Box beam automatic maintenance system
(1) technical field
This utility model relates to a kind of box beam automatic maintenance system.
(2) background technology
In box beam maintenance processes, in order to prevent concrete moisture premature evaporation, cup shake occurs, need box beam is carried out wet curing.But, during wet curing, the operation of manually spraying water of the upper and lower surface of box beam is fairly simple, and the ala lateralis listrium artificial mark spraying water operation of box beam is relatively difficult, and needing to build scaffold just can complete, and quantities is big, operation difficulty.During box girder construction, workmen is at the case indoor construction of box beam, and owing in chamber, air flow property is poor, dust concentration is big, has had a strong impact on the healthy of workmen.Additionally, box beam is in use, when summer temp is too high, needing to lower the temperature to box beam, prior art often uses the mode of watering cooling, this is accomplished by consuming substantial amounts of water resource, summer rainwater resource is abundanter, if it is possible to make full use of rainwater resource, is used for the daily cooling of box beam after being purified by rainwater-collecting, then can be greatly saved freshwater resources, meet the needs of sustainable development.
(3) summary of the invention
This utility model is in order to make up the deficiencies in the prior art, provide a kind of rational in infrastructure, convenient and practical, can collection and purification rainwater for box beam cooling in summer, the ala lateralis listrium of box beam can be carried out wet curing, the box beam automatic maintenance system of dust concentration in chamber can be reduced, solve problems of the prior art.
This utility model is achieved by the following technical solution:
nullA kind of box beam automatic maintenance system,A rainwater-collecting purifier it is provided with in the side of box beam body,Described rainwater-collecting purifier includes a horizontally disposed storage tank base,A sewage draining exit carrying control valve it is provided with on the right side of storage tank base,The water-supply-pipe that the inside being vertically arranged is connected it is respectively provided with storage tank base in the left and right sides of storage tank base top,A horizontally disposed rainwater collection catch basin it is provided with at the top of water-supply-pipe,Water-supply-pipe is connected with the inside of rainwater collection catch basin,It is arranged over a horizontally disposed cooler bin at rainwater collection catch basin,The solar energy heat collection pipe that some root bottom parts are connected it is vertically arranged with storage tank base between two water-supply-pipes,The top of solar energy heat collection pipe is connected through rainwater collection catch basin with the vaporizer being arranged within cooler bin,Be provided with on the top of vaporizer bottom several with the steam (vapor) outlet being connected inside vaporizer,It is respectively provided with an air vent in the left and right sides, top of cooler bin,A drain pipe being connected with the water pump being arranged on the left of cooler bin it is provided with in the lower left of cooler bin;It is provided with a seal box in the lower right of cooler bin, rechargeable battery, charging module and photoelectric conversion module it is sequentially provided with from right to left in seal box, center of top at cooler bin is provided with a control device, described rechargeable battery is connected with controlling device by wire, a solar panel arranged along cooler bin length direction it is respectively provided with in the left and right sides controlling device, solar panel is connected with photoelectric conversion module by wire, and described water pump is connected with controlling device by wire;A jet stream air machine it is provided with inside the chamber of box beam, jet stream air machine is connected with controller by wire, it is provided with a temperature sensor in the left side of jet stream air machine, be provided with a sensor of dust concentration on the right side of jet stream air machine, described temperature sensor is all connected with controller by wire with sensor of dust concentration;Be provided with the shower suitable with box beam shape in the outside of box beam, one end of shower is connected with water pump, is connected by support bar between shower with box beam, and on shower, just side to box beam is provided with several spray apertures.
The beneficial effects of the utility model are: this box beam automatic maintenance system, rational in infrastructure, convenient and practical, rainwater-collecting purifier can be collected and purifying rainwater, rainwater after purification lowers the temperature to box beam by water pump and shower, is greatly saved freshwater resources, meets the needs of sustainable development.It is provided with the shower suitable with box beam shape in the outside of box beam, can easily be realized the spray maintenance of box beam ala lateralis listrium, efficient quick by shower.Being provided with a jet stream air machine inside the chamber of box beam, jet stream air machine can reduce the healthy of the dust concentration in chamber, beneficially workmen.It addition, when summer, box beam temperature was too high, it is also possible to lowering the temperature to box beam with shower coordinates, shower watering cooling, jet stream air machine is from inside blowing cooling, and cooling-down effect is more preferable.Use temperature sensor and sensor of dust concentration, it is possible to realize as required cooling and dedusting automatically, use very convenient.This utility model can convert solar energy into electric energy, and whole system, without external power supply, energy-conserving and environment-protective, is suitable to wide popularization and application.
(4) accompanying drawing explanation
Below in conjunction with the accompanying drawings this utility model is further described.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of Fig. 1 moderate rain water collecting, purifying device;
Fig. 3 is the left view of Fig. 2.
In figure, 1 box beam body, 2 rainwater-collecting purifiers, 3 storage tank bases, 4 sewage draining exits, 5 water-supply-pipes, 6 rainwater collection catch basins, 7 cooler bins, 8 solar energy heat collection pipes, 9 vaporizers, 10 steam (vapor) outlets, 11 air vents, 12 water pumps, 13 drain pipies, 14 seal boxs, 15 rechargeable batteries, 16 charging modules, 17 photoelectric conversion modules, 18 control device, 19 solar panels, 20 jet stream air machines, 21 temperature sensors, 22 sensor of dust concentration, 23 showers, 24 support bars.
(5) detailed description of the invention
For the technical characterstic of this programme can be clearly described, below by detailed description of the invention, and combining its accompanying drawing, the utility model is elaborated.
nullAs shown in figs. 1-3,This embodiment is provided with a rainwater-collecting purifier 2 in the side of box beam body 1,Described rainwater-collecting purifier 2 includes a horizontally disposed storage tank base 3,A sewage draining exit 4 carrying control valve it is provided with on the right side of storage tank base 3,It is respectively provided with the water-supply-pipe 5 that the inside being vertically arranged is connected with storage tank base 3 in the left and right sides at storage tank base 3 top,A horizontally disposed rainwater collection catch basin 6 it is provided with at the top of water-supply-pipe 5,Water-supply-pipe 5 is connected with the inside of rainwater collection catch basin 6,It is arranged over a horizontally disposed cooler bin 7 at rainwater collection catch basin 6,The solar energy heat collection pipe 8 that some root bottom parts are connected it is vertically arranged with storage tank base 3 between two water-supply-pipes 5,The top of solar energy heat collection pipe 8 is connected through rainwater collection catch basin 6 with the vaporizer 9 being arranged within cooler bin 7,Be provided with on the top of vaporizer 9 bottom several with the steam (vapor) outlet 10 being connected inside vaporizer 9,It is respectively provided with an air vent 11 in the left and right sides, top of cooler bin 7,A drain pipe 13 being connected with the water pump 12 being arranged on the left of cooler bin 7 it is provided with in the lower left of cooler bin 7;A seal box 14 it is provided with in the lower right of cooler bin 7, rechargeable battery 15, charging module 16 and photoelectric conversion module 17 it is sequentially provided with from right to left in seal box 14, center of top at cooler bin 7 is provided with a control device 18, described rechargeable battery 15 is connected with controlling device 18 by wire, a solar panel 19 arranged along cooler bin 7 length direction it is respectively provided with in the left and right sides controlling device 18, solar panel 19 is connected with photoelectric conversion module 17 by wire, and described water pump 12 is connected with controlling device 18 by wire;A jet stream air machine 20 it is provided with inside the chamber of box beam, jet stream air machine 20 is connected with controller by wire, a temperature sensor 21 it is provided with in the left side of jet stream air machine 20, be provided with a sensor of dust concentration 22 on the right side of jet stream air machine 20, described temperature sensor 21 is all connected with controller by wire with sensor of dust concentration 22;Be provided with the shower 23 suitable with box beam shape in the outside of box beam, one end of shower 23 is connected with water pump 12, is connected by support bar 24 between shower 23 and box beam, and on shower 23, just side to box beam is provided with several spray apertures.
When rainy season set, rainwater collection catch basin 6 collects rainwater, and rainwater enters in storage tank base 3, according to law of connected vessels by water-supply-pipe 5, rainwater in storage tank base 3 enters back in solar energy heat collection pipe 8, and solar energy heat collection pipe 8 carries out heating evaporation to rainwater after absorbing solar energy.Steam rises in vaporizer 9, is cooled to water in the steam (vapor) outlet 10 on vaporizer 9 top enters into cooler bin 7.The temperature that temperature sensor 21 detection case is indoor, and temperature information is sent to controller, controller controls water pump 12 and extracts the rainwater after purifying in cooler bin 7 out, by shower 23 to box beam watering cooling.The dust concentration that sensor of dust concentration 22 detection case is indoor, is sent to controller by dust concentration information, and controller controls jet stream air machine 20 and ventilates to chamber.
This box beam automatic maintenance system, rational in infrastructure, convenient and practical, rainwater-collecting purifier 2 can be collected and purifying rainwater, and the rainwater after purification lowers the temperature to box beam by water pump 12 and shower 23, is greatly saved freshwater resources, meets the needs of sustainable development.It is provided with the shower 23 suitable with box beam shape in the outside of box beam, can easily be realized the spray maintenance of box beam ala lateralis listrium, efficient quick by shower 23.A jet stream air machine 20 it is provided with inside the chamber of box beam, jet stream air machine 20 can reduce the dust concentration in chamber, beneficially workmen's is healthy, additionally, when summer, box beam temperature was too high, it is also possible to lower the temperature to box beam with shower 23 coordinates, shower 23 watering cooling, jet stream air machine 20 is from inside blowing cooling, and cooling-down effect is more preferable.Use temperature sensor 21 and sensor of dust concentration 22, it is possible to realize as required cooling and dedusting automatically, use very convenient.This utility model can convert solar energy into electric energy, and whole system is without external power supply, energy-conserving and environment-protective.
This utility model does not describes part in detail, is the known technology of those skilled in the art of the present technique.Finally illustrate is, above example is only in order to illustrate the technical solution of the utility model and unrestricted, although this utility model being described in detail with reference to preferred embodiment, it will be understood by those within the art that, the technical solution of the utility model can be modified or equivalent, without deviating from objective and the scope of technical solutions of the utility model, it all should be contained in the middle of right of the present utility model.