CN103362836B - A kind of water circuit system and atomization temperature-dropping fan - Google Patents
A kind of water circuit system and atomization temperature-dropping fan Download PDFInfo
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- CN103362836B CN103362836B CN201310334413.9A CN201310334413A CN103362836B CN 103362836 B CN103362836 B CN 103362836B CN 201310334413 A CN201310334413 A CN 201310334413A CN 103362836 B CN103362836 B CN 103362836B
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Abstract
The invention discloses a kind of water circuit system and atomization temperature-dropping fan, this water circuit system comprises water tank, water pipe, water filter, high-pressure service pump and submersible pump, and the top of described water tank is provided with described water filter and high-pressure service pump; Described water pipe is divided into three sections; first paragraph water pipe is connected to the water outlet of described submersible pump and the water intake of described water filter; second segment water pipe is connected to the water outlet of described water filter and the water intake of described high-pressure service pump, and the 3rd section of water pipe is connected to the water intake of the water outlet of described high-pressure service pump and the spraying device of temperature-dropping fan; Water filter stores quantitative water.This atomization temperature-dropping fan can realize the filtration to water, make the water that gushes out more carefully, cleaner, the obstruction of nozzle can be avoided, decrease the frequency changing nozzle, simultaneously this atomization temperature-dropping fan steadily of centre of gravity, wiring space is few and moisture storage capacity is high.
Description
Technical field
The present invention relates to a kind of cooling unit field, particularly relate to a kind of water circuit system and the atomization temperature-dropping fan being provided with this water circuit system.
Background technique
At present, atomization temperature-dropping fan belongs to a kind of atomizing fan with atomising device, and it can be made water fogging by atomising device, is then blown out by fan, and the temperature of surrounding atmosphere reduces by the water smoke diffused out.The high-pressure service pump of existing atomization temperature-dropping fan is generally located at below water tank, the i.e. bottom of whole temperature-dropping fan, the problem of crank can be brought thus on the one hand, on the other hand because the electric appliance circuits of high-pressure service pump needs through water tank, also need to increase other wiring space.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, providing a kind of water circuit system for being atomized temperature-dropping fan, this water circuit system can solve the center of gravity problem of whole temperature-dropping fan device, and realizes filtration to water, makes the water that gushes out more clean.
The present invention also provides the atomization temperature-dropping fan being provided with above-mentioned water circuit system, atomization good cooling effect.
For achieving the above object, the invention provides following technological scheme:
For being atomized a water circuit system for temperature-dropping fan, comprise water tank, water pipe, water filter, high-pressure service pump and submersible pump, described submersible pump is placed in described water tank, and the top of described water tank is provided with described water filter and high-pressure service pump; Described water pipe is divided into three sections; first paragraph water pipe is connected to the water outlet of described submersible pump and the water intake of described water filter; second segment water pipe is connected to the water outlet of described water filter and the water intake of described high-pressure service pump, and the 3rd section of water pipe is connected to the water intake of the water outlet of described high-pressure service pump and the spraying device of temperature-dropping fan; Quantitative water is stored in described water filter.
Further, be provided with cover plate above described water tank, described water filter and high-pressure service pump are arranged on described cover plate.
Further, described water tank is connected with external water source, is provided with automatic feeding water ball float and liquid level sensor in described water tank.
Further, the bottom of described water tank is provided with the connection set communicated with external water source.
Based on foregoing invention thinking, this water circuit system is arranged on atomization temperature-dropping fan by the present invention.
A kind of atomization temperature-dropping fan, comprise atomization head, the water circuit system with fan blade, wherein, described atomization head is provided with spraying device, and the outlet of the water pipe in described water circuit system is connected to described spraying device.
Further, described water tank is positioned at the bottom of fuselage.
Further, described atomization head forms by setting gradually front safety cover, spraying device, wind scooper, motor and functional unit, fan blade and rear safety cover, described motor and functional unit are placed in described wind scooper, the two ends of described wind scooper are connected with front safety cover and rear safety cover respectively, and the lower end of described wind scooper is connected with fuselage; The output terminal of described motor is connected with fan blade, and described functional unit is the head-shaking device controlling atomization head pivotal position.
Further, cavity volume and air conducting tube is provided with in the housing of described wind scooper, described cavity volume comprises the second cavity volume of the first cavity volume for accommodating motor and accommodating head-shaking device, described first cavity volume is positioned at the center of the housing of wind scooper, and there is the shell of the motor for wrapping up atomization temperature-dropping fan, the shell of described first cavity volume at least major part is tubular, the outer wall of described shell is from spraying device to the tapered diameter in fan blade direction, the space between the outer wall of described shell and described inner walls is made to form the air conducting tube with reducing air-guiding aisle, the one end open of described second cavity volume is communicated with the first cavity volume, the other end opening is connected with the atomization temperature-dropping fan fuselage being positioned at its underpart.
Further, the bottom of the housing of described wind scooper is provided with and the turbination joint being atomized temperature-dropping fan fuselage and being connected, and described functional unit is the head-shaking device controlling atomization head pivotal position.
Further, the turbination joint of the housing of described wind scooper is built in the top of described body shell, the top of described fuselage is provided with the cut-off groove of the water that the shell along described atomization head can be received to flow down, and the outside of described fuselage is led in the outlet of described cut-off groove.
Compared with prior art, a kind of water circuit system provided by the present invention and the atomization temperature-dropping fan being provided with this water circuit system, reach following technique effect:
1, atomization temperature-dropping fan provided by the present invention utilizes submersible pump that water is up extracted in filter, due to be provided with in filter can in working order time maintain quantitative water, this filter can be purified water and a small-sized water tank can be served as, make high-pressure service pump when fan starting, at once can enter working state.
2, present invention employs nozzle spray device, enter the water quality of spraying device first through water filter process.Again through nozzle inner filtration mesh sheet, double filtration, ensure that the purification of water quality effectively.Advantageously, in order to avoid the obstruction of nozzle, further reduce the frequency changing nozzle, can also on the water route between high-pressure water pump and nozzle or water filter, increase a water filter again, to form the triple filter system of whole water circuit system, the water that nozzle ejection is gone out more carefully, cleaner.
3, atomization temperature-dropping fan provided by the present invention is arranged on the bottom of temperature-dropping fan due to water tank, obviously can increase stability and the moisture storage capacity of whole device.
4, the high-pressure service pump in atomization temperature-dropping fan provided by the present invention is different from traditional mode be arranged on below water tank, and high-pressure service pump is arranged on the top of water tank, decreases wiring space.
5, in atomization temperature-dropping fan provided by the present invention adopt wind scooper, head-shaking device, optimize structure, it is more reasonable, compact to design, make atomization cooling-down effect remarkable.
6, in rainy day situation out of doors, the present invention devises the discharge structure of atomization head especially in atomization temperature-dropping fan, avoids rainwater and flows in body shell, thus the leaky caused.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of atomization temperature-dropping fan provided by the present invention;
Fig. 2 is the exploded view of atomization temperature-dropping fan provided by the present invention;
Fig. 3 is the sectional view of the atomization head of atomization temperature-dropping fan provided by the present invention;
Fig. 4 is the exploded view of the wind scooper of atomization temperature-dropping fan provided by the present invention;
Fig. 5 is the connection diagram of the head-shaking device of atomization temperature-dropping fan provided by the present invention;
Fig. 6 is the structural representation that the atomization head of atomization temperature-dropping fan provided by the present invention and Fuselage connection divide;
Fig. 7 is the structural representation of the back housing of atomization temperature-dropping fan provided by the present invention;
Fig. 8 is the close-up schematic view of Fig. 7;
Fig. 9 is the exploded view of water circuit system provided by the present invention.
Embodiment
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention are not limited thereto.
The invention provides a kind of atomization temperature-dropping fan, as shown in Figure 1 to Figure 3, this atomization temperature-dropping fan comprises with the atomization head 1 of fan blade 14, fuselage 2 and water circuit system 3.
Atomization head 1 forms by setting gradually front safety cover 11, spraying device 12, wind scooper 13, motor 17 and functional unit, fan blade 14 and rear safety cover 15; motor 17 and functional unit are placed in wind scooper 13; the two ends of wind scooper 13 are connected with front safety cover 11 and rear safety cover 15 respectively; the output terminal of motor 17 is connected with fan blade 14; motor 17 and functional unit are built in wind scooper 13, and functional unit is the head-shaking device 16 controlling atomization head 1 pivotal position.As can be seen from the figure, in the present embodiment, spraying device 12 adopts nozzle-type structure, spraying device 12 is connected with the water pipe 32 of water circuit system 3, periphery is provided with multiple nozzle, in nozzle, can filter net sheet be set, with further filtration, purification water quality, water is extracted out by high-pressure water pump 34 and is delivered in the nozzle of spraying device 12 from water tank 31, spouting finally by nozzle at high speeds.
Composition graphs 4, cavity volume 133 and air conducting tube 134 is provided with in the housing of wind scooper 13, wind scooper 13 comprises housing, the both sides of housing can arrange spraying device and the fan blade of atomization temperature-dropping fan respectively, above-mentioned wind scooper 13 is combined by fore shell 131 and back cover 132, cylindrical or the cydariform in the top of the housing after combination, bottom is formed with the turbination joint 136 be connected with atomization temperature-dropping fan fuselage 2, described fore shell 131 and back cover 132 are equipped with three dividing plates 135, each dividing plate 135 is all axially arranged with multiple fixed hole, by link, fore shell 131 and back cover 132 are connected as a single entity, described link can be pin and bolt etc.Certainly, fore shell 131 and back cover 132 are also provided with the linkage structure being atomized head 1 parts with other, such as fixed hole, fixing column etc.Space between the shell of cavity volume 133 and the inwall of housing forms the air conducting tube 134 with air-guiding aisle, makes wind blow the direction to spraying device from fan blade.Arrow in Fig. 3 represents the direction of wind flow.
Specifically say, can be clear that from figure, cavity volume 133 includes two, is the second cavity volume 1332 of the first cavity volume 1331 for accommodating motor 17 and accommodating functional unit respectively, this functional unit is the head-shaking device 16 of the following stated, is not first described at this.First cavity volume 1331 is for being positioned in wind scooper 13 horizontal center line axis, the at least most of tapered cylinder of its shell, its outer wall is from the tapered diameter in spraying device 12 to fan blade 14 direction, make between the outer wall of shell and inner walls, to form the air conducting tube with reducing air-guiding aisle, the air-guiding aisle of this air conducting tube is designed to be changed from small to big by the diameter of fan blade direction to spraying device, make wind scooper 13 wind effect very good, be conducive to the diffusion of air flowing and water smoke.Further, above-mentioned first cavity volume 1331 not only protects motor not by extraneous erosion, can also significantly reduce the noise that motor produces.Second cavity volume 1332 is positioned at the bottom of wind scooper 13, and its substantially vertical first cavity volume 1331, its one end open is communicated with the first cavity volume 1331, and the other end opening is connected with the fuselage 2 of the atomization temperature-dropping fan being positioned at its underpart.
Head-shaking device 16, its objective is for control atomization head 1 in several angle, wave movement, the structure that those skilled in the art can adopt any one of the prior art to be applicable to, the head-shaking device 16 described in the present embodiment can certainly be adopted, specifically, a kind of head-shaking device 16 be installed on bottom motor 17 shown in Fig. 3 and Fig. 5, it comprises central shaft 161, miniature head-shaking motor 162, sleeve block 163, the upper end of central shaft 161 is fixed on below the motor 17 that shakes with temperature-dropping fan head 1 synchronous rotary, the lower end of central shaft 161 is built in sleeve block 163, because the head of motor and whole blower fan is connected as a single entity, and central shaft 161 is connected with motor 162 and sleeve block 163 respectively, therefore sleeve block 163 can also play the effect supporting whole blower fan head simultaneously.The lower end of central shaft 161 is built in sleeve block 163, and the bottom interior surface of sleeve block 163 and the lower end surface correspondence of central shaft 161 are provided with groove, reduces surface friction drag when being provided with ball 166 in groove to make central shaft rotate in sleeve block.Be provided with the linkage mechanism 164 for control centre's axle 161 angle of swing between central shaft 161 and sleeve block 163, this linkage mechanism 164 can be any one bar linkage structure existing, such as four-bar linkage structure.Linkage mechanism 164, under the driving of miniature head-shaking motor 162, can do the rotation of predetermined angular range, such as shake the head in 90 degree in sleeve block 163 with central shaft 161.
Composition graphs 2 again, fuselage 2 is combined by upper body 21, central enclosure 22 and lower case 23.
Upper body 21 is connected with the bottom of above-mentioned wind scooper 13, has ring-shaped handle 4 in central enclosure 22 external stability of fuselage 2, and this ring-shaped handle 4 can so that promote atomization temperature-dropping fan; The waterproof insulation electronic box 5 of independent packaging is provided with in central enclosure 22, this electronic box 5 is made up of box body 51, control circuit and control panel (not shown), box body 51 is made up of plastic materials, can be one-body molded, water-proofing treating can also be made if desired, to ensure that electronic box reaches the effect of waterproof insulation at hole or joint; Wherein, control panel can be provided with power switch and functional switch, functional switch can carry out the adjustment etc. of temperature, wind-force and humidity; Control circuit board and control panel are all arranged in box body 51, box body 51 is placed in groove 6 internal fixtion, box body 51 and the joint of groove 6 are provided with and are beneficial to the fixing auxiliary connecting structure of electronic box 5, as by the engaging of fixing column and groove, or are fixedly connected with etc. by screw.
Be provided with the cover plate 38 being with through hole between central enclosure 22 and lower case 23, cover plate 38 is provided with filter 33 and high-pressure water pump 34; Water tank 31 is provided with in the lower case 23 of fuselage 2.For the ease of movement, the base of fuselage 2 can arrange wheel.
Can be clear that in Fig. 2 and Fig. 3, the bottom of the housing of wind scooper 13 is provided with and the turbination joint 136 being atomized temperature-dropping fan fuselage 2 and being connected; In order to use safely out of doors when realizing the rainy day, one in the present embodiment, is provided to be arranged at discharge structure between wind scooper 13 and fuselage 2 especially.Specifically, consult Fig. 6-8 again, the turbination joint 136 of wind scooper 13 is built in the top of fuselage 2 housing, the i.e. top of upper body 21, fuselage 2 housing upper is provided with cut-off groove 7 along its inwall, the rainwater that receivability flows down from handpiece case, the space 8 flowing to cut-off groove 7 for the water be atomized on head 1 is left between turbination joint 136 and fuselage 2 housing upper, fuselage 2 housing is provided with in the below of cut-off groove 7 and the weep hole 9 led to outside housing, and weep hole 9 communicates with cut-off groove 7 simultaneously.Also being provided with the dividing plate 10 for supporting fixing atomization head 1 in the cavity of the housing upper of fuselage 2, in the middle of dividing plate 10, being provided with the through hole that water power circuit passes.Further, cut-off groove 7 is indent, and between the inwall on upper body 21 top being arranged on dividing plate 10 and fuselage 2, namely this cut-off groove 7 is the groove arranged along wall circular in upper body 21 upper end of fuselage 2.Fuselage 2 housing is provided with the weep hole 9 led to outside fuselage 2 housing in the below of cut-off groove 7, this weep hole 9 is one or more, and in a preferred embodiment, weep hole 9 is 1,2,3 or 4.As shown in Figures 5 to 7, this weep hole 9 communicates with cut-off groove 7 simultaneously.Further, the flow channel separated completely with fuselage 2 lower housing portion cavity is provided with between cut-off groove 7 and weep hole 9, with the inside avoiding water to flow into fuselage, and this flow channel is provided with the gradient tilted to weep hole 9, take advantage of a situation from cut-off groove 7 to make current and flow to weep hole 9 from flow channel rapidly, realize the outside current flowed down from atomization head 1 shell being discharged to fuselage 2.The setting of above-mentioned discharge structure avoids rainwater and flows to the leaky caused in fuselage 2 housing.
The pressure type water circuit system 3 of temperature-dropping fan is atomized shown in Fig. 9, comprise water tank 31, water pipe 32, water filter 33, high-pressure water pump 34 and submersible pump 35, wherein, the bottom of water tank 31 is provided with the connection set (not shown) communicated with external water source, such as connection valve, quick water pipe joint etc.Being provided with automatic feeding water ball float 36 and liquid level sensor 37 in water tank 31, for controlling the inflow of water tank 31, in water tank 31, being also provided with submersible pump 35.Be provided with cover plate 38 above water tank 31, kept apart by the various device of the water in water tank 31 and top, water filter 33 and high-pressure water pump 34 all can be arranged on this cover plate 38.As preferably, water filter 33 can first be arranged on a fixed support 33, then is arranged on cover plate 38 by fixed support 33, this fixed support 33 also can be designed with simultaneously the dunnage for supporting high tension water pump 34.The water intake of water pipe 32 connects submersible pump 35, and then on water route, connect the water filter 33 be positioned at above water tank 31 and high-pressure water pump 34 successively, the water outlet of water pipe 32 is connected to the spraying device 12 of temperature-dropping fan.In the present embodiment, water pipe 32 comprises three sections, specifically, first paragraph water pipe is connected to the water outlet of described submersible pump 35 and the water intake of described water filter 33, second segment water pipe is connected to the water outlet of described water filter 33 and the water intake of described high-pressure water pump 34, and the 3rd section of water pipe is connected to the water intake of the water outlet of described high-pressure water pump 34 and the spraying device 12 of temperature-dropping fan.Wherein, first paragraph water pipe, second segment water pipe are low-voltage tube, and the 3rd section of water pipe is high-voltage tube.Water filter 33 used in the present invention is prior art, those skilled in the art can select any one to be applicable to the filter 33 used, this water filter 33 1 aspect can filtered water, a certain amount of water can be stored on the other hand in water filter 33, that is, need in water filter 33 to be provided with filter core and inner chamber, inner chamber can store quantitative water.Atomization temperature-dropping fan utilizes submersible pump 35 that water is up extracted in water filter 33, complete the filtration, purification of water filter 33 pairs of water quality, quantitative water can be stored owing to being provided with in water filter 33, this water filter 33 can be purified water and a small-sized water tank can be served as, make high-pressure service pump when fan starting, at once can enter working state.Above-mentioned water circuit system 3 is specially adapted to the spraying device 12 of nozzle-type.Above-mentioned water filter 33 defines double filtration with the filter screen in nozzle, effectively ensure that the purification of water quality.Advantageously, in order to avoid the obstruction of nozzle, and further reduce the frequency changing nozzle, can also select on the water route between high-pressure water pump 34 and nozzle, increase a filter 30 again, to form the triple filter of whole water circuit system 3, make the water that ejects more carefully, cleaner.The filter 30 that this increase is arranged can select any one to be suitable for being arranged on the product on this water circuit system 3, in this no limit.
The running principle of this water circuit system 3 is: the water pipe 32 of fuselage 2 inside is connected to spraying device 12 and water tank 31, water route is provided with submersible pump 35, water filter 33 and high-pressure water pump 34 successively, water in water tank 31 is pumped in water filter 33 by submersible pump 35, water filter 33 pairs of water filter, water in water filter 33 pumps in spraying device 12 by water pipe 32 by high-pressure water pump 34, water is spouting from nozzle high speed, thus produce micro-mist, blown by the fan blade 14 rotated, haze is outwards carried and diffuses to effective area.
It should be noted that and the foregoing is only preferred embodiment of the present invention, not thereby limit scope of patent protection of the present invention, the present invention can also carry out the improvement of equivalence to the structure of above-mentioned various component.Therefore the equivalent structure change that all utilizations specification of the present invention and diagramatic content are done, or directly or indirectly apply to other correlative technology fields and be all in like manner all included in the scope that the present invention contains.
Claims (10)
1. for being atomized a water circuit system for temperature-dropping fan, it is characterized in that, comprising water tank, water pipe, water filter, high-pressure service pump and submersible pump, described submersible pump is placed in described water tank, and the top of described water tank is provided with described water filter and high-pressure service pump; Described water pipe is divided into three sections, first paragraph water pipe is connected to the water outlet of described submersible pump and the water intake of described water filter, second segment water pipe is connected to the water outlet of described water filter and the water intake of described high-pressure service pump, and the 3rd section of water pipe is connected to the water intake of the water outlet of described high-pressure service pump and the spraying device of temperature-dropping fan; Quantitative water is stored in described water filter.
