CN102927678A - Instant heating type rapid heating device - Google Patents
Instant heating type rapid heating device Download PDFInfo
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- CN102927678A CN102927678A CN2011102323494A CN201110232349A CN102927678A CN 102927678 A CN102927678 A CN 102927678A CN 2011102323494 A CN2011102323494 A CN 2011102323494A CN 201110232349 A CN201110232349 A CN 201110232349A CN 102927678 A CN102927678 A CN 102927678A
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Abstract
The invention relates to an instant heating type rapid heating device, which comprises a cylindrical outer shell and a cylindrical inner shell, wherein the a water inlet nozzle, a water outlet nozzle, a locking nut and an assembly seat are arranged at the two ends of the outer wall of the cylindrical outer shell, a flat top is arranged at the top of the cylindrical inner shell in a closed way, serves as an inner shell top, and is provided with a water inlet, a water outlet and a water distribution guide baffle, the cylindrical outer shell is sleeved at the cylindrical inner shell to form a cylindrical shell, water channels are arranged between the inner wall of the cylindrical outer shell and the outer wall of the cylindrical inner shell and serve as primarily-heated guide pipes, a sealing cushion is arranged in a sealing cover in a matching way and is in contact with and is fixed with the top of the cylindrical outer shell and the top of the water distribution guide baffle, secondarily-heated guide pipes and heating systems matched with the secondarily-heated guide pipes are arranged at the top of the cylindrical inner shell, and the heating systems are respectively sleeved between a space between the inner walls of the secondarily-heated guide pipes and the inner wall of the cylindrical inner shell and a space between the outer walls of the secondarily-heated guide pipes and the inner wall of the cylindrical inner shell, and are fixed at the bottom of the cylindrical shell by sealing covers. The instant heating type rapid heating device has three advantages that no scale is formed, 60-percent power of electrical energy is saved, and safety performance is high.
Description
Technical field:
The present invention relates to a kind of Instant heating type fast heating device, can be used for unit and family.
Background technology:
Instant heating type fast water heater is the novel product that a kind of fast fetching of developing out nearly period gets hot water, its appearance has brought the convenience of quick use hot water and warming to the mankind, the Instant heating type fast water heater that occurs in the market, natural gas is arranged and with two series products of electric power energy, product with electric power energy, two classes are also arranged at present, one class is with the work of quartzy cooperation heat-generating pipe, a kind of is to cooperate heat-generating pipe work with water tank, no matter adopt which kind of heat generating member work, the electric power that can reach has a shower uses hot water is all more than 9 kilowatts, concerning the user, use and convenient can not save the electricity charge and open money, with its heating economy a bit not too just.
Summary of the invention:
Purpose of the present invention is exactly in order to solve the large problem of Instant heating type quick heater ubiquity electric power, invent a kind of Instant heating type quick heater that in like product, can save electric energy 60%, thoroughly solved the large problem of electric power that existing Instant heating type fast water heater exists.
Technical scheme of the present invention is; It comprises cylindrical shell, circle is leant on inner casing, these cylindrical shell outer wall two ends are respectively equipped with water inlet tap, faucet, lock screw, assembling stand, this cylinder inner casing top seal has flat-top to do the inner casing top and is provided with water inlet, delivery port, divide the water guiding to cut off, this cylindrical shell suit cylinder inner casing becomes cylindrical shell, between cylindrical shell Inner wall and cylinder inner casing outer wall, be provided with the spacing of certain space, and in the spacing in two wall spaces, be provided with minute water every post, this minute, water was centered around between two walls by certain spacing every post, spirality goes upward to cylinder inner casing top by the bottom, and stay an outlet at cylinder inner casing top, spatial separation between this cylindrical shell inwall and the cylinder inner casing outer wall acts on the guide pipe that once is heated, the cylindrical shell top is set with seal cover, seal cover inside is equipped with corresponding sealing gasket, the seal cover outside is designed with the locking screw, be connected with the lock screw at cylindrical shell top by the locking screw by bolt, form a minute water guiding by the spacing between seal cover and the cylinder inner casing top, secondary be heated guide pipe and the heating system supporting with it are installed in cylinder Inner shell inside, be heated two terminations of A B of guide pipe of this secondary are connected to water inlet and the water outlet at cylinder inner casing Inner top, heating system is set in secondary and is heated in the inner and outer wall and the space between the cylinder inner casing inwall of guide pipe, the heating system bottom is seated in the cylindrical shell bottom, by capping heating system is fixed on the cylindrical shell bottom, it is whole to form a complete electro-heat equipment.
At the described secondary guide pipe that is heated, this guide pipe that is heated adopts the strong pipe material of conductivity of heat to be processed into flat, thin, wide cross section holds oblong flat pipe, this flat pipe is processed according to design length to the B termination from the A termination, form the cylindrical tube of hollow, come and go four layers of overlapping cover volumes, also can overlap two layers of volumes, the pitch that keeps 3-5mm between every layer of two pitch, A B two ends is in same direction, A termination and B termination are connected on the water inlet and delivery port at cylinder inner casing top, stand in cylinder inner casing Inner section, this guide pipe that is heated acts on the secondary hot water circulation guiding of being heated, or three hot water circuit guiding of being heated, be coated with the conduction of one deck exothermic material supplemental heat after the shaping.
At described seal cover, sealing gasket, divide the water guiding to cut off, the outside of seal cover is designed with the locking screw, the inner top of seal cover is equipped with corresponding sealing gasket, described sealing gasket adopts the above silastic material of high temperature resistant 300 degree, water guiding partition was spliced in cylinder inner casing top outer in described minute, between water inlet and delivery port, stand, the sealing gasket contact cuts off and the cylindrical shell top with a minute water guiding, the certain space distance is arranged at sealing pad and cylinder inner casing top, form the current deflecting passage, described seal cover is sleeved on cylindrical shell top outer and fixing.
In described heating system; This heating system has two kinds of silicon carbon rod heating system and electric furnace heating wire heating systems, in described silicon carbon rod heating system, comprise silicon carbon rod heater element, inner sleeve and outer sleeve, the two ends of two sleeves are set on sleeve base and the firm banking, certain space length is arranged between inner sleeve and outer sleeve, silicon carbon rod heater element is installed in the space length between inner sleeve and the outer sleeve, the two ends of silicon carbon rod heater element is installed in respectively on sleeve base and the firm banking, firm banking is installed in the cylindrical shell bottom, silicon carbon rod cold junction passes firm banking and is connected with the control power supply, by capping firm banking is locked in the cylindrical shell bottom, in described electric furnace heating wire heating system, comprise A top protecting cover, B top protecting cover, part is protected in the A heating, part is protected in the B heating, electric furnace heating wire, connect base, firm banking forms, electric furnace heating wire protects a plurality of heating from part and wears to connect and form member, the two ends of electric furnace heating wire is passed respectively and is connected base and binding post connection, the company's of wearing screw rod runs through the top protecting cover, heating is protected part and is connected the base mutually company of wearing and locking, binding post is connected with fixed bolt and connects on the base, by binding post, fixed bolt passes firm banking will connect the base mutually company of wearing and locking, binding post is connected with the control power supply, firm banking is installed in the cylindrical shell bottom, by capping firm banking is locked in the cylindrical shell bottom.
At the described guide pipe that once is heated, the secondary guide pipe that is heated, three guide pipes that are heated, the guide pipe that once is heated is configured in the inside interlayer of this device external shell, the secondary guide pipe that is heated stands and is embedded in respectively on the water inlet and delivery port that cylinder inner casing top arranges in the inner two ends of cylinder inner casing, this waterway channel is entered in the guide pipe that once is heated by water inlet tap, cylinder inner casing top to the outlet of flowing through is flowed out, cut off and the cooperation introducing water inlet of seal cover enters the secondary guide pipe that is heated by minute water guiding, flowed out by delivery port through be heated four circulations of guide pipe of secondary, faucet is introduced in cooperation by minute water guiding partition and seal cover, the guide pipe assembling of being heated of described or be heated for three times guide pipe and secondary is identical, in minute, be sleeved on outward on the water inlet and delivery port of cylinder inner casing inner top, and secondary is heated and is provided with certain space length between guide pipe and two of the guide pipes of being heated for three times, heating system is assemblied in cylinder inner casing inwall and secondary and is heated in the space in the middle of guide pipe and the guide pipe that is heated for three times, and this stream course advances two through two and goes out or three advance three endless form that go out and finish flow promoter system.
Be cylinder in described capping, this capping one end is provided with flat, and this flat middle part is provided with the power line hole, and this capping outer wall and flat place are provided with the locking screw, this locking screw is corresponding with the hold-down nut of cylindrical shell outer wall, and capping plays the fixation of suit heating system.
The present invention has the following advantages:
At first be to save electric power resource, there is the large problem of electric power in the Instant heating type fast water heater majority of selling in the market, substantially all be to adopt heat-generating pipe to cooperate with water tank to produce the hot water benefit, its shortcoming is to be subjected to the hot water amount many, heated time is short, electric power is large, substantially all at power more than 8 kilowatts, make the user use the electric power energy expense high, the copper cash of circuit wire size more than 60A could use, directly affect the sales volume in market, this device has thoroughly solved the electric power that occurs in like product large, uses the high and large problem of circuit wire size of electric power energy expense.
The present invention has designed heat form and the theory of being heated according to the characteristics of the natural law, by the pressure of running water or the pressure of water pump, designed water stream channel water route stroke that guiding and the circulation of intermediate water circulation road be heated and lead that is heated, the water surface is flat, wide, as thin as a wafer, the acceptance heating of flowing, the water stream channel stroke is long in addition, utilize little baked wheaten cake water few, the few developed area of water is large, the water surface is thin, it is fast that heating surface area is added heat, it is long to accept heat time heating time, heat while walking by water flow pressure, current progressively are heated to high temperature by low temperature and flow out, as long as water pressure and voltage stabilization, the water yield of institute's output and hot water temperature are just constant, hot water continually, can permanently provide the hot water of steady temperature for shower Xian bath and hot water heating, electric power is large, the heat production water yield is many, the effect of heat production water improves the steady temperature of water temperature 40-45 degree on the original basis of water temperature, can be according to 2.4 kilowatts of customer requirements choice for uses, 3.2 kilowatt, 4.4 the Instant heating type fast water heater of kw of power is for having a shower 6.4 kilowatts, 7.4 kw of power is for the Kobe hot water heating of the room more than 100 squares.
The secondth, scaling not, current have pressure to promote, and water is again that flowability is heated, water progressively rises to high temperature by low temperature, and water has not namely flowed out the place that is heated to the fouling temperature, water be flow do not floating wall body, so scaling not, this problem of having passed through testing and verification in kind.
The 3rd is that security performance is high, the present invention takes the form design of electricity separation, heating member all working circuit all is hidden in the inside of the high violet celadon of insulating properties and high frequency porcelain insulating materials member, operating circuit does not contact with extraneous any metallic conductor, so reached the safety utilization of electric power of height.
Description of drawings:
Fig. 1 be the present invention execute the example structural representation always scheme;
Fig. 2 is the stream course system schematic one of the embodiment of the invention;
Fig. 3 is the stream course system schematic two of the embodiment of the invention;
Fig. 4 is the heating system schematic diagram one of the embodiment of the invention;
Fig. 5 is the heating system schematic diagram two of the embodiment of the invention.
1 water inlet tap, 2 cylindrical shells, 3 cylinder inner casings, water was every post in 4 minutes, 5 guide pipes that once are heated, 6 outlets, 7 water inlets, 8 delivery ports, 9 mount pads, 10 lock screw bolts, the 11 secondaries guide pipe that is heated, 12 3 guide pipes that are heated, the water guiding was cut off 14 seal covers, 15 sealing gaskets in 13 minutes, 16 faucets, 17 cappings, part is protected in the 18A.B heating, 19A.B the top protecting cover, 20 electric furnace heating wires, 21 connect base, 22 firm bankings, 23 electric furnace heating wire through holes, 24 binding posts, 25 fixed bolts, 26 company's of wearing screw rods, 27 sleeve bases, 28 outer sleeves, 29 inner sleeves, 30 silicon carbon rod heater elements, 31 company of wearing holes, 32 cold junctions, 33 hot junctions.
The specific embodiment;
Referring to Fig. 1-5 figure; Instant heating type fast heating device embodiment of the present invention, comprise cylindrical shell 2, these cylindrical shell 2 two ends are respectively equipped with water inlet tap 1, faucet 16, lock screw 10, mount pad 9, cylinder inner casing 3, these cylinder inner casing 3 top seals have flat-top to do the inner casing top, these cylindrical shell 2 suit cylinder inner casings 3 become one, between cylindrical shell 2 Inner walls and cylinder inner casing 3 outer walls, be provided with the spacing of certain space, and in the spacing in two wall spaces, be provided with minute water every post 4, this minute, water was centered around between two walls by certain spacing every post 4, spirality goes upward to cylinder inner casing 3 tops by the bottom, and stay an outlet 6 at cylinder inner casing 3 tops, spatial separation between these cylindrical shell 2 inwalls and cylinder inner casing 3 outer walls acts on the guide pipe 5 that once is heated, cylinder inner casing 3 tops are provided with water inlet 7, delivery port 8, divide the water guiding to cut off 13, cylindrical shell 2 tops are set with seal cover 14, seal cover 14 inside are equipped with corresponding sealing gasket 15, seal cover 14 outsides are designed with locking screw 10, be connected with the lock screw 10 at cylindrical shell 2 tops by locking screw 10 by bolt 10, utilize the spacing of seal cover 14 and cylinder inner casing 3 headrooms to form a minute water guiding, secondary be heated guide pipe 11 and heating system Fig. 4 Fig. 5 supporting with it are installed in cylinder Inner shell 3 inside, be heated two terminations of AB of guide pipe 11 of this secondary are connected to the water inlet 7 and delivery port 8 places at cylinder inner casing 3 tops, heating system Fig. 4 Fig. 5 is set in secondary and is heated in the inner and outer wall and the space between cylinder inner casing 3 inwalls of guide pipe 11, the bottom of heating system Fig. 3 Fig. 4 is seated in cylindrical shell 2 bottoms, by capping 17 heating system Fig. 4 Fig. 5 is fixed on cylindrical shell 2 bottoms, it is whole to form a complete electro-heat equipment.
At the described secondary guide pipe 11 that is heated, this guide pipe 11 that is heated adopts the strong pipe material of conductivity of heat to be processed into flat, thin, wide cross section holds oblong flat pipe, this flat pipe is processed according to design length to the B termination from the A termination, form the cylindrical tube of hollow, come and go four layers of overlapping cover volumes, the pitch that keeps 3-5mm between every layer of two pitch, the AB two ends is in same direction, A termination and B termination are connected on the water inlet 7 and delivery port 8 at cylinder inner casing 3 tops, stand in cylinder inner casing 3 Inner sections, this guide pipe 11 that is heated acts on the secondary hot water circulation guiding of being heated, or 12 3 hot water circuit guiding of being heated, be coated with the conduction of one deck exothermic material supplemental heat after the shaping.
At described seal cover 14, sealing gasket 15, divide the water guiding to cut off 13, the outside of seal cover 14 is designed with locking screw 10, seal cover 14 inner tops are equipped with corresponding sealing gasket 15, described sealing gasket 15 adopts the above silastic material of high temperature resistant 300 degree, described minute water guiding cut off 13 and spliced in cylinder inner casing 3 top outer, between water inlet 7 and delivery port 8, stand, sealing gasket 15 contacts and minute water guiding partition 13 and cylindrical shell 2 tops, sealing pad 15 has the certain space distance with cylinder inner casing 3 tops, form the current deflecting passage, described seal cover 14 is sleeved on cylindrical shell 2 tops and fixing.
At described heating system Fig. 4 Fig. 5, this heating system has two kinds of silicon carbon rod heating system Fig. 4 and electric furnace heating wire heating system Fig. 5, at described silicon carbon rod heating system Fig. 4, comprise silicon carbon rod heater element 30, inner sleeve 29, outer sleeve 28, the two ends of two sleeves are set on sleeve base 27 and the firm banking 22, between inner sleeve 29 and outer sleeve 28, certain space length is arranged, the hot junction 33 of silicon carbon rod heater element 30 is installed in the space length between inner sleeve 29 and the outer sleeve 28, two cold junction heads 32 of silicon carbon rod heater element 30 are installed in respectively on sleeve base 27 and the firm banking 22, firm banking 22 is installed in cylindrical shell 2 bottoms, the cold junction 32 of silicon carbon rod heater element 30 passes firm banking 22 and is connected with the control power supply, by capping 17 firm banking 22 is locked in cylindrical shell 2 bottoms, at described electric furnace heating wire heating system Fig. 5, comprise protecting cover B top, A top protecting cover 19, the A heating is protected part B heating and is protected part 18, electric furnace heating wire 20, connect base 21, firm banking 22 forms, electric furnace heating wire 20 protects a plurality of heating from part 18 companies of wearing and forms member, the two ends of electric furnace heating wire 20 is passed respectively and is connected base 21 and binding post 24 connections, the company's of wearing screw rod 26 runs through top protecting cover 19, heating is protected part 18 and is connected the base 21 mutually company of wearing and locking, binding post 24 is connected with fixed bolt to be installed in and is connected on the base 21, binding post 24, fixed bolt 25 passes firm banking 22 will connect base 21 companies of wearing and locking, binding post 24 is connected with the control power supply, firm banking 22 is installed in cylindrical shell 2 bottoms, by capping 17 firm banking 22 is locked in cylindrical shell 2 bottoms.
Guide pipe 5 once is heated in described Fig. 2 Fig. 3, the secondary guide pipe 11 that is heated, or three guide pipes 12 that are heated, the guide pipe 5 that once is heated is configured in the inside interlayer of this device external shell, the be heated two ends of guide pipe 11 of secondary is embedded in respectively on water inlet 7 that cylinder inner casing 3 tops are equipped with and the delivery port 8, stand in cylinder inner casing 3 inside, this water is entered in the guide pipe 5 that once is heated by water inlet tap 1, flow through cylinder inner casing 3 tops to exporting 6 outflows, by minute water guiding cut off 13 and the cooperation of seal cover 14 introduce water inlet 7 and enter the secondary guide pipe 11 that is heated, flow out through the be heated delivery port 8 of guide pipe 11 of secondary, faucet 16 is introduced in cooperation by minute water guiding partition 13 and seal cover 14, guide pipe 11 assemblings of being heated of described or be heated for three times guide pipe 12 and secondary are identical, in minute, be sleeved on outward on the water inlet 7 and delivery port 8 of cylinder inner casing 3 inner tops, and secondary is heated and is provided with certain space length between guide pipe 11 and 12 two of the guide pipes of being heated for three times, heating system Fig. 4 Fig. 5 is assemblied in cylinder inner casing 3 inwalls and secondary and is heated in the space in the middle of guide pipe 11 and the guide pipe 12 that is heated for three times, and this stream course advances two through two and goes out or three advance three endless form that go out and form flow promoter systems.
Be cylinder in described capping 17, these capping 17 1 ends are provided with flat, this flat middle part is provided with control power line hole, these capping 17 outer walls and flat place are provided with locking screw 10, this locking screw 10 is corresponding with the hold-down nut 10 of cylindrical shell 2 outer walls, the fixation of 17 suits of capping heating system Fig. 4 Fig. 5.
Claims (6)
1. Instant heating type fast heating device, it is characterized in that: it comprises cylindrical shell, circle is leant on inner casing, these cylindrical shell outer wall two ends are respectively equipped with water inlet tap, faucet, lock screw, assembling stand, this cylinder inner casing top seal has flat-top to do the inner casing top and is provided with water inlet, delivery port, divide the water guiding to cut off, this cylindrical shell suit cylinder inner casing becomes cylindrical shell, between cylindrical shell Inner wall and cylinder inner casing outer wall, be provided with the spacing of certain space, and in the spacing in two wall spaces, be provided with minute water every post, this minute, water was centered around between two walls by certain spacing every post, spirality goes upward to cylinder inner casing top by the bottom, and stay an outlet at cylinder inner casing top, spatial separation between this cylindrical shell inwall and the cylinder inner casing outer wall acts on the guide pipe that once is heated, the cylindrical shell top is set with seal cover, seal cover inside is equipped with corresponding sealing gasket, the seal cover outside is designed with the locking screw, be connected with the lock screw at cylindrical shell top by the locking screw by bolt, form a minute water guiding by the spacing between seal cover and the cylinder inner casing top, secondary be heated guide pipe and the heating system supporting with it are installed in cylinder Inner shell inside, be heated two terminations of AB of guide pipe of this secondary are connected to water inlet and the water outlet at cylinder inner casing Inner top, heating system is set in secondary and is heated in the inner and outer wall and the space between the cylinder inner casing inwall of guide pipe, the heating system bottom is seated in the cylindrical shell bottom, by capping heating system is fixed on the cylindrical shell bottom, it is whole to form a complete electro-heat equipment.
2. Instant heating type fast heating device according to claim 1, it is characterized in that: this secondary guide pipe that is heated adopts the strong pipe material of conductivity of heat to be processed into flat, thin, wide cross section holds oblong flat pipe, this flat pipe is processed according to design length to the B termination from the A termination, form the cylindrical tube of hollow, come and go four layers of overlapping cover volumes, also can overlap two layers of volumes, the pitch that keeps 3-5mm between every layer of two pitch, the AB two ends is in same direction, A termination and B termination are connected on the water inlet and delivery port at cylinder inner casing top, stand in cylinder inner casing Inner section, this guide pipe that is heated acts on the secondary hot water circulation guiding of being heated, or three hot water circuit guiding of being heated, be coated with the conduction of one deck exothermic material supplemental heat after the moulding.
3. Instant heating type fast heating device according to claim 1, it is characterized in that: the outside of seal cover is designed with the locking screw, the seal cover inner top is equipped with corresponding sealing gasket, described sealing gasket adopts the above silicon rubber of high temperature resistant 300 degree, water guiding partition was spliced in cylinder inner casing top outer in described minute, between water inlet and delivery port, stand, the sealing gasket contact cuts off and the cylindrical shell top with a minute water guiding, there is certain space at sealing pad and cylinder inner casing top apart from forming water stream channel, and described seal cover is sleeved on the cylindrical shell top.
4. Instant heating type fast heating device according to claim 1, it is characterized in that: it can be silicon carbon rod heating system and electric furnace heating wire heating system described heating system, in described silicon carbon rod heating system, comprise silicon carbon rod heating element heater, inner sleeve and outer sleeve, the two ends of inside and outside two sleeves is set on insulator foot and the firm banking, certain space length is arranged between inner sleeve and outer sleeve, silicon carbon rod heating element heater is installed in the space length between inner sleeve and the outer sleeve, the two ends of silicon carbon rod is installed in respectively on insulator foot and the firm banking, insulator foot is installed in cylinder inner casing inside top, firm banking is installed in the cylindrical shell bottom, silicon carbon rod cold junction passes firm banking and continues into circuit controller and be connected, by capping firm banking is locked in the cylindrical shell bottom, in described electric furnace heating wire heating system, comprise A top protecting cover, B top protecting cover, part is protected in the A heating, part is protected in the B heating, electric furnace heating wire, connect base, firm banking forms, electric furnace heating wire protects a plurality of A.B heating from part and wears to connect and form member, the two ends of electric furnace heating wire is passed in same direction respectively and is connected base and binding post connection, the company's of wearing screw rod is with the top protecting cover, heating is protected part and is connected base and runs through mutually connection and lock, binding post is connected with fixed bolt and connects on the base, by binding post, fixed bolt passes firm banking and will connect base and be connected and lock, binding post with continue into circuit controller and be connected, firm banking is installed in the cylindrical shell bottom, by capping firm banking is locked in the cylindrical shell bottom.
5. Instant heating type fast heating device claimed in claim 2 according to claim 1, it is characterized in that: the described guide pipe that once is heated is configured in the inside interlayer of this device external shell, the be heated two ends of guide pipe of secondary is embedded in respectively on the water inlet and delivery port that cylinder inner casing top is equipped with, it is inner at the cylinder inner casing to stand, this waterway channel enters cylinder inner casing top to the outlet of flowing through in the guide pipe that once is heated by water inlet tap and flows out, cut off and the cooperation of seal cover is introduced water inlet with water and entered the secondary guide pipe that is heated by minute water guiding, flowed out by delivery port through be heated four circulations of guide pipe of secondary, faucet is introduced in cooperation by minute water guiding partition and seal cover, the guide pipe assembling of being heated of described be heated for three times guide pipe and secondary is identical, in different is minute, be sleeved on outward on the water inlet and delivery port of cylinder inner casing inner top, and secondary is heated and is provided with certain space length between guide pipe and two of the guide pipes of being heated for three times, heating system is assemblied in cylinder inner casing inwall and secondary and is heated in the space in the middle of guide pipe and the guide pipe that is heated for three times, and this stream course advances two through two and goes out or three advance three endless form that go out and finish flow promoter system.
6. Instant heating type fast heating device according to claim 1, it is characterized in that: described capping is cylinder, this capping one end is provided with flat, this flat middle part is provided with the power line hole, this capping outer wall and flat place are provided with the locking screw, and this locking screw is corresponding with the hold-down nut of cylindrical shell outer wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102323494A CN102927678A (en) | 2011-08-09 | 2011-08-09 | Instant heating type rapid heating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102323494A CN102927678A (en) | 2011-08-09 | 2011-08-09 | Instant heating type rapid heating device |
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| Publication Number | Publication Date |
|---|---|
| CN102927678A true CN102927678A (en) | 2013-02-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN2011102323494A Pending CN102927678A (en) | 2011-08-09 | 2011-08-09 | Instant heating type rapid heating device |
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| CN (1) | CN102927678A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107049037A (en) * | 2017-04-13 | 2017-08-18 | 宁波云川环保科技有限公司 | A kind of speed heat water dispenser double-jacket tube heated sealed device |
| CN108800533A (en) * | 2014-07-07 | 2018-11-13 | 福州斯狄渢电热水器有限公司 | A kind of heating cup that can quickly heat |
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Application publication date: 20130213 |