CN201822668U - Steam generating device and household electric steam box - Google Patents
Steam generating device and household electric steam box Download PDFInfo
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- CN201822668U CN201822668U CN2010205046456U CN201020504645U CN201822668U CN 201822668 U CN201822668 U CN 201822668U CN 2010205046456 U CN2010205046456 U CN 2010205046456U CN 201020504645 U CN201020504645 U CN 201020504645U CN 201822668 U CN201822668 U CN 201822668U
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Abstract
The utility model discloses a steam generating device, which aims to prevent dry burning, save energy and water and have fine steam-water separation effect and simple assembly process. The steam generating device comprises a water tank, a steam-water separator, a water distributing valve and at least one heating pipe, wherein the steam-water separator comprises a sealing cover and a base, a return opening on the water tank is communicated with a return pipe on the base, a bottom plane and a bottom inclined surface are arranged at one end, which is close to the return pipe, of the bottom surface of the base, a steam outlet connector is disposed on the steam-water separator, a water outlet on the water tank is communicated with the water distributing valve via a pipeline IV, and the steam-water separator is communicated with the pipeline IV via a pipeline. The utility model further discloses a household electric steam box comprising the steam generating device, and the household electric steam box has the advantages of safety and capability of saving energy and water.
Description
Technical field
The utility model relates to a kind of steam raising plant and tame electricity consumption steam box.
Background technology
In the prior art, various families electricity consumption steam box is arranged.As the applicant in application on 02 12nd, 2010, application number is: 201010114441.6[application name is called: household steamer] Chinese invention patent, this patent disclosure a kind of household steamer, and provide a kind of boiling water water outlet efficient height, the simple household steamer of assembly technology to society.But disclosed steam generator also has the following disadvantages in this patent:
1, when the delivery port of storage tank less (be water in the described storage tank flows into the flow of described water supply conduit less) and described water supply conduit when also leaving air in (being equivalent to the pipeline IV in the utility model), form the water seal phenomenon easily at described delivery port place, thereby cause described steam generator when work, air in the water supply conduit (being equivalent to the pipeline IV in the utility model) can't be discharged, dry combustion method takes place because of lack of water in heating tube, and then causes security incident.
2, when the delivery port place at described storage tank is provided with point valve, can block the delivery port of described storage tank equally, thereby it is less to cause water in the described storage tank to flow into the flow of described water supply conduit, makes described heating tube because of lack of water dry combustion method take place, and then causes security incident.
The utility model content
According to existing deficiency in the prior art, the purpose of this utility model provides a kind of steam raising plant of anti-dry and uses the tame electricity consumption steam box of this steam raising plant.
Another purpose of the present utility model provides a kind of steam raising plant of energy-saving and water-saving and uses the tame electricity consumption steam box of this steam raising plant.
For solving the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of steam raising plant, described steam raising plant comprises water tank, the steam-water separator that comprises seal cover and base, shunt valve, at least one heat-generating pipe, described heat-generating pipe is arranged between described steam-water separator and the described shunt valve, return duct on refluxing opening on the described water tank and the described base is connected, the bottom surface of described base is provided with baseplane and inclined-plane, the end near an end of described return duct, described steam-water separator is provided with out the vapour interface, delivery port on the described water tank and described shunt valve are connected by the pipeline IV, and described steam-water separator and described pipeline IV are connected by pipeline.Because described steam-water separator and described pipeline IV are connected by pipeline, can prevent the generation of described delivery port place's water seal phenomenon, play the effect of anti-dry.
Baseplane described in the technical program is provided with the Connection Block pipe, and described Connection Block pipe and described pipeline IV are connected by the pipeline I.Its effect is: prevent the generation of described delivery port place's water seal phenomenon on the one hand, play the effect of anti-dry; Play the effect of backwater on the other hand.
I of pipeline described in the technical program and described pipeline IV are set to two pipelines, perhaps are set to a pipeline, and structure is more simple when being set to a pipeline, and is few during the assembler.
Inclined-plane, the end described in the technical program is provided with the Connection Block pipe, and described Connection Block pipe is connected by described pipeline III with described pipeline IV.Its effect is: prevent the generation of described delivery port place's water seal phenomenon on the one hand, play the effect of anti-dry; Play the effect of backwater on the other hand.
III of pipeline described in the technical program and described pipeline IV are set to two pipelines, perhaps are set to same pipeline, and structure is more simple when being set to a pipeline, and is few during the assembler.
Go out the vapour interface described in the technical program and be provided with the pipeline V, divide on the described pipeline V and be connected to the pipeline II, described pipeline II is connected with described pipeline IV, and the purpose of She Zhiing is like this: prevent the generation of described delivery port place's water seal phenomenon on the one hand, play the effect of anti-dry; The globule that produces owing to condensation through the piping V time of steam can reflux and be reused on the other hand, plays the effect of conserve water.
The place of refluxing opening described in the technical program is provided with the point valve I, and its purpose is that being unlikely to water when described water tank is filled water flows out from described refluxing opening, and operation was also freely convenient when water tank was unkitted full water.
Be provided with pull bar between steam-water separator described in the technical program and the described shunt valve, described pull bar connects as one described steam-water separator and described shunt valve, and described steam-water separator is had
Supporting role makes described steam raising plant more firm.
The place of delivery port described in the technical program is provided with the point valve II, its role is to described water tank when not putting into described steam raising plant water be unlikely to automatic outflow, also be provided with the point valve III with described point valve II opposite position, described point valve III is arranged in the described pipeline IV, described point valve III the refluence phenomenon that can prevent water is set.
A side of close described steam-water separator in the water tank described in the technical program
Be provided with the cover that refluxes, described backflow cover is divided into two chambers with described water tank, and hot water and cold water are kept apart, and is provided with like this to prevent that a large amount of of heat scatter and disappear, and play energy-conservation effect.Described refluxing opening is arranged in the described backflow cover, the lower end of described backflow cover is provided with opening with the concordant place of described delivery port, described two chamber lower ends are connected by described opening, described two chambers provide water all can for described pipeline IV, the upper surface of described backflow cover also is provided with the otch I that is communicated with described two chambers, being provided with of described otch I can make the two-part air pressure of water tank equate that the air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
The bottom surface of water tank described in the technical program is provided with dividing plate near an end of described steam-water separator, and described dividing plate is divided into two chambers with described water tank, and hot water and cold water are kept apart, and is provided with like this to prevent that a large amount of of heat scatter and disappear, and play energy-conservation effect.Described dividing plate lower end is provided with the opening that is communicated with described two chambers with the concordant place of described delivery port, described two chambers provide water all can for described pipeline IV, described dividing plate upper end also is provided with the otch II that is communicated with described two chambers, being provided with of described otch II can make the two-part air pressure of water tank equate, air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
A kind of family electricity consumption steam box, it comprises shell, steam room, steam raising plant, described steam room, described steam raising plant is arranged in the described shell, described steam room is connected by the pipeline V with described steam raising plant and forms seal, described steam raising plant comprises water tank, be provided with the steam-water separator of seal cover and base, shunt valve, at least one heat-generating pipe, described heat-generating pipe is arranged between described steam-water separator and the described shunt valve, the return duct that is arranged on the refluxing opening on the described water tank and is arranged on the described base is connected, the delivery port and the described shunt valve that are arranged on the described water tank are connected by the pipeline IV, described steam-water separator and described pipeline IV are connected by pipeline, be provided with the circulation that is beneficial to gas like this, the balance of seal pressure, prevent the generation of water seal phenomenon, play the effect of anti-dry.
A side of close described steam-water separator in the water tank described in the technical program
Be provided with the cover that refluxes, described backflow cover is divided into two chambers with described water tank, and hot water and cold water are kept apart, and is provided with like this to prevent that a large amount of of heat scatter and disappear, and play energy-conservation effect.Described refluxing opening is arranged in the described backflow cover, the lower end of described backflow cover is provided with opening with the concordant place of described delivery port, described two chamber lower ends are connected by described opening, described two chambers provide water all can for described pipeline IV, the upper surface of described backflow cover also is provided with the otch I that is communicated with described two chambers, being provided with of described otch I can make the two-part air pressure of water tank equate that the air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
The bottom surface of water tank described in the technical program is provided with dividing plate near an end of described steam-water separator, and described dividing plate is divided into two chambers with described water tank, and hot water and cold water are kept apart, and is provided with like this to prevent that a large amount of of heat scatter and disappear, and play energy-conservation effect.Described dividing plate lower end is provided with the opening that is communicated with described two chambers with the concordant place of described delivery port, described two chambers provide water all can for described pipeline IV, described dividing plate upper end also is provided with the otch II that is communicated with described two chambers, being provided with of described otch II can make the two-part air pressure of water tank equate, air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
Describedly go out the vapour interface and be provided with the pipeline V, divide on the described pipeline V to be connected to the pipeline II, described pipeline II is connected with described pipeline IV, and the purpose of She Zhiing is like this: one side prevents the generation of described delivery port place's water seal phenomenon, plays the effect of anti-dry; The globule that produces owing to condensation through the piping V time of steam can reflux and be reused on the other hand, plays the effect of conserve water.
The beneficial effects of the utility model are: 1, because described steam-water separator and described pipeline IV are connected by pipeline, the generation that can prevent described delivery port place's water seal phenomenon is set like this, plays the effect of anti-dry.2, described water tank is divided into two parts, and hot water and cold water are kept apart, and prevents that a large amount of of heat scatter and disappear, and play energy-conservation effect.3, because described pipeline V goes up tap described pipeline II is arranged, described pipeline II is connected with described pipeline III, and the globule that steam produces owing to condensation when entering described steam room can reflux and be reused, and plays the effect of conserve water.
Other beneficial effect in the utility model also will be explained in specific embodiment.
Description of drawings
Accompanying drawing 2 in the patent that Fig. 1 is in the specific embodiment to be quoted;
Accompanying drawing 5 in the patent that Fig. 2 is in the specific embodiment to be quoted;
Fig. 3 is the structural representation of steam raising plant specific embodiment one;
Fig. 4 is the cutaway view of Fig. 3;
Fig. 5 is the schematic diagram of steam raising plant specific embodiment two;
Fig. 6 is the schematic diagram of steam raising plant specific embodiment three;
Fig. 7 a is the structural representation of steam-water separator seal cover;
Fig. 7 b is the structural representation of base in the specific embodiment one;
Fig. 7 c is the structural representation of base in the specific embodiment two;
Fig. 7 d is the structural representation of base in the specific embodiment three
Fig. 8 a is the cutaway view of water tank in the specific embodiment five;
Fig. 8 b is the cutaway view of water tank in the specific embodiment six;
Fig. 9 is the structural representation of tame electricity consumption steam box;
Figure 10 is the schematic diagram that steam raising plant is connected with steam room.
The marking explanation of each several part structure in the accompanying drawing:
The 1-water tank, the 11-cover that refluxes, 110-otch I, the 111-dividing plate, 1110-otch II, 2-point valve I, the 3-refluxing opening, the 4-steam-water separator, the 41-seal cover, 410-baffle plate I, the 411-arc that leads, the 412-cavity, 4121-left chamber, the right chamber of 4122-, the 42-base, the 420-baseplane, the 421-return duct, 422-Connection Block pipe, inclined-plane at the bottom of the 423-, the 424-Connection Block, 425-baffle plate II, the 4203-cavity, 426-goes out the vapour interface, the 5-shunt valve, the 6-heat-generating pipe, 7-pipeline I, 8-point valve III, the 9-delivery port, 10-point valve II, 12-pipeline V, 13-pipeline II, 14-pipeline III, 15-pipeline IV, the 16-pull bar, the 17-steam raising plant, the 18-steam room, the 19-shell.
The specific embodiment
In order to make technical problem to be solved in the utility model, technical scheme and beneficial effect clearer,, the utility model is further elaborated below in conjunction with embodiment and accompanying drawing.Should be appreciated that the described specific embodiment of this part only can be in order to explaining the utility model, and be not used in qualification the utility model.
As shown in Figure 1 and Figure 2, its for I in application on 04 13rd, 2010, application number is: 201010150829.1[application name is called: steam-water separator and steam raising plant] Chinese invention patent.The utility model patent application is the further improvement of being made on the basis of above-mentioned technology, and purpose is to solve when delivery port 9 places form water seal, and heat-generating pipe 6 produces the problem of dry combustion method in the steam raising plant.
For simplified embodiment, in following specific embodiment, steam raising plant is arranged in the tame electricity consumption steam box, tame electricity consumption steam box is described.
Specific embodiment one
As Fig. 9, shown in Figure 10, this family's electricity consumption steam box comprises shell 19, steam room 18, steam raising plant 17, described steam room 18, described steam raising plant 17 are arranged in the described shell 19, when in running order (described steam room 18 door close), described steam room 18 and described steam raising plant 17 are by the pipeline V 12 formation seal that is connected.
As shown in Figure 3, described steam raising plant comprises water tank 1, comprises the steam-water separator 4, shunt valve 5 of seal cover 41 and base 42, three heat-generating pipes 6.As shown in Figure 4, described seal cover 41 covers the tip formation cavity body 412 at described base 42.Shown in Fig. 7 a, described seal cover comprises baffle plate I 410, guiding arc 411.Shown in Fig. 7 b, described base 42 comprises return duct 421, Connection Block pipe 422, three Connection Blocks 424, baffle plate II 425, goes out vapour interface 426.The bottom surface of described base 42 to recessed have be funnel shaped cavity 4203, described cavity 4203 is arranged side by side with described Connection Block 424 on the guide direction of described guiding arc 411, described cavity 4203 comprises baseplane 420 and inclined-plane, the end 423.Described baseplane 420 and inclined-plane, the described end 423 be near described return ducts 421, described return duct 421 be located on the lateral wall of described base 42 and with the baseplane 420 corresponding settings of described cavity 4203.Described baffle plate I 410 and described baffle plate II about in the of 425 correspondence be provided with described cavity 412 be divided into left chamber 4121 and right chamber 4122, describedly go out vapour interface 426 and described Connection Block 424 is connected with described left chamber 4121 and described right chamber 4122 respectively.Described baffle plate I 410 and described baffle plate II about in the of 425 correspondence position have otch, described otch is arranged on away from a described Connection Block 424 and a described end that goes out vapour interface 426, described Connection Block 424 and describedly go out vapour interface 426 and be connected by this otch, described baseplane 420 is provided with described Connection Block pipe 422.
Be provided with pull bar 16 between described steam-water separator 4 and the described shunt valve 5, described pull bar 16 connects as one described steam-water separator 4 and described shunt valve 5, also play a part to support described steam-water separator 4, prevent described heat-generating pipe 6 pressurizeds, prolong the life-span of described steam raising plant 17.Described heat-generating pipe 6 is arranged between described Connection Block 424 and the described shunt valve 5.Describedly go out to be connected with the described pipeline V 12 of leading to described steam room 18 on the vapour interface 426.Top and bottom on the relative side of described water tank 1 and described steam-water separator 4 are respectively arranged with refluxing opening 3, delivery port 9, described refluxing opening 3 places are provided with point valve I 2, described point valve I 2 is provided with spring, described delivery port 9 places are provided with point valve II 10, be provided with point valve III 8 with described point valve II 10 correspondence positions, described point valve III 8 is arranged in the pipeline IV 15, and described point valve II 10 and described point valve III 8 are provided with spring.Described refluxing opening 3 and described return duct 421 are connected, described delivery port 9 and described shunt valve 6 are connected by described pipeline IV 15, and described Connection Block pipe 422 and described pipeline IV 15 are by pipeline I 7 be connected (annotate described pipeline I 7 and described pipeline IV 15 can also be arranged to a pipeline).The approaching more described delivery port 9 in the position that described pipeline IV 15 and described pipeline I 7 are connected is good more.
Operation principle and the process of this embodiment are: in described water tank 1 after the topped up with water, described water tank 1 is pushed into the operating position, described point valve I 2, described point valve II 10, described point valve III 8 are left original position under the effect of spring force, make described refluxing opening 3 and described delivery port 9 be in normally open.Water in the described water tank 1 successively successively flows in described shunt valve 5 and the described heating tube 6 through described delivery port 9 and described pipeline IV 15 at this moment, sets the function time, connects power supply, and described heating tube 6 is promptly started working.Described heating tube 6 heats water, produce steam on the one hand, steam enters described right chamber 4122 through described Connection Block 424, enters described left chamber 4121 by described otch again, goes out vapour interface 426 and enters described steam room 18 by described pipeline V 12 through described again; Produce hot water on the other hand, during the hot water boiling, part hot water can enter described right chamber 4122 through described Connection Block 424, wherein a part can successively enter described shunt valve 5 by described pipeline I 7 and described pipeline IV 15 once more through described Connection Block pipe 422, and another part can enter in the described water tank 1 by described refluxing opening 3 through described return duct 421.
Because described steam-water separator 4 is connected with described pipeline IV 15 by described pipeline I 7, the generation that can prevent described delivery port 9 places water seal phenomenon is set like this in this example, plays the effect of anti-dry, also accelerate the backflow of water in the described steam-water separator 4 simultaneously.
When not having water or water shortage in the described water tank 1, the device of sensed water level promptly can send signal, and the power supply in the described steam raising plant 17 is also cut off in the execution warning simultaneously, and described steam box is quit work.
Specific embodiment two
As described in Fig. 5, Fig. 7 c, this embodiment is with respect to the scheme among the embodiment one, the main distinction is that described Connection Block pipe 422 is arranged on the inclined-plane, the described end 423, and described Connection Block pipe 422 and described pipeline IV 15 are by pipeline III 14 be connected (annotate described pipeline III 14 and described pipeline IV 15 can also be arranged to a pipeline).The approaching more described delivery port 9 in the position that described pipeline IV 15 and described pipeline III 14 are connected is good more.
The difference of the operation principle of this embodiment and process and embodiment two is: described heating tube 6 heats water, produce steam on the one hand, steam enters described right chamber 4122 through described Connection Block 424, enter described left chamber 4121 by described otch again, go out vapour interface 426 and enter described steam room 18 through described again by described pipeline V 12; Produce hot water on the other hand, during the hot water boiling, part hot water can enter described right chamber 4122 through described Connection Block 424, wherein a part can successively enter described shunt valve 5 by described pipeline III 14 and described pipeline IV 15 once more through described Connection Block pipe 422, and another part can enter in the described water tank 1 by described refluxing opening 3 through described return duct 421.
Because described steam-water separator 4 is connected with described pipeline III 14 by described pipeline IV 15, the generation that can prevent described delivery port 9 places water seal phenomenon is set like this in this example, plays the effect of anti-dry, also accelerate the backflow of water in the described steam-water separator 4 simultaneously.
Specific embodiment three
As described in Fig. 6, Fig. 7 d, this embodiment is with respect to the scheme among the embodiment one, two, the main distinction is that described base does not comprise described Connection Block pipe 422, divide to be connected to pipeline II 13 (annotate described pipeline II 13 and described pipeline V 12 can also be arranged to a pipeline) described pipeline II 13 be connected with described pipeline IV 15 (annotate described pipeline II 13 and described pipeline IV 15 can also be arranged to a pipeline) on the described pipeline V 12.Described pipeline II 13 can be arranged on any position on the described pipeline V 12, and the position of approaching more described steam room 18 is good more.
The difference of the operation principle of this embodiment and process and embodiment one, two is: described heating tube 6 heats water, produce steam on the one hand, steam enters described right chamber 4122 through described Connection Block 424, enter described left chamber 4121 by described otch again, go out vapour interface 426 and enter described steam room 18 through described again by described pipeline V 12, the globule that steam produces owing to condensation in described pipeline V 12 successively enters described shunt valve 5 once more through described pipeline II 13 and described pipeline IV 15; Produce hot water on the other hand, during the hot water boiling, a part of hot water can enter described right chamber 4122 through described Connection Block 424, enters in the described water tank 1 by described refluxing opening 3 through described return duct 421 again.
Be connected with described pipeline IV 15 by described pipeline II 13 owing to described steam-water separator 4 in this example, the generation that can prevent described delivery port 9 places water seal phenomenon is set like this, play the effect of anti-dry, simultaneously because the setting of described pipeline II 13, make the vapo(u)rous Du Genggao that enters in the described steam room 18, also make the globule of condensation flow back into described shunt valve 5 and utilized once more, play the effect of conserve water resource.
Specific embodiment four
This embodiment is with respect to the scheme among the embodiment one, two, three, the main distinction is that this embodiment is the combination of embodiment one and embodiment three, be that described baseplane 420 is provided with described Connection Block pipe 422, described Connection Block pipe 422 and described pipeline IV 15 are connected by described pipeline I 7, on the described pipeline V 12 again tap described pipeline II 13 (annotate described pipeline IV 15, described pipeline I 7, described pipeline III 3 and can also be set to a pipeline) is arranged.The perhaps combination of embodiment two and embodiment three, be that inclined-plane, the described end 423 is provided with described Connection Block pipe 422, described Connection Block pipe 422 and described pipeline IV 15 are connected by described pipeline III 14, on the described pipeline V 12 again tap described pipeline II 13 (annotate described pipeline IV 15, described pipeline III 14, described pipeline II 13 and can also be set to a pipeline) is arranged.
The difference of the operation principle of this embodiment and process and embodiment one, two, three is: described heating tube 5 heats water, produce steam on the one hand, steam enters described right chamber 4122 through described Connection Block 424, enter described left chamber 4121 by described otch again, go out vapour interface 426 and enter described steam room 18 through described again by described pipeline V 12, the globule that steam produces owing to condensation in described pipeline V 12 successively enters described shunt valve 5 once more through described pipeline II 13 and described pipeline IV 15; Produce hot water on the other hand, during the hot water boiling, part hot water can enter described right chamber 4122 through described Connection Block 424, wherein a part can successively enter described shunt valve 5 by described pipeline I 7 (executing the combination of example one and embodiment three) or described pipeline III 14 (combination of embodiment two and embodiment three) and described pipeline IV 15 once more through described Connection Block pipe 422, and another part can pass through described return duct 421 and enter in the described water tank 1 by described refluxing opening 3.
In this example since described steam-water separator 4 be connected with described pipeline IV 15 by described pipeline I 7 (executing the combination of example one and embodiment three) or described pipeline III 14 (combination of embodiment two and embodiment three) and described pipeline II 13, the generation that can prevent described delivery port 9 places water seal phenomenon is set like this, play the effect of anti-dry, simultaneously because the setting of described pipeline II 13, make the vapo(u)rous Du Genggao that enters in the described steam room 18, also make the globule of condensation flow back into described shunt valve 5 and utilized once more, play the effect of conserve water resource.
Specific embodiment five
Shown in Fig. 8 a, what described steam raising plant was different from embodiment one, two, three, four is that the side near described steam-water separator 4 is provided with the cover 11 that refluxes in the described water tank 1, described backflow cover 11 is divided into two chambers with described water tank 1, described refluxing opening 3 is arranged in the described backflow cover 11, the lower end of described backflow cover 11 is provided with opening with described delivery port 9 concordant places, described two chambers are connected by described opening, and the upper surface of described backflow cover 11 is provided with the otch I 110 that is communicated with described two chambers.
What the operation principle of this embodiment and process were different from embodiment one, two, three, four is: that part of hot water through described return duct 421 has entered in the described backflow cover 11, keep apart with the cold water in the described water tank 1, prevented that effectively a large amount of of heat scatter and disappear, and play energy-conservation effect.The air pressure that can make two chambers of water tank that is provided with of described otch I 110 equates that the air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
Specific embodiment six
Shown in Fig. 8 b, what described steam raising plant was different from embodiment five is: dividing plate 111 has been replaced described backflow cover 11.Described dividing plate 111 is divided into two chambers with described water tank 1, and described dividing plate 111 lower ends are provided with the opening that is communicated with two chambers, and described dividing plate 111 upper ends are provided with the otch II 1110 that is communicated with described two chambers.
What the operation principle of this embodiment and process were different from embodiment five is: that part of hot water and the cold water in the described water tank 1 through described return duct 421 are kept apart by described dividing plate 111, have prevented that effectively a large amount of of heat scatter and disappear, and play energy-conservation effect.Being provided with of described otch II 1110 can make described water tank 1 two-part air pressure equate that the air pressure in the described steam-water separator 4 of unlikely appearance is excessive, prevents the generation of dry combustion method phenomenon.
The number of described heat-generating pipe 6 can determine according to actual needs that described heat-generating pipe 6 can be quartz heating tube, electric heating tube, superconducting heating tube, and described heat-generating pipe 6 can be straight tube, bend pipe.
When described steam-water separator 4 is enough big, when promptly the steam of the described pipeline V 12 of process is saturated vapor, among the utility model embodiment described pipeline II 13 can also be set.
When described delivery port 3 bores are very big, promptly there are not water seal phenomenon, dry combustion method phenomenon, described pipeline I 7, described pipeline III 14 and described pipeline II 13 can also be set among the utility model embodiment.
When described water tank did not need to fill a whole box water, described refluxing opening 3 places can not be provided with described point valve I 2; When described water tank 1 does not need to release when adding water, described delivery port 9 can not be provided with described point valve II 10, also can not be provided with and described point valve II 10 corresponding described point valve III 8.
Claims (10)
1. steam raising plant, described steam raising plant comprises water tank (1), the steam-water separator (4) that comprises seal cover (41) and base (42), shunt valve (5), at least one heat-generating pipe (6), refluxing opening (3) on the described water tank (1) and the return duct (421) on the described base (42) are connected, the bottom surface of described base (42) is provided with baseplane (420) and inclined-plane, the end (423) near an end of described return duct (421), described steam-water separator (4) is provided with out vapour interface (426), delivery port (9) and described shunt valve (5) on the described water tank (1) are connected by pipeline IV (15), it is characterized in that: described steam-water separator (4) and described pipeline IV (15) are connected by pipeline.
2. steam raising plant according to claim 1 is characterized in that: described baseplane (420) are provided with Connection Block pipe (422), and described Connection Block pipe (422) and described pipeline IV (15) are connected by pipeline I (7).
3. steam raising plant according to claim 1 is characterized in that: inclined-plane, the described end (423) is provided with Connection Block pipe (422), and described Connection Block pipe (422) is connected by described pipeline III (14) with described pipeline IV (15).
4. steam raising plant according to claim 1 is characterized in that: describedly go out vapour interface (426) and be provided with pipeline V (12), described pipeline V (12) goes up to divide and is connected to pipeline II (13), and described pipeline II (13) is connected with described pipeline IV (15).
5. steam raising plant according to claim 1 is characterized in that: described refluxing opening (3) locates to be provided with point valve I (2).
6. steam raising plant according to claim 1 is characterized in that: be provided with pull bar (16) between described steam-water separator (4) and the described shunt valve (6).
7. according to claim 2 or 3 or 4 or 5 or 6 described steam raising plants, it is characterized in that: described delivery port (9) locates to be provided with point valve II (10), is provided with point valve III (8) with described point valve II (10) opposite position.
8. steam raising plant according to claim 7, it is characterized in that: the side near described steam-water separator (4) in the described water tank (1) is provided with the cover (11) that refluxes, described backflow cover (11) is divided into two chambers with described water tank (1), described refluxing opening (3) is arranged in the described backflow cover (11), the lower end of described backflow cover (11) is provided with opening, the lower end of described two chambers is connected by described opening, and the upper surface of described backflow cover (11) is provided with the otch I (110) that is communicated with described two chambers.
9. steam raising plant according to claim 7, it is characterized in that: the bottom surface of described water tank (1) is provided with dividing plate (111) near an end of described steam-water separator (4), described dividing plate (111) is divided into two chambers with described water tank (1), the lower end of described dividing plate (111) is provided with opening, the upper end of described two chambers is connected by described opening, and described dividing plate (111) upper end is provided with the otch II (1110) that is communicated with described two chambers.
10. tame electricity consumption steam box, it comprises shell (19), steam room (18), steam raising plant (17), described steam room (18), described steam raising plant (17) are arranged in the described shell (19), described steam room (18) the formation seal that is connected with described steam raising plant (17) is characterized in that: described steam raising plant (17) is each described steam raising plant in the claim 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205046456U CN201822668U (en) | 2010-08-25 | 2010-08-25 | Steam generating device and household electric steam box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205046456U CN201822668U (en) | 2010-08-25 | 2010-08-25 | Steam generating device and household electric steam box |
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| CN201822668U true CN201822668U (en) | 2011-05-11 |
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| CN2010205046456U Expired - Lifetime CN201822668U (en) | 2010-08-25 | 2010-08-25 | Steam generating device and household electric steam box |
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| Country | Link |
|---|---|
| CN (1) | CN201822668U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101943394A (en) * | 2010-08-25 | 2011-01-12 | 晶辉科技（深圳）有限公司 | Steam generating device and domestic electric steam box |
| CN102366300A (en) * | 2011-09-22 | 2012-03-07 | 鲍继勇 | Cabinet type kitchenware for steaming foods |
| CN102885574A (en) * | 2012-10-23 | 2013-01-23 | 段伟 | Water energy rotary steam boiler |
-
2010
- 2010-08-25 CN CN2010205046456U patent/CN201822668U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101943394A (en) * | 2010-08-25 | 2011-01-12 | 晶辉科技（深圳）有限公司 | Steam generating device and domestic electric steam box |
| WO2012024950A1 (en) * | 2010-08-25 | 2012-03-01 | 晶辉科技（深圳）有限公司 | Steam generation device and household electric steam box |
| CN101943394B (en) * | 2010-08-25 | 2013-07-10 | 晶辉科技（深圳）有限公司 | Steam generating device and domestic electric steam box |
| CN102366300A (en) * | 2011-09-22 | 2012-03-07 | 鲍继勇 | Cabinet type kitchenware for steaming foods |
| CN102885574A (en) * | 2012-10-23 | 2013-01-23 | 段伟 | Water energy rotary steam boiler |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110511 Effective date of abandoning: 20130710 |
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| RGAV | Abandon patent right to avoid regrant |