2. water circuit system according to claim 1, is characterized in that, is provided with cover plate above described water tank, and described water filter and high-pressure service pump are arranged on described cover plate.
3. water circuit system according to claim 1, is characterized in that, described water tank is connected with external water source, is provided with automatic feeding water ball float and liquid level sensor in described water tank.
4. water circuit system according to claim 3, is characterized in that, the bottom of described water tank is provided with the connection set communicated with external water source.
5. an atomization temperature-dropping fan, it is characterized in that, comprise with described water circuit system arbitrary in the atomization head of fan blade, fuselage and claim 1-4, wherein, described atomization head is provided with spraying device, and the outlet of the water pipe in described water circuit system is connected to described spraying device.
6. be atomized temperature-dropping fan as claimed in claim 5, it is characterized in that, described water tank is positioned at the bottom of fuselage.
7. be atomized temperature-dropping fan as claimed in claim 6, it is characterized in that, described atomization head forms by setting gradually front safety cover, spraying device, wind scooper, motor and functional unit, fan blade and rear safety cover, described motor and functional unit are placed in described wind scooper, the two ends of described wind scooper are connected with front safety cover and rear safety cover respectively, and the lower end of described wind scooper is connected with fuselage; The output terminal of described motor is connected with fan blade, and described functional unit is the head-shaking device controlling atomization head pivotal position.
8. be atomized temperature-dropping fan as claimed in claim 7, it is characterized in that, cavity volume and air conducting tube is provided with in the housing of described wind scooper, described cavity volume comprises the second cavity volume of the first cavity volume for accommodating motor and accommodating head-shaking device, described first cavity volume is positioned at the center of the housing of wind scooper, and there is the shell of the motor for wrapping up atomization temperature-dropping fan, the shell of described first cavity volume at least major part is tubular, the outer wall of described shell is from spraying device to the tapered diameter in fan blade direction, the space between the outer wall of described shell and described inner walls is made to form the air conducting tube with reducing air-guiding aisle, the one end open of described second cavity volume is communicated with the first cavity volume, the other end opening is connected with the atomization temperature-dropping fan fuselage being positioned at its underpart.
9. be atomized temperature-dropping fan as claimed in claim 8, it is characterized in that, the bottom of the housing of described wind scooper is provided with and the turbination joint being atomized temperature-dropping fan fuselage and being connected, and described functional unit is the head-shaking device controlling atomization head pivotal position.
10. as the atomization temperature-dropping fan as described in arbitrary in claim 7-9, it is characterized in that, the turbination joint of the housing of described wind scooper is built in the top of described body shell, the top of described fuselage is provided with the cut-off groove of the water that the shell along described atomization head can be received to flow down, and the outside of described fuselage is led in the outlet of described cut-off groove.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310334413.9A CN103362836B (en) | 2013-04-14 | 2013-08-02 | A kind of water circuit system and atomization temperature-dropping fan |
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| CN201310149984.5 | 2013-04-14 | ||
| CN201310149984 | 2013-04-14 | ||
| CN201310334413.9A CN103362836B (en) | 2013-04-14 | 2013-08-02 | A kind of water circuit system and atomization temperature-dropping fan |
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| CN103362836A CN103362836A (en) | 2013-10-23 |
| CN103362836B true CN103362836B (en) | 2015-12-09 |
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| CN201310334413.9A Active CN103362836B (en) | 2013-04-14 | 2013-08-02 | A kind of water circuit system and atomization temperature-dropping fan |
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| CN109185184A (en) * | 2018-09-25 | 2019-01-11 | 江苏泰华消防电气设备有限公司 | A kind of fire fighting smoke remover |
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| CN2095368U (en) * | 1991-07-04 | 1992-02-05 | 陈浩 | Moisturizing cold wind machine |
| CN1229173A (en) * | 1998-03-16 | 1999-09-22 | 李红兵 | Electric fan |
| US6367278B1 (en) * | 1998-08-27 | 2002-04-09 | Christopher J. Strussion | Portable evaporative cooling apparatus |
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| CN103362836A (en) | 2013-10-23 |
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