CN103528147B - A kind of two layers flow cooling system - Google Patents
A kind of two layers flow cooling system Download PDFInfo
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- CN103528147B CN103528147B CN201310473329.5A CN201310473329A CN103528147B CN 103528147 B CN103528147 B CN 103528147B CN 201310473329 A CN201310473329 A CN 201310473329A CN 103528147 B CN103528147 B CN 103528147B
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Abstract
The present invention discloses a kind of two layers flow cooling system, comprise roof low pressure water injection system and pressure atomization system for high within doors, roof low pressure water injection system comprises outdoor temperature inductor, water inlet pipe, outlet pipe, electromagnetic water valve, controller and outdoor power supply, outdoor power supply, outdoor temperature inductor, controller and electromagnetic water valve form closed-loop path, and outlet pipe is provided with shower nozzle; Pressure atomization system for high includes water under high pressure generator, pressure piping, atomizer and indoor power supply power supply within doors, water under high pressure generator is connected with external water pipe, water under high pressure generator and pressure piping are connected, and indoor power supply power supply is electrically connected with water under high pressure generator.A kind of two layers flow cooling system of the present invention, it can reduce the heat radiation on roof and reduce the temperature of room air and environment, good cooling effect, and it is little to have energy consumption, and the low advantage with occupying the interior space of use cost, also can reach the effect of saving water resource.
Description
Technical field
The present invention relates to a kind of cooling system, particularly a kind of cooling system that iron sheet room or lightly constructed and simply equipped building are lowered the temperature.
Background technology
In the summer of sweltering heat, the living environment of contractor to the lightly constructed and simply equipped building on building site, iron sheet room carry out the lowering the temperature mode of process mainly adopts room temperature lowering or the heat insulation mode of building roof, wherein room temperature lowering mainly adopts air-conditioning, water-cooling fan or fan, but it is large that air-conditioning has energy consumption, the defect that use cost is high, it is large that water-cooling fan has volume, occupy the defect of the interior space, fan has the defect of cooling-down effect difference, construction level top is heat insulation is install thermal insulation layer on the roof in lightly constructed and simply equipped building, iron sheet room, but the installation cost of this thermal insulation layer is higher.Ye You contractor directly on the roof in lightly constructed and simply equipped building, iron sheet room mounting spray head carry out spreading water for cooling, but this kind of mode often causes great lot of water resources to run off because the water yield is uncontrollable, and cooling-down effect is bad, therefore cannot popularize use.
In view of this, the present inventor furthers investigate the problems referred to above, then produces in this case.
Summary of the invention
The object of this invention is to provide a kind of energy consumption little, use cost is low, can not occupy the interior space, good cooling effect, can't cause the two layers flow cooling system of water resource waste.
Technical scheme of the present invention is such: a kind of two layers flow cooling system, comprise roof low pressure water injection system and pressure atomization system for high within doors, above-mentioned roof low pressure water injection system is arranged on the roof upper surface in lightly constructed and simply equipped building or iron sheet room, above-mentioned roof low pressure water injection system comprises the outdoor temperature inductor for responding to roof temperature, accumbency is arranged on water inlet pipe that is on roof upper surface and that extend along the length direction on roof, some erect arrange and the outlet pipe that is connected of lower end and water inlet pipe, be arranged on the electromagnetic water valve for controlling water inlet pipe and each outlet pipe together conducting or cut-off on water inlet pipe, control the controller of electromagnetic water valve work, and outdoor power supply, above-mentioned outdoor power supply, above-mentioned outdoor temperature inductor, above-mentioned controller and above-mentioned electromagnetic water valve form a closed-loop path, the first end end of above-mentioned water inlet pipe and external water pipe are connected, second end end of above-mentioned water inlet pipe is closed form, each above-mentioned outlet pipe is spaced apart along the length direction of above-mentioned water inlet pipe, the end, upper end of each above-mentioned outlet pipe is all provided with shower nozzle, above-mentioned pressure atomization system for high is within doors installed on lightly constructed and simply equipped building or iron sheet room within doors, above-mentioned pressure atomization system for high within doors includes the temperature and humidity according to indoor and produces the water under high pressure generator of water under high pressure, be in the pressure piping on top within doors, be arranged on the atomizer that pressure piping is connected with pressure piping, and provide the indoor power supply power supply of power supply to water under high pressure generator, the input of above-mentioned water under high pressure generator is connected with external water pipe, the first end of above-mentioned pressure piping is opening-like, second end is closed form, the output of above-mentioned water under high pressure generator and the first end of above-mentioned pressure piping are connected, above-mentioned atomizer is provided with several, each above-mentioned atomizer is spaced apart along the length direction of above-mentioned pressure piping, above-mentioned indoor power supply power supply is electrically connected with above-mentioned water under high pressure generator.
Above-mentioned outdoor power supply is solar powered power supply, above-mentioned solar powered power supply comprises mounting bracket and is electrically connected solar panel, charging-discharging controller and rechargeable battery successively, above-mentioned mounting bracket comprises to be installed dull and stereotyped and is fixed on the column installed on dull and stereotyped bottom surface corner, four columns are fixedly connected with the upper surface on lightly constructed and simply equipped building or top, iron sheet house respectively, above-mentioned solar panel is fixedly mounted on the upper surface of above-mentioned installation flat board, and above-mentioned charging-discharging controller and rechargeable battery are arranged on the bottom surface of above-mentioned installation flat board.
Above-mentioned indoor power supply power supply and above-mentioned outdoor power supply are same power supply.
Above-mentioned outdoor temperature sensor is infrared temperature sensor, and above-mentioned infrared temperature sensor and above-mentioned controller are all installed on the bottom surface of above-mentioned installation flat board.
Above-mentioned shower nozzle is rotary nozzle.
Above-mentioned roof low pressure water injection system also includes the ponding sensor being arranged on lightly constructed and simply equipped building or edge, iron sheet house, above-mentioned ponding sensor is connected with the input of above-mentioned controller, collecting box is provided with outside above-mentioned ponding sensor, the sidewall of above-mentioned collecting box offering pays rent along upper water flows in interior inlet through hole, the induction end of above-mentioned ponding sensor is suspended in above-mentioned collecting box, the output of above-mentioned ponding sensor is fixed on collecting box, and the output of above-mentioned ponding sensor be provided be in outside above-mentioned collecting box be electrically connected with the input of above-mentioned controller with connect wire.
Above-mentioned water under high pressure generator comprises the indoor temperature inductor for responding to inner temperature of room, for responding to the indoor humidity inductor of humidity within doors, for generation of the high-pressure hydraulic pump of water under high pressure, for controlling the electromagnetic switch of high-pressure hydraulic pump work, and for controlling the on-off controller that electromagnetic switch closes or disconnects, above-mentioned indoor temperature inductor is connected with the input of above-mentioned on-off controller respectively with above-mentioned indoor humidity inductor, the control end of above-mentioned on-off controller is connected with above-mentioned electromagnetic switch, above-mentioned electromagnetic switch is connected with above-mentioned high-pressure hydraulic pump, above-mentioned indoor power supply power supply is connected by the power end of above-mentioned electromagnetic switch with above-mentioned high-pressure hydraulic pump.
The input of above-mentioned high-pressure hydraulic pump is connected with its one end and above-mentioned high-pressure hydraulic pump is connected, the water filter that the other end and external water pipe are connected, above-mentioned water filter comprises the coarse filter and fine filter that are connected successively, input and the external water pipe of above-mentioned coarse filter are connected, and the output of above-mentioned fine filter and the input of above-mentioned high-pressure hydraulic pump are connected.
Above-mentioned pressure atomization system for high within doors also includes the exhaust fan being arranged on side wall upper part within doors.
Above-mentioned pressure piping is positioned at each above-mentioned atomizer place mini-fan that its air-out direction is identical with the spray direction of atomizer respectively.
After adopting technique scheme, a kind of two layers flow cooling system of the present invention, its operation principle is: treat that the temperature sensor of outdoor temperature inductor can control electromagnetic water valve conducting higher than 45 degree of Time Controllers, water inlet pipe conducting, now extraneous water can flow in outlet pipe through water inlet pipe, and by the shower nozzle ejection on outlet pipe, the roof in lightly constructed and simply equipped building or iron sheet room is sprayed, the water contact sprayed meeting rapid evaporation to the roof of high temperature takes away the amount of heat on roof, lowers the temperature to roof; Simultaneously; indoor water under high pressure generator produces water under high pressure by the temperature and humidity according to indoor; this water under high pressure flow in each atomizer through pressure piping; make atomizer can spray mist particle; this mist particle can neutralize with the hot-air be blown into from window; rapid evaporation becomes water vapour and takes away indoor amount of heat, makes indoor temperature lower.Compared with prior art, a kind of two layers flow cooling system of the present invention, by roof low pressure water injection system and within doors pressure atomization system for high can corresponding minimizing roof heat radiation and reduce the temperature of room air and environment, comprehensive cooling is carried out to inside and outside lightly constructed and simply equipped building or iron sheet room, good cooling effect, and it is little to have energy consumption, the low advantage with the interior space can not be occupied of use cost, can control when the roof place of squirting is for forming current to open again after electromagnetic water valve closes certain hour by the controller of top, room low pressure water injection system simultaneously, the effect of saving water resource can be reached like this, the problem causing great lot of water resources to run off because the water yield is uncontrollable when avoiding conventional roof spray mode.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the partial enlarged drawing of Fig. 1;
Fig. 3 is another structural representation of the present invention (omission high-pressure hydraulic pump);
Fig. 4 is the schematic block circuit diagram of low pressure water injection system in roof in the present invention;
Fig. 5 is the schematic block circuit diagram of pressure atomization system for high within doors in the present invention;
Fig. 6 is the structural representation of ponding sensor in the present invention.
In figure:
Detailed description of the invention
A kind of two layers flow cooling system of the present invention, as shown in figures 1 to 6, comprise roof low pressure water injection system 10 and pressure atomization system for high 20 within doors, roof low pressure water injection system 10 is arranged on roof 100 upper surface in lightly constructed and simply equipped building or iron sheet room, this roof low pressure water injection system 10 comprises the outdoor temperature inductor 11 for responding to roof temperature, accumbency is arranged on water inlet pipe 12 that is on roof 100 upper surface and that extend along the length direction on roof 100, some erect arrange and the outlet pipe 13 that is connected of lower end and water inlet pipe 12, be arranged on the electromagnetic water valve 14 for controlling water inlet pipe 12 and each outlet pipe 13 together conducting or cut-off on water inlet pipe 12, control the controller 15 that electromagnetic water valve 14 works, and outdoor power supply 16, outdoor power supply 16, outdoor temperature inductor 11, controller 15 and electromagnetic water valve 14 form a closed-loop path.This outdoor temperature inductor 11 can be responded to the temperature on roof 100, and become data signal to send to controller 15 temperature transition sensed, the temperature value (this temperature value is traditionally arranged to be 45 degree) opened with the control electromagnetic water valve 14 set in controller 15 compares, when the temperature that outdoor temperature inductor 11 is tested is greater than 45 degree, controller 15 just can control electromagnetic water valve 14 and open, and makes water inlet pipe 12 conducting.
This outdoor power supply 16 is solar powered power supply, solar powered power supply comprises mounting bracket 161 and is electrically connected solar panel 162 successively, charging-discharging controller 163 and rechargeable battery 164, mounting bracket 161 comprises to be installed dull and stereotyped 161a and is fixed on the column 161b installed on dull and stereotyped 161a bottom surface corner, four column 161b are fixedly connected with the upper surface on roof 100 respectively, solar panel 162 be fixedly mounted on dull and stereotyped 161a is installed upper surface on, charging-discharging controller 163, rechargeable battery 164, outdoor temperature sensor 11 and controller 15 be installed in dull and stereotyped 161a is installed bottom surface on.
This outdoor temperature sensor 11 is infrared temperature sensor, the first end of this water inlet pipe 12 is opening-like and be connected with extraneous running water pipe, second end of this water inlet pipe 12 is closed form, each outlet pipe 13 is spaced apart along the length direction of water inlet pipe 12, the end, upper end of each outlet pipe 13 is all provided with shower nozzle 17, this shower nozzle 17 is rotary nozzle, the spraying range of shower nozzle 17 can be made wider by the rotation of shower nozzle 17.
This roof low pressure water injection system 10 also includes the ponding sensor 18 being arranged on lightly constructed and simply equipped building or top margin edge, iron sheet house, this ponding sensor 18 is connected with the input of controller 15, this ponding sensor 18 is equivalent to existing level sensor on the market, collecting box 19 is provided with outside this ponding sensor 18, the sidewall of collecting box 19 offering pays rent along upper water flows in interior inlet through hole 191, the induction end of ponding sensor 18 is suspended in collecting box 19, the output of ponding sensor 18 is fixed on collecting box 19, and the output of ponding sensor 18 be provided be in outside collecting box 19 be electrically connected with the input of controller 15 with connect wire 181, this connects wire 181 and is connected with controller 15.
This within doors pressure atomization system for high 20 be installed within doors 101 of lightly constructed and simply equipped building or iron sheet room, pressure atomization system for high includes the temperature and humidity according to indoor and produces the water under high pressure generator 21 of water under high pressure within doors, be in the pressure piping 22 on 101 tops within doors, be arranged on the atomizer 23 that pressure piping 22 is connected with pressure piping 22, and provide the indoor power supply power supply of power supply to water under high pressure generator 21, this water under high pressure generator 21 comprises the indoor temperature inductor 211 for responding to 101 temperature within doors, for responding to the indoor humidity inductor 212 of 101 humidity within doors, for generation of the high-pressure hydraulic pump 213 of water under high pressure, for controlling the electromagnetic switch 214 that high-pressure hydraulic pump 213 works, and for controlling the on-off controller 215 that electromagnetic switch 214 is closed or disconnect, this indoor temperature inductor 211 and indoor humidity inductor 212 are installed in the side wall upper part of within doors 101, this indoor temperature inductor 211 is connected with the input of on-off controller 215 respectively with indoor humidity inductor 212, the control end of on-off controller 215 is connected with electromagnetic switch 214, indoor power supply power supply is connected with the power end of high-pressure hydraulic pump 213 by electromagnetic switch 214, this indoor power supply power supply and outdoor power supply share a power supply, be sun-generated electric power.
High-pressure hydraulic pump 213 is the pump housing that can produce 70-100 kilogram of pressure, the input of this high-pressure hydraulic pump 213 is connected with external water pipe, this pressure piping 22 is arranged on the top of 101 sidewalls within doors, the first end of pressure piping 22 is opening-like, second end is closed form, the output of high-pressure hydraulic pump 213 and the first end of pressure piping 22 are connected, this atomizer 23 is provided with several, each atomizer 23 is spaced apart along the length direction of pressure piping 22, and this atomizer 23 is the shower nozzle of the mist particle that can produce 1-10 micron.
This within doors pressure atomization system for high 20 also include water filter 24 and exhaust fan 25, this water filter 24 can be placed on the ground of within doors 101, also can place without, this water filter 24 comprise to water carry out coarse filtration coarse filter and to water carry out essence filter fine filter, input and the external water pipe of coarse filter are connected, the output of coarse filter and the input of fine filter are connected, the output of this fine filter and the input of high-pressure hydraulic pump 213 are connected, and this exhaust fan 25 is arranged on 101 side wall upper part within doors; Like this, can the water flowed in atomizer 23 be filtered by water filter 24, prevent the delivery port of atomizer 23 from being blocked by the particle in water.
A kind of two layers flow cooling system of the present invention, its operation principle is: treat that the temperature sensor of outdoor temperature inductor 11 can control electromagnetic water valve 14 conducting higher than 45 degree of Time Controllers 15, water inlet pipe 12 conducting, now extraneous water can flow in outlet pipe 13 through water inlet pipe 12, and sprayed out by the shower nozzle 17 on outlet pipe 13, the water of this shower nozzle 17 ejection can spray the roof 100 in lightly constructed and simply equipped building or iron sheet room, the water contact sprayed meeting rapid evaporation to the roof 100 of high temperature takes away the amount of heat on roof 100, lowers the temperature to roof 100, simultaneously, treat that the temperature sensor of indoor temperature transmitter 211 is higher than 26 degree, when the induction humidity of indoor humidity sensor 212 is less than 60%, on-off controller 215 can control electromagnetic switch 214 and closes, high-pressure hydraulic pump 213 obtains electric, now extraneous water can obtain the water under high pressure of 70-100 kilogram of pressure through this high-pressure hydraulic pump 213, this water under high pressure flows in each atomizer 23 through pressure piping 22, the mist particle of 1-10 micron is sprayed by atomizer 23, this mist particle can neutralize with the hot-air be blown into from window and rapid evaporation becomes water vapour, this water vapour floats and discharges from exhaust fan 25, then take away indoor amount of heat, make indoor temperature lower, separately, treat that having the fashionable ponding sensor 18 of current in collecting box 19 is triggered, and this triggering signal is sent to controller 15, controller 15 sends corresponding control instruction to electromagnetic water valve 14, electromagnetic water valve 14 ends, now shower nozzle 3 is anhydrous sprays out, after shut-in time arrives, controller 15 controls electromagnetic water valve 14 conducting again, can prevent the room of lightly constructed and simply equipped building or iron sheet note from being formed along having current like this.Compared with prior art, a kind of two layers flow cooling system of the present invention, by roof low pressure water injection system and within doors pressure atomization system for high can corresponding minimizing roof heat radiation and reduce the temperature of room air and environment, comprehensive cooling is carried out to inside and outside lightly constructed and simply equipped building or iron sheet room, good cooling effect, and it is little to have energy consumption, the low advantage with the interior space can not be occupied of use cost, simultaneously by controller 15 and ponding inductor 18 coordinate can at the roof place of squirting for forming current time control electromagnetic water valve 14 and close certain hour, the effect of saving water resource can be reached like this, the problem causing great lot of water resources to run off because the water yield is uncontrollable when avoiding conventional roof spray mode.
In the present invention, this pressure piping 22 is positioned at each atomizer 23 place mini-fan (not shown) that its air-out direction is identical with the spray direction of atomizer 23 respectively, can be accelerated the evaporation of indoor water smoke like this by this mini-fan, the water smoke preventing atomizer 23 from spraying forms the globule and affects the problem of people in indoor normal life.
Above-described embodiment and graphic and non-limiting product form of the present invention and style, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present invention.
Claims (10)
1. a two layers flow cooling system, it is characterized in that: comprise roof low pressure water injection system and pressure atomization system for high within doors, above-mentioned roof low pressure water injection system is arranged on the roof upper surface in lightly constructed and simply equipped building or iron sheet room, above-mentioned roof low pressure water injection system comprises the outdoor temperature inductor for responding to roof temperature, accumbency is arranged on water inlet pipe that is on roof upper surface and that extend along the length direction on roof, some erect arrange and the outlet pipe that is connected of lower end and water inlet pipe, be arranged on the electromagnetic water valve for controlling water inlet pipe and each outlet pipe together conducting or cut-off on water inlet pipe, control the controller of electromagnetic water valve work, and outdoor power supply, above-mentioned outdoor power supply, above-mentioned outdoor temperature inductor, above-mentioned controller and above-mentioned electromagnetic water valve form a closed-loop path, the first end end of above-mentioned water inlet pipe and external water pipe are connected, second end end of above-mentioned water inlet pipe is closed form, each above-mentioned outlet pipe is spaced apart along the length direction of above-mentioned water inlet pipe, the end, upper end of each above-mentioned outlet pipe is all provided with shower nozzle, above-mentioned pressure atomization system for high is within doors installed on lightly constructed and simply equipped building or iron sheet room within doors, above-mentioned pressure atomization system for high within doors includes the temperature and humidity according to indoor and produces the water under high pressure generator of water under high pressure, be in the pressure piping on top within doors, be arranged on the atomizer that pressure piping is connected with pressure piping, and provide the indoor power supply power supply of power supply to water under high pressure generator, the input of above-mentioned water under high pressure generator is connected with external water pipe, the first end of above-mentioned pressure piping is opening-like, second end is closed form, the output of above-mentioned water under high pressure generator and the first end of above-mentioned pressure piping are connected, above-mentioned atomizer is provided with several, each above-mentioned atomizer is spaced apart along the length direction of above-mentioned pressure piping, above-mentioned indoor power supply power supply is electrically connected with above-mentioned water under high pressure generator.
2. a kind of two layers flow cooling system according to claim 1, it is characterized in that: above-mentioned outdoor power supply is solar powered power supply, above-mentioned solar powered power supply comprises mounting bracket and is electrically connected solar panel successively, charging-discharging controller and rechargeable battery, above-mentioned mounting bracket comprises to be installed dull and stereotyped and is fixed on the column installed on dull and stereotyped bottom surface corner, four columns are fixedly connected with the upper surface on lightly constructed and simply equipped building or top, iron sheet house respectively, above-mentioned solar panel is fixedly mounted on the upper surface of above-mentioned installation flat board, above-mentioned charging-discharging controller and rechargeable battery are arranged on the bottom surface of above-mentioned installation flat board.
3. a kind of two layers flow cooling system according to claim 2, is characterized in that: above-mentioned indoor power supply power supply and above-mentioned outdoor power supply are same power supply.
4. a kind of two layers flow cooling system according to claim 2, it is characterized in that: above-mentioned outdoor temperature sensor is infrared temperature sensor, above-mentioned infrared temperature sensor and above-mentioned controller are all installed on the bottom surface of above-mentioned installation flat board.
5. a kind of two layers flow cooling system according to claim 1, is characterized in that: above-mentioned shower nozzle is rotary nozzle.
6. a kind of two layers flow cooling system according to claim 1, it is characterized in that: above-mentioned roof low pressure water injection system also includes the ponding sensor being arranged on lightly constructed and simply equipped building or edge, iron sheet house, above-mentioned ponding sensor is connected with the input of above-mentioned controller, collecting box is provided with outside above-mentioned ponding sensor, the sidewall of above-mentioned collecting box offering pays rent along upper water flows in interior inlet through hole, the induction end of above-mentioned ponding sensor is suspended in above-mentioned collecting box, the output of above-mentioned ponding sensor is fixed on collecting box, and the output of above-mentioned ponding sensor be provided be in outside above-mentioned collecting box be electrically connected with the input of above-mentioned controller with connect wire.
7. a kind of two layers flow cooling system according to claim 1, it is characterized in that: above-mentioned water under high pressure generator comprises the indoor temperature inductor for responding to inner temperature of room, for responding to the indoor humidity inductor of humidity within doors, for generation of the high-pressure hydraulic pump of water under high pressure, for controlling the electromagnetic switch of high-pressure hydraulic pump work, and for controlling the on-off controller that electromagnetic switch closes or disconnects, above-mentioned indoor temperature inductor is connected with the input of above-mentioned on-off controller respectively with above-mentioned indoor humidity inductor, the control end of above-mentioned on-off controller is connected with above-mentioned electromagnetic switch, above-mentioned electromagnetic switch is connected with above-mentioned high-pressure hydraulic pump, above-mentioned indoor power supply power supply is connected by the power end of above-mentioned electromagnetic switch with above-mentioned high-pressure hydraulic pump.
8. a kind of two layers flow cooling system according to claim 7, it is characterized in that: the input of above-mentioned high-pressure hydraulic pump is connected with its one end and above-mentioned high-pressure hydraulic pump is connected, the water filter that the other end and external water pipe are connected, above-mentioned water filter comprises the coarse filter and fine filter that are connected successively, input and the external water pipe of above-mentioned coarse filter are connected, and the output of above-mentioned fine filter and the input of above-mentioned high-pressure hydraulic pump are connected.
9. a kind of two layers flow cooling system according to claim 1, is characterized in that: above-mentioned pressure atomization system for high within doors also includes the exhaust fan being arranged on side wall upper part within doors.
10. a kind of two layers flow cooling system according to claim 1, is characterized in that: above-mentioned pressure piping is positioned at each above-mentioned atomizer place mini-fan that its air-out direction is identical with the spray direction of atomizer respectively.
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104848435A (en) * | 2015-05-28 | 2015-08-19 | 何亮 | Air conditioner water mist spraying cooling energy-saving system |
| CN107390737A (en) * | 2017-08-31 | 2017-11-24 | 中国水利水电科学研究院 | Vehicle-loaded spraying device and concrete transportation process temperature control system |
| CN107940640A (en) * | 2017-11-14 | 2018-04-20 | 玉林市雷人节能科技有限公司 | The new air-conditioning of chamber |
| CN116658997B (en) * | 2023-07-31 | 2023-10-31 | 苏州兴亚洁净科技有限公司 | Clean room air flow control method, system, device and storage medium |
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| US4761965A (en) * | 1987-06-24 | 1988-08-09 | Viner Stephen G | Evaporative roof cooling system |
| US5643082A (en) * | 1994-08-05 | 1997-07-01 | Kabushiki Kaisha Tsunetome-Dengyo | Cool air stream generating apparatus |
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Inventor after: Deng Jinrong Inventor before: Deng Jinrong Inventor before: Chen Zhenbin |
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Effective date of registration: 20190530 Address after: 362000 Quanzhou Economic and Technological Development Zone, Quanzhou City, Fujian Province Patentee after: Quanzhou Jiarong Environmental Protection Equipment Co., Ltd. Address before: 362000 Yuanyuan, 610 Xinmen Street, Licheng District, Quanzhou City, Fujian Province, and District B, 3rd floor, Building 18, 1916 Creative Industry Park Patentee before: The smart environmental science and technology of Fujian Province's mist Co., Ltd |
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