complete mess, wastes food materials simultaneously.
Summary of the invention
It is an object of the invention to provide a kind of need not people on duty, it is possible to the water that automatically gradation is seethed with excitement in pot adds device and the method for designing thereof of normal-temperature water.
The concrete technical scheme of the present invention: including the pot and the automatic watering mechanism that are provided with water-stop ditch, described automatic watering mechanism includes pot cover, water container, many root posts, runner assembly, water-retention basin, air jet pipe；Described pot cover is connected with water container by many root posts, and the lower end of described pot cover is inserted in the water-stop ditch in pot, and water-stop ditch is arranged to the water sealed；Described water container arranges normal-temperature water and runner assembly；Described runner assembly includes impeller, impeller axle, centrifugal flyweight unit, taper plug；Impeller, impeller axle, centrifugal flyweight unit, taper plug are linked in sequence；Water container bottom sets bellmouth, arranges water-retention basin between water container and pot cover, and water container is connected with water-retention basin by bellmouth；Water-retention basin bottom connects a spiral segment flow tube, and this spiral segment flow tube penetrates pot cover, makes water-retention basin be connected with pot by spiral segment flow tube；Normal-temperature water in water container is entered in pot by bellmouth, water-retention basin, spiral throttle pipe flow；Water-retention basin top arranges air flue, and water-retention basin is communicated with the external world by air flue；The blade of impeller is distributed on the whole circumference of impeller；
Centrifugal flyweight unit includes upper connecting rod, lower link, flyball, sliding sleeve；Upper connecting rod is hinged with the axle sleeve of impeller axle, and upper connecting rod is also hinged with lower link, and lower link is hinged with sliding sleeve；Sliding sleeve is enclosed within impeller axle, can slide axially along impeller axle, and upper connecting rod connects flyball, and upper connecting rod can swing around the axle sleeve hinged place of upper connecting rod with impeller axle in vertical plane, and the afterbody of taper plug is connected with sliding sleeve；
When the steam being gathered in pot sprays quickly through air jet pipe；The steam impringement impeller of air jet pipe ejection, impeller impeller axle, centrifugal flyweight unit rotational；Flyball produces centrifugal motion tendency, by upper connecting rod opened with certain angle, also lower link has been pulled, the sliding sleeve being enclosed within impeller axle is made to drive taper plug to leave bellmouth, move up a segment distance, normal-temperature water in water container flows in water-retention basin from bellmouth, and is slowly entered in pot by spiral segment flow tube；
The ball of glutinous rice to be boiled, when the water in pot seethes with excitement, are put in the boiling water of pot by using method: continuous heating, and the water retention defervescence in pot is risen；The ball of glutinous rice in cooking with spoon stirring one, make the ball of glutinous rice be not bonded on the bottom of a pan；Then water-stop ditch in pot adds the water for sealing；And automatic watering mechanism is placed on pot, the lower end of pot cover is inserted in the water-stop ditch in pot；Normal-temperature water is added in water container；When the water in pot is heated continuously to boiling, enters and automatically add the normal-temperature water stage:
Owing to the water blocking in water-stop ditch has lived the gap between pot and pot cover, the increasing steam then produced by boiling sprays quickly through air jet pipe；The Steam Actuation wheel rotation of ejection, makes impeller impeller axle, centrifugal flyweight unit rotational；Flyball produces centrifugal motion tendency, by upper connecting rod opened with certain angle, also lower link has been pulled, the sliding sleeve being enclosed within impeller axle is made to drive taper plug to leave bellmouth, move up a segment distance, normal-temperature water in water container flows in water-retention basin from bellmouth, and is slowly entered in pot by spiral segment flow tube；Water-cooled in pot but stops boiling to a certain extent；Steam is progressively reduced until disappearance, impeller, and impeller axle, centrifugal flyweight unit stop operating, and flyball loses centrifugal motion and sagging, and the taper plug being connected with sliding sleeve blocks bellmouth with the decline of sliding sleeve；Normal-temperature water in water-retention basin continues through spiral throttle pipe flow and enters in pot, the water temperature continuous decrease in pot；Until the normal-temperature water in water-retention basin and spiral segment flow tube all flows in pot；In entering the process automatically adding the normal-temperature water stage, the water in pot is heated continuously always；Then, the boiling again of the water in pot；
Hereafter, unpowered priming apparatus repeats above-mentioned entrance and automatically adds the operation in normal-temperature water stage；
After third time adds normal-temperature water, treat the water boiling in pot, so that it may in pot, the water of boiling pulls the ball of glutinous rice boiled out.
This device method for designing:
Design object is the unpowered priming apparatus that boiling is converted into the ball of glutinous rice that volume is A,
More than 10 times that in pot, water-stop ditch is A with the dischargeable capacity of lower part；
The total measurement (volume) of water-retention basin and spiral segment flow tube is A；
Bore and the length of run of spiral segment flow tube are it is ensured that the water that the water yield must be had to be A within 15 second time is flowed in pot from water-retention basin by spiral throttle pipe；
The bore of bellmouth should be greater than the bore of spiral segment flow tube, and before guaranteeing that the water in water-retention basin is flowed in pot by spiral throttle pipe, the water flowed out from bellmouth has been filled with water-retention basin and spiral segment flow tube.
Usefulness of the present invention is:
1, while using the present invention to boil the ball of glutinous rice, operator can do the thing that some are other, saves the time.
2, the present invention unpowered can repeatedly add normal-temperature water automatically, and even more than the regulation duration boiling the ball of glutinous rice, the outer layer of the ball of glutinous rice breaks without because of overdone.
Accompanying drawing explanation
Fig. 1 is the original state schematic diagram of the present invention.
Fig. 2 is the A portion enlarged drawing in Fig. 1.
Fig. 3 present invention schematic diagram in use.
Fig. 4 is overall schematic of the present invention.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described:
Embodiment 1, is shown in that Fig. 1 and Fig. 2, the present invention are provided with water-stop ditch 11 in the pot 1 boiling the ball of glutinous rice, and sets up automatic watering mechanism；This automatic watering mechanism includes pot cover 2, water container 4, many root posts 3, runner assembly 5, water-retention basin 6, air jet pipe 10；Described pot cover 2 is connected with water container 4 by many root posts 3, the lower end of described pot cover 2 is inserted in the water-stop ditch 11 in pot 1, water-stop ditch 11 adds water for sealing (this water being used for sealing is usually normal-temperature water, the water that certain temperature is high or temperature is low can also)；Described water container 4 is provided with normal-temperature water and runner assembly 5；Described runner assembly 5 includes impeller 51, impeller axle 52, centrifugal flyweight unit 53, taper plug 55；Impeller 51, impeller axle 52, centrifugal flyweight unit 53, taper plug 55 are linked in sequence；Water container 4 bottom sets bellmouth 551, arranges water-retention basin 6 between water container 4 and pot cover 2, and water container 4 is connected with water-retention basin 6 by bellmouth 551；Water-retention basin 6 bottom connects a spiral segment flow tube 9；This spiral segment flow tube 9 penetrates pot cover 2, makes water-retention basin 6 be connected with pot 1 by spiral segment flow tube 9；Normal-temperature water in water container 4 flows in pot 1 through bellmouth 551, water-retention basin 6, spiral segment flow tube 9；Water-retention basin 6 top arranges air flue 61.Water-retention basin 6 is communicated with the external world by air flue 61；The blade 511 of impeller 51 is distributed on the whole circumference of impeller；
Centrifugal flyweight unit 53 includes upper connecting rod 531, lower link 532, flyball 533, sliding sleeve 534；The axle sleeve 521 hinged (axle sleeve 521 is fixed on impeller axle 52) of upper connecting rod 531 and impeller axle 52, upper connecting rod 531 is also hinged with lower link 532, lower link 532 is hinged with sliding sleeve 534, sliding sleeve 534 is enclosed within impeller axle 52 and slides axially along impeller axle, upper connecting rod 531 connects flyball 533, upper connecting rod 531 can swing around axle sleeve 521 hinged place of upper connecting rod with impeller axle in vertical plane, and the afterbody of taper plug 55 is connected with sliding sleeve 534；
When the steam impringement impeller 51 of air jet pipe ejection, impeller 51 impeller axle 52, centrifugal flyweight unit 53 rotate；Flyball 533 produces centrifugal motion tendency, by upper connecting rod 531 opened with certain angle, also lower link 532 has been pulled, the sliding sleeve 534 being enclosed within impeller axle 52 is made to drive taper plug 55 to leave bellmouth 551, move up a segment distance, normal-temperature water in water container 4 flows in water-retention basin 6 from bellmouth 551, and is slowly entered in pot 1 by spiral segment flow tube 9；
The effect of air flue 61 is in that water-retention basin 6 can pass through air flue 61 and connect with external atmosphere pressure so that the normal-temperature water in water-retention basin 6 can pass through spiral segment flow tube 9 and flow in pot 1；
The effect of spiral segment flow tube 9 is in that the normal-temperature water in restriction water-retention basin 6 is too quickly in pot 1, because if the water temperature in pot 1 declines rapidly, promote the jet that impeller 51 rotates will disappear in the short time, taper plug 55 blocks bellmouth 551 too early, so can cause entering the room temperature water shortage in water-retention basin 6, and enter the room temperature water shortage in pot 1, can cause that ball of glutinous rice outer layer can not get suitable cooling, so that the outer layer of the ball of glutinous rice is easily broken.
In order to ensure that the normal-temperature water at water container 4 and water-retention basin 6 is not conducted heat by pot cover 2, therefore it is provided with heat shield 21 at water container 4 and water-retention basin 6 with pot cover 2 contact position, and water container 4 and water-retention basin 6 can preferentially adopt the material that heat conductivility is bad.
Using method: the ball of glutinous rice to be boiled are put in the boiling water of pot 1 (under normal circumstances, if it is A that the volume of the ball of glutinous rice to be boiled is converted into volume, then the boiling water volume in pot should be 4 times of A, the ball of glutinous rice so just can be made will not to be sticked together in boiling), water in pot 1 obtains the temperature of the ball of glutinous rice to be boiled and cools down, and then stops boiling；Stir the ball of glutinous rice with spoon, make the ball of glutinous rice not sticky end be evenly distributed in the water in pot 1；Then water-stop ditch 11 in pot 1 adds the water for sealing；And automatic watering mechanism is placed on pot, the lower end of pot cover 2 is inserted in the water-stop ditch 11 in pot 1, adds normal-temperature water in water container 4；When the water in pot 1 is heated continuously to boiling, enter and automatically add the normal-temperature water stage:
Owing to the water blocking in water-stop ditch has lived the gap between pot 1 and pot cover 2, the increasing steam then produced by boiling sprays quickly through air jet pipe 10；The Steam Actuation impeller 51 of ejection rotates, and makes impeller impeller axle 52, centrifugal flyweight unit 53 rotate；Flyball 533 produces centrifugal motion tendency, by upper connecting rod 531 opened with certain angle, also pulled lower link 532 simultaneously, the sliding sleeve 534 being enclosed within impeller axle is made to drive taper plug 55 to leave bellmouth 551, move up a segment distance, normal-temperature water in water container flows in water-retention basin 6 from bellmouth 551, and is slowly entered in pot 1 by spiral segment flow tube 9；Water-cooled in pot 1 but stops boiling to a certain extent；Steam is progressively reduced until disappearance, impeller 51, and impeller axle 52, centrifugal flyweight unit 53 stop operating, and flyball 533 loses centrifugal motion and sagging, and the taper plug 55 being connected with sliding sleeve 534 blocks bellmouth 551 with the decline of sliding sleeve 534；Normal-temperature water in water-retention basin 6 continues through spiral segment flow tube 9 and flows in pot 1, the water temperature continuous decrease in pot 1；Until the normal-temperature water in water-retention basin 6 and spiral segment flow tube 9 all flows in pot 1；In entering the process automatically adding the normal-temperature water stage, the water in pot 1 is heated continuously always；Then, the boiling again of the water in pot 1；
Hereafter, unpowered priming apparatus repeats above-mentioned entrance and automatically adds the operation in normal-temperature water stage；
After third time adds normal-temperature water, treat the water boiling in pot 1, so that it may in pot 1, the water of boiling pulls the ball of glutinous rice boiled out.
If bellmouth 551 is accurate not with coordinating of taper plug 55, cause that bellmouth 551 has the water of trace to spill, but as long as the water in pot 1 will not be stoped to seethe with excitement, it should allow for.
Without pulling the ball of glutinous rice boiled in time out, also without relation, because unpowered priming apparatus can repeatedly repeat above-mentioned entrance and automatically add the operation in normal-temperature water stage, namely timing adds normal-temperature water in pot 1, so that ensureing that the outer layer of the ball of glutinous rice does not break because of overdone.
This device method for designing:
Design object is the unpowered priming apparatus that boiling is converted into the ball of glutinous rice that volume is A,
More than 10 times that in pot 1, water-stop ditch 11 is A with the dischargeable capacity of lower part；
The total measurement (volume) of water-retention basin 6 and spiral segment flow tube 9 is A；
Bore and the length of run of spiral segment flow tube 9 are it is ensured that the water that the water yield must be had to be A within 15 second time is flowed in pot 1 from water-retention basin 6 by spiral segment flow tube 9；
The bore of bellmouth 551 should be greater than spiral segment flow tube 9, and before guaranteeing that the water in water-retention basin 6 is flowed in pot 1 by spiral segment flow tube 9, the water flowed out from bellmouth 551 has been filled with water-retention basin 6 and spiral segment flow tube 9.
The illustration of above-mentioned method for designing: design object is that to be converted into volume A by volume be 400 milliliters of (quick-freezing or existing system) ball of glutinous rice in boiling, (actually the 300-500 milliliter ball of glutinous rice can boiling, what take here is intermediate value)
Below water-stop ditch more than dischargeable capacity is A 10 times in pot, namely more than 4000 milliliters:
Dischargeable capacity in pot 1, refers to the space of the actual boiling ball of glutinous rice of water-stop ditch less than 11 in pot 1.It is calculated as follows:
Initially boil 4 times of 400 milliliters of water of the ball of glutinous rice, namely 1600 milliliters.Plus the volume of the ball of glutinous rice itself, two amount to 2000 milliliters.
Add three normal-temperature water, i.e. 3 times of 400 milliliters, count 1200 milliliters.
Because this device is automatically to add water, person's imprudence is forgotten boiling the thing of the ball of glutinous rice on stove sometimes to boil the ball of glutinous rice, so the dischargeable capacity in pot should leave the space of twice interpolation normal-temperature water, i.e. and 2 times of 400 milliliters, count 800 milliliters.
Above-mentioned add up to 4000 milliliters, namely need to consider more than dischargeable capacity is A 10 times in pot below water-stop ditch in the design；
The total measurement (volume) A of water-retention basin 6 and spiral segment flow tube 9 is 400 milliliters:
Flow out spiral segment flow tube 9 enters the amount of the normal-temperature water in pot to the amount of above-mentioned 400 milliliters of water exactly, also it is simultaneously that total volume of water-retention basin 6 and spiral segment flow tube 9 is (if the total volume of water-retention basin 6 and spiral segment flow tube 9 is excessive, once taper plug 55 does not block bellmouth 551 in time, just have too much normal-temperature water and flow out bellmouth 551, and then be flowed in pot 1).
Bore and the length of run of spiral segment flow tube 9 are it is ensured that the water that the water yield must be had to be A within 15 second time is flowed in pot 1 from water-retention basin 6 by spiral segment flow tube 9:
If normal-temperature water excessively slowly enters in pot 1 in the water of boiling, the boiling water in pot 1 cannot cool down in the short time, does not also just have the effect of cooling ball of glutinous rice outer layer.So the water that the water yield must be had to be A in 15 second time is flowed in pot 1 from water-retention basin 6 by spiral segment flow tube 9；
The bore of bellmouth 551 should be greater than the bore of spiral segment flow tube 9, and before ensureing that the water in water-retention basin 6 is flowed in pot 1 by spiral segment flow tube 9, the water flowed out from bellmouth 551 has been filled with water-retention basin 6 and spiral segment flow tube 9.
The effect of spiral segment flow tube 9 is in that the time delaying normal-temperature water to enter in pot 1, makes bellmouth 551 have time enough to flow out the required normal-temperature water of the cooling ball of glutinous rice.Without spiral segment flow tube 9, the normal-temperature water that bellmouth 551 flows out directly contacts the water of boiling in pot 1, boiling degree will weaken at once, the impulse force that steam produces also just weakens, flyball 533 loses centrifugal motion and sagging, and the taper plug 55 being connected with sliding sleeve 534 blocks bellmouth 551 with the decline of sliding sleeve 534；Water is there will be no to enter water-retention basin；And measure few normal-temperature water and will be unable to make the outer layer of the ball of glutinous rice to be cooled down fully, cause that ball of glutinous rice outer layer is overdone and breaks.
Centrifugal flyweight, because of the prior art being maturation, is scope well known to those skilled in the art.It is not repeated at this.
Producer can according to the size of the related components such as water-retention basin and spiral segment flow tube, it is stipulated that boils the water of the ball of glutinous rice and the amount of the ball of glutinous rice, enables users to successfully boil according to description the ball of glutinous rice.
Embodiment 2, it is possible to the mode (because being prior art, do not draw) sealed with high-pressure cooker sealing ring, replaces in embodiment 1 with the sealing means of water-stop ditch.Rubber seal is namely set between pot cover and pot.
Claims (1)
1. the method for designing of the unpowered priming apparatus of a centrifugal flyweight control, it is characterized in that this unpowered priming apparatus includes being provided with pot and the automatic watering mechanism of water-stop ditch, described automatic watering mechanism includes pot cover, water container, many root posts, runner assembly, water-retention basin, air jet pipe；Described pot cover is connected with water container by many root posts, and the lower end of described pot cover is inserted in the water-stop ditch in pot, and water-stop ditch is arranged to the water sealed；Described water container arranges normal-temperature water and runner assembly；Described runner assembly includes impeller, impeller axle, centrifugal flyweight unit, taper plug；Impeller, impeller axle, centrifugal flyweight unit, taper plug are linked in sequence；Water container bottom sets bellmouth, arranges water-retention basin between water container and pot cover, and water container is connected with water-retention basin by bellmouth；Water-retention basin bottom connects a spiral segment flow tube, and this spiral segment flow tube penetrates pot cover, makes water-retention basin be connected with pot by spiral segment flow tube；Normal-temperature water in water container is entered in pot by bellmouth, water-retention basin, spiral throttle pipe flow；Water-retention basin top arranges air flue, and water-retention basin is communicated with the external world by air flue；The blade of impeller is distributed on the whole circumference of impeller；
Centrifugal flyweight unit includes upper connecting rod, lower link, flyball, sliding sleeve；Upper connecting rod is hinged with the axle sleeve of impeller axle, and upper connecting rod is also hinged with lower link, and lower link is hinged with sliding sleeve；Sliding sleeve is enclosed within impeller axle, can slide axially along impeller axle, and upper connecting rod connects flyball, and upper connecting rod can swing around the axle sleeve hinged place of upper connecting rod with impeller axle in vertical plane, and the afterbody of taper plug is connected with sliding sleeve；
When the steam being gathered in pot sprays quickly through air jet pipe；The steam impringement impeller of air jet pipe ejection, impeller impeller axle, centrifugal flyweight unit rotational；Flyball produces centrifugal motion tendency, by upper connecting rod opened with certain angle, also lower link has been pulled, the sliding sleeve being enclosed within impeller axle is made to drive taper plug to leave bellmouth, move up a segment distance, normal-temperature water in water container flows in water-retention basin from bellmouth, and is slowly entered in pot by spiral segment flow tube；
Priming apparatus method for designing that this is unpowered:
Design object is the unpowered priming apparatus that boiling is converted into the ball of glutinous rice that volume is A,
More than 10 times that in pot, water-stop ditch is A with the dischargeable capacity of lower part；
The total measurement (volume) of water-retention basin and spiral segment flow tube is A；
Bore and the length of run of spiral segment flow tube are it is ensured that the water that the water yield must be had to be A within 15 second time is flowed in pot from water-retention basin by spiral throttle pipe；
The bore of bellmouth should be greater than the bore of spiral segment flow tube, and before guaranteeing that the water in water-retention basin is flowed in pot by spiral throttle pipe, the water flowed out from bellmouth has been filled with water-retention basin and spiral segment flow tube.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410798582.2A CN105768899A (en) | 2014-12-22 | 2014-12-22 | Design method for centrifugal fly weight-controlled unpowered water adding device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410798582.2A CN105768899A (en) | 2014-12-22 | 2014-12-22 | Design method for centrifugal fly weight-controlled unpowered water adding device |
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| CN105768899A true CN105768899A (en) | 2016-07-20 |
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| CN201410798582.2A Pending CN105768899A (en) | 2014-12-22 | 2014-12-22 | Design method for centrifugal fly weight-controlled unpowered water adding device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106724736A (en) * | 2016-11-16 | 2017-05-31 | 李国华 | Automatic watering grill pan |
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| CN2174127Y (en) * | 1993-09-30 | 1994-08-17 | 温宇彬 | Timing automatic cooking machine |
| CN2873033Y (en) * | 2006-03-31 | 2007-02-28 | 郑州三全食品股份有限公司 | Automatic adding water dumpling cooking pot |
| US20070113743A1 (en) * | 2005-11-23 | 2007-05-24 | Blair Joseph A | Apparatus for storing separating and filtering coffee filters |
| CN103498760A (en) * | 2013-09-18 | 2014-01-08 | 杜文娟 | Device and use method for replenishing energy to flywheel battery by wind power generated when bicycle runs |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2036006U (en) * | 1988-08-06 | 1989-04-19 | 申思 | Pot lid with automatic water feeding and overflow proof |
| CN2174127Y (en) * | 1993-09-30 | 1994-08-17 | 温宇彬 | Timing automatic cooking machine |
| US20070113743A1 (en) * | 2005-11-23 | 2007-05-24 | Blair Joseph A | Apparatus for storing separating and filtering coffee filters |
| CN2873033Y (en) * | 2006-03-31 | 2007-02-28 | 郑州三全食品股份有限公司 | Automatic adding water dumpling cooking pot |
| CN103498760A (en) * | 2013-09-18 | 2014-01-08 | 杜文娟 | Device and use method for replenishing energy to flywheel battery by wind power generated when bicycle runs |
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| CN106724736A (en) * | 2016-11-16 | 2017-05-31 | 李国华 | Automatic watering grill pan |
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