CN105668895A

CN105668895A - Automatic rain collection and purification device

Info

Publication number: CN105668895A
Application number: CN201610131272.4A
Authority: CN
Inventors: 张舒维
Original assignee: 张舒维
Current assignee: Global Oriental Construction and Installation Engineering Co., Ltd.
Priority date: 2016-03-09
Filing date: 2016-03-09
Publication date: 2016-06-15
Anticipated expiration: 2036-03-09
Also published as: CN105668895B

Abstract

The invention relates to an automatic rain collection and purification device which comprises a bottom board, a first collector, a second collector, a first filter unit, a precipitate device, a rotating device, a sterilizing unit, a cylinder device, a heater and a cooler, wherein the bottom board is provided with a first collecting box, a first fixed block, a first filter screen, a second collecting box, a first centralizing hopper, a second filter screen, a first spring, a first support bar and a first support block; the first collector comprises a third collecting box, a first triangular block, a third filter screen, a second centralizing hopper, a first pipeline, a fourth collecting box, a second triangular block, a first bracket and a second pipeline; and the second collector comprises a first support plate, a second bracket, a first cylinder, a first push bar, a second push bar, a fifth collecting frame, a third triangular block, a first connecting plate and a second fixed block. The automatic rain collection and purification device can be used for quickly and effectively collecting satisfactory rainwater, thereby enhancing the precipitation efficiency, and further enhancing the overall purification efficiency.

Description

A kind of automatically collecting rain and purifier

Technical field

The present invention relates to rainwater processing technology field, especially relate to a kind of automatically collecting rain and cleanGasifying device.

Background technology

At present, because freshwater resources lack and exhaustive exploitation underground water causes level of ground water tightHeavily decline and become the significant problem of social common concern, particularly for northern China groundDistrict, lack of water is comparatively serious. But rainwater resource but often ignored by people in real life, orPerson collects rainwater resource and can not effectively process. Along with the increasing of people's consciousness of saving waterBy force, rainwater resource is collected and purification utilization significant.

Therefore, be necessary to provide a kind of new technical scheme to overcome above-mentioned defect.

Summary of the invention

The object of the present invention is to provide a kind of automatically collecting rain that can effectively solve the problems of the technologies described aboveAnd purifier.

For reaching the present invention's object, adopt following technical scheme: a kind of automatically collecting rain and purificationDevice, is characterized in that: described automatically collecting rain and purifier comprise base plate, be positioned at described inThe first gathering-device of base plate top, be positioned at second of the described first gathering-device left and right sidesGathering-device, be positioned at described the first gathering-device below the first filter, be positioned at described inThe settler of the first filter below, be positioned at the rotation dress of described settler belowPut, be positioned at described whirligig right side sterilizing unit, be positioned at described sterilizing unit right sideAir cylinder device, be positioned at the heater of described sterilizing unit below and be positioned at described heaterThe cooling device of below.

Compared with prior art, the present invention has following beneficial effect: automatically collecting rain of the present inventionAnd purifier is simple in structure, easy to use, can effectively collect rainwater, andEven and if rainfall hour, also can ensure the total amount of the rainwater of collecting, and then make it moreAdd and there is practicality, and the rainwater of collecting is carried out to filter sterilization sterilization, so that directlyUtilize, reduce the dependence to water resources such as underground water, reduce the waste of water resource, andAnd can carry out high-temperature sterilization treatment to it, kill germ wherein, thereby can reduce diseaseSick generation or propagation, can sink fast and effectively to the rainwater of collecting simultaneouslyForