CN2185869Y - High efficient steam water boiler - Google Patents
High efficient steam water boiler Download PDFInfo
- Publication number
- CN2185869Y CN2185869Y CN 93235761 CN93235761U CN2185869Y CN 2185869 Y CN2185869 Y CN 2185869Y CN 93235761 CN93235761 CN 93235761 CN 93235761 U CN93235761 U CN 93235761U CN 2185869 Y CN2185869 Y CN 2185869Y
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Abstract
The utility model discloses a high efficient steam water boiler, which belongs to a hot water supply device. The utility model mainly takes advantage of steam, waste gas, residual gas, tail gas, etc. to carry out heating to supply hot water. The utility model is mainly provided with a gas heating part, a dirt removal part, a distilled water obtaining part, a water taking and reheating part, wherein, the gas heating part is composed of the control device of gas inlet and water inlet, a high efficient loop pipe, a heat exchange kettle, etc.; the dirt removal part is mainly composed of a transmission shaft, a dirt scraping brush, a wheel, an operation handle, etc.; the distilled water obtaining part is arranged on the upper part of a water storage tank; the water taking and reheating part is arranged on a water taking valve; the water taking and reheating part is mainly composed of a reheating gas inlet pipe and a reheating control valve.
Description
The utility model belongs to a kind of supply boiling water device.Mainly be to utilize steam, waste vapour, surplus vapour, tail vapour etc. to heat the high-efficiency steam boiler of production and supply boiling water.
For energy savings, the protection environment, some cities have come into effect central heating.This just provides wide prospect for the further exploitation of high-efficiency steam boiler.But the steam boiler major part of using all is to utilize steam that water is directly heated at present, and is very high to the quality requirement of steam, must be pure water vapour.The direct apparatus for eliminating sludge that the present steam boiler that uses all there is no need, the inner often fouling of boiler reduces the thermal efficiency, uses even influence.Therefore, propose a kind ofly can utilize various production of steam boiling water, and can with manual or electronic to boiler carry out regularly, the not timing scale removal, the high-efficiency steam boiler of accomplishing not have continuously pause supply boiling water and distilled water is necessary.
The purpose of this utility model promptly is this, and the high-efficiency steam boiler of proposition can utilize various production of steam boiling water, can manual or electronic removing incrustation scale, accomplish not have continuously the supply of pause boiling water (and aquae destillata) and it had rational in infrastructure, wieldy characteristics.
Technical pattern of the present utility model is: mainly contain the gas heating part, and the scale removal part, distilled water obtains part, and water intaking heat part again waits composition; The gas heating part is by the admission inlet control device, compositions such as high-efficiency steam loop pipe (or high-efficiency steam loop apparatus), heat exchange still; Effect is a control admission inflow, make the water that comes out from the heat exchange still become boiling water, the high-efficiency steam loop pipe is arranged in the heat exchange still, the heat exchange still can be designed to double Shell, the high-efficiency steam loop pipe is arranged between the double Shell, constitutes the high-efficiency steam loop apparatus, steam inlet pipe and valve are on the top of heat exchange still, make steam enter the high-efficiency steam loop pipe, heating enters the water of heat exchange still, and water inlet pipe and valve are arranged on the bottom of heat exchange still.Unboiled water enters the heat exchange still by water inlet pipe and valve, is heated as boiling water by high-efficiency steam loop pipe (or high-efficiency steam loop apparatus), and it is stand-by to flow into water storage tank from heat exchange still top delivery port.The admission inlet control device by manual admission water intaking valve with by float, control the automatic control admission water intake mechanism that the admission water intaking valve forms automatically and form.When the water storage tank water level reached predetermined altitude, float cut out automatic control admission water intaking valve, stops to produce boiling water.When water level was reduced to certain position, float was opened automatic control admission water intaking valve, continued to produce boiling water.Adjust manual admission water intaking valve to suitable enable possition, after the water that assurance heat exchange still is produced was boiling water, automatic controls can come into operation, and reaches the purpose of boiling water without interruption.
Scale removal partly is arranged on the bottom of boiler.Mainly contain power transmission shaft, scrape compositions such as dirt brush (or grinding dirty roller), sealing device assembly, bearing and bearing block assembly, operating grip, power transmission shaft is arranged on the middle part of heat exchange still, with power transmission shaft link together scrape dirt brush (or wheel) and high-efficiency steam loop apparatus (or pipe) kissing is joined, making the power transmission shaft drive scrape dirt brush (or wheel) by operating grip removes the dirt on steam pipe or the steam pipe loop apparatus, operating grip is connected with electric machine, can becomes electronic apparatus for eliminating sludge.Also can load onto timing means and think regularly scale removal.
The high-efficiency steam loop pipe can be made into the shape of spiral tube, also can be made into other shapes such as U-shaped pipe or arc pipe, can be arranged in the heat exchange still.Also can be arranged in the housing of the heat exchange still that constitutes by double Shell.And can in the cavity of double Shell, inject the solution that improves heat transfer efficiency, thereby constitute the high-efficiency steam loop apparatus.
Distilled water obtains the top that part is arranged on water storage tank.Mainly constitute by condense plate washer, steam channel steam discharge overflow pipe, cooling respirator etc. of cooling.Boiling water is stand-by and produce in the process of boiling water and all can have a lot of steam to produce, by the steam discharge overflow pipe, cool off the plate washer that condenses, to store in the aquae destillata water storage tank stand-by by progressively cooling is condensed for the cooling respirator, thereby reduce the carbonated drink loss, increase the added value that boiling water is produced, cooling is condensed plate washer by packing be fixed and clamped bolt continuously on the wall of boiling water body, becomes the condensate water water storage tank.When water level is high, then by the overflow of steam discharge overflow pipe to the boiling water water storage tank, the cooling respirator is made of the steam channel plate washer that staggers mutually, make boiler inside and outside by narrow and small steam channel perforation with pollution abatement, further strengthen cooling effect.Boiler top is provided with to be strengthened cooling effect, assembles the steam condensate plate washer and the overflow pipe of discharging boiler, enters trench with the water that will overflow when the boiler full water.
Water intaking heat part again is arranged on the water intake valve place.Mainly contain again hot steam inlet pipe, composition such as heat control valve (HCV) again.Hot again steam inlet pipe is connected in the position between automatic control inlet valve and the manual admission control valve.By the control of heat control valve (HCV) again, water intaking is given to heat once more, hot again steam inlet pipe is wrapped on the outlet pipe at the tubulose that becomes to spiral foremost to the water intake valve place, to satisfy the requirement of water intaking person to the water intaking temperature.The water intaking steam discharge of heat again is connected on the gland steam exhauster of heating boiling water in the heat exchange still.
The utility model structural design is comparatively simple, can utilize steam, waste vapour, surplus vapour, tail vapour etc. to produce the heating boiling water.Can manual or electronic timing not timing scale removal, can guarantee not have the supply of pause boiling water (and distilled water).Thermal efficiency height, volume are little, can make two of before this another heating boiling water of supply boiling water and obtain change with the phenomenon of wasting space, waste boiler.
The novel the following drawings that provides of this use.
Accompanying drawing 1 is the utility model structural representation.
Accompanying drawing 2 is provided with the structural representation that distilled water obtains part for the utility model.
When accompanying drawing 4 is arranged in the double Shell of heat exchange still for the utility model high-efficiency steam spiral tube and the schematic diagram of apparatus for eliminating sludge.
Accompanying drawing 5 is the structural representation during arc pipe for the utility model high-efficiency steam loop pipe adopts.
When accompanying drawing 6 is arranged in the heat exchange still double Shell for the arc pipe of the utility model and the structural representation of apparatus for eliminating sludge.
Structural representation when accompanying drawing 7 is the utility model high-efficiency steam loop pipe employing U-shaped pipe.
When accompanying drawing 8 is arranged in the heat exchange still double Shell for the utility model U-shaped pipe and the structural representation of apparatus for eliminating sludge.
Accompanying drawing 9 is the utility model water intaking reheat machine schematic diagram.
Structure as shown in drawings,, the utility model mainly contains gas heating part, scale removal part, distilled water and obtains part, water intaking composition such as heat part again; The gas heating part by inlet valve and flowmeter 1, water intaking valve and flowmeter 4, automatically control inlet valve 2, control water intaking valve 5, float 6, high efficiency fluid loop board coil 17, heat exchange still 7, gland steam exhauster 3 etc. automatically and constitute.Steam inlet pipe and exhaust steam valve 2 are arranged on the top of heat exchange still 7, and the water that steam enters in the 17 pairs of heat exchange stills of high-efficiency steam loop pipe that are arranged in the heat exchange still heats.Water inlet pipe and control valve 5 are arranged on the bottom of heat exchange still 7, water enters heat exchange still 7 and is heated as boiling water, stand-by from the top inflow water storage tank 22 of heat exchange still 7, when the water level of water storage tank 22 reaches predetermined altitude, float 6 makes autocontrol valve 2, control water intaking valve 5 automatically closes, and stops to produce boiling water.When the water level of water storage tank 22 when use is reduced to certain position, float 6 make automatic control inlet valve 2 automatically control water intaking valves 5 open, continue to produce boiling water.Manual inlet valve 1, manual water intaking valve 4 are adjusted to suitable enable possition, guarantee that the water of outflow heat exchange still is 100 ℃, can control automatically, thereby accomplish not have continuously pause supply boiling water by automatic control admission water intake mechanism.
The apparatus for eliminating sludge of scale removal part is arranged on the position of joining with high-efficiency steam loop pipe or device kissing.By scraping dirt brush (or grinding dirty roller) 13, power transmission shaft 15, sealing device assembly 20, formations such as bearing and bearing block assembly 21, operating grip (or electronic timing means) 16.Power transmission shaft 15 is arranged in the middle of the heat exchange still, the dirt of scraping that is installed on the power transmission shaft 15 is brushed (or wheel) 13 and high-efficiency steam loop pipe 17, or the heat-exchange surface kissing that double Shell constitutes the heat exchange still 7 of airtight cavity is joined, by operating grip (or electronic timing means) 16, the fouling that it is surperficial is removed, and gets rid of by blowoff valve 14, reaches the scale removal purpose, power transmission shaft 15 combines by bolt is equidistant with scraping dirt brush or take turns 13, combines by pin or key with operating grip 16.The fixed bearing of power transmission shaft 15 is guaranteed by the axle and the bearing block assembly 21 that are arranged on boiler bottom body wall 19.The direction of motion of power transmission shaft 15 can be that to rotatablely move also can be to pump.
High-efficiency steam loop pipe 17 can be made U-shaped pipe 24 arc pipes 25 and wait other shape, high-efficiency steam loop pipe 17 can be arranged between the heat exchange still shell body that is made of double Shell, and can between two-layer housing, inject and improve heat transfer efficiency solution 23, become the high-efficiency steam loop apparatus, to improve the thermal efficiency, and the scale removal of being more convenient for, structure as shown in Figure 3, the high-efficiency steam loop pipe can be set directly in the boiler, also can be arranged in the heat exchange still, structure as shown in Figure 4, the high-efficiency steam loop pipe is arranged in the double Shell of the circular heat exchange still that constitutes by double Shell, inject and improve heat transfer efficiency solution 23 to improve the thermal efficiency, because heat-exchange surface is comparatively regular level and smooth in the heat exchange still, so the scale removal of being more convenient for.Structure shown in accompanying drawing 5 accompanying drawings 6, high-efficiency steam loop pipe 17 also can adopt the version of arc pipe 25, it can be enclosed between the heat exchange still shell body of the rectangle that is made of double Shell or other shape, can inject the solution 23 that can improve heat transfer efficiency.The power transmission shaft 15 of its scale removal moves reciprocatingly by operating grip 16, also can be by electronic reciprocal timing means operation, structure shown in accompanying drawing 7 accompanying drawings 8, high-efficiency steam loop pipe 17 also can adopt the structure of U-shaped pipe 24, and the power transmission shaft 15 of its scale removal moves reciprocatingly by operating grip (or electronic timing reciprocating apparatus) 16.
Structure as shown in Figure 2, distilled water obtains the top that part is arranged on boiling water water storage tank 22, by steam discharge overflow pipe 12, play the steam channel plate washer 11 of cooling effect, device 29 compositions such as grade are exhaled in cooling, cooling is condensed plate washer 11 by packing and flange and be fixed and be bolted on the boiler body wall 19, steam by steam discharge overflow pipe 12 enter steam channel by progressively the cooling condense, the distilled water storage tank 31 that the distilled water that condenses is formed by condensed by cooling plate washer 11 and steam discharge overflow pipe 12 is assembled stand-by, during the distillation hypervolia, by 12 overflows of steam discharge overflow pipe to boiling water water storage tank 22, mutually the cooling of handing over germanium to arrange condense steam that plate washer 11 and the cooling respirator 29 that is arranged on the boiler top make generation as far as possible cooling condense, to reduce the carbonated drink loss, improve the surcharge that boiling water is produced, be provided with the water level meter 8 that monitors water level at aquae destillata water storage tank 31, water intake valve 9 places are provided with water intaking reheat machine 27.The cooling on distilled water storage tank top is condensed, and plate washer is combined with the gap so that hydrophobic.
The hot again part of water intaking is arranged on the outlet pipe place behind the water intake valve 9, mainly by hot steam inlet pipe 26 again, valve 27, and reheated steam gland steam exhauster 3 formations such as grade, be connected in the hot again steam inlet pipe 26 between the auto-manual control inlet valve 1 and 2, by heat-insulation layer 18 to water intake valve 9 places, be provided with again heat control valve (HCV) 27, then, on the outlet pipe of 19 on water intake valve 9 and boiler body wall, be wound up as the tubulose that spirals, so that water intaking is heated once more, reheated steam gland steam exhauster 3 can link together with the gland steam exhauster that heat exchange still 7 in the boiler comes out, monitor the water intaking temperature by being arranged on water intake valve 9 preceding thermometers 10, satisfy the temperature requirement of water intaking person water intaking by controlling again heat control valve (HCV) 27.
The thermometer 10 at delivery port place, heat exchange still 7 top is in order to monitor leaving water temperature, with the convenient size of manually adjusting the admission inflow.
Heat-insulation layer 18 outside the high-efficiency steam boiling water body 19 makes the water temperature in the boiler reduce unlikely too fast.
Aquae destillata water storage tank 31 tops and decorative panel 30 between uninsulated space, the air that cross-ventilation hole 28 is entered can be strengthened cooling effect.
Claims (6)
1, a kind of high-efficiency steam boiler, feature of the present utility model is mainly to be provided with the gas heating part, the scale removal part, distilled water obtains part, the hot again part of fetching water, the gas heating part is by the admission inlet control device, high-efficiency steam loop pipe and heat exchange still compositions such as (7), the high-efficiency steam loop pipe is arranged in the heat exchange still (7), the scale removal part is mainly by power transmission shaft (15), scrape dirt brush or roller (13), sealing device assembly (20), bearing and bearing block assembly (21) and operating grip compositions such as (16), power transmission shaft (15) is arranged on the middle part of heat exchange still (7), the exchange face shape of scraping in dirt brush or roller (13) and high-efficiency steam loop pipe or the heat exchange still that is connected on the power transmission shaft (15) is kissed and is joined power transmission shaft (15) lower end attended operation handle (16); Distilled water obtains the top that part is arranged on water storage tank (22), mainly by being connected the cooling that constitutes condensate water cistern (31) on boiling water wall cooling respirator (29) formation that the steam channel plate washer by staggering mutually on plate washer (11), steam channel steam discharge overflow pipe (12) and top constitutes of condensing; The hot again part of water intaking is arranged on water intake valve (9) and locates, mainly contain again hot steam inlet pipe (26), heat control valve (HCV) (27) again, hot again steam inlet pipe (26) is connected in automatic control inlet valve (2) and manually controls between the inlet valve (1), is becoming spiral tube to be wrapped on the outlet pipe foremost.
2, according to the described high-efficiency steam boiler of claim 1, it is characterized in that the high-efficiency steam loop pipe can be spiral tube (17) structure, can be arc pipe (25) structure, can be the structure of U-shaped pipe (24).
3, according to claim 1 or 2 described high-efficiency steam boilers, it is characterized in that heat exchange still (7) can be designed to double Shell, the high-efficiency steam loop pipe also can be arranged between the double Shell of heat exchange still (7), and can inject the solution (23) that improves the thermal efficiency therein, constitute the high-efficiency steam loop apparatus.
4, according to the described high-efficiency steam boiler of claim 1, it is characterized in that being provided with manual water inlet, inlet valve (4) (1) and float (6), admission automatically, water intaking valve (2) (5), constitute water inlet, admission controlling organization.
5, according to claim 1 or 4 described high-efficiency steam boilers, it is characterized in that steam inlet pipe and steam valve (2) are arranged on the top of heat exchange still (7), water inlet pipe and water valve (5) are arranged on the bottom of heat exchange still (7), and heat exchange still (7) top is communicated with main water storage tank (22).
6, according to the described high-efficiency steam boiler of claim 1, it is characterized in that the operating grip (15) of scale removal part can partly be connected with motor, constitute electronic apparatus for eliminating sludge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 93235761 CN2185869Y (en) | 1993-12-24 | 1993-12-24 | High efficient steam water boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 93235761 CN2185869Y (en) | 1993-12-24 | 1993-12-24 | High efficient steam water boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2185869Y true CN2185869Y (en) | 1994-12-21 |
Family
ID=33811114
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 93235761 Expired - Fee Related CN2185869Y (en) | 1993-12-24 | 1993-12-24 | High efficient steam water boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2185869Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102620418A (en) * | 2011-01-30 | 2012-08-01 | 北京宏华电器有限公司 | Novel rapid water boiler |
-
1993
- 1993-12-24 CN CN 93235761 patent/CN2185869Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102620418A (en) * | 2011-01-30 | 2012-08-01 | 北京宏华电器有限公司 | Novel rapid water boiler |
| CN102620418B (en) * | 2011-01-30 | 2015-02-11 | 北京宏华电器有限公司 | Novel rapid water boiler |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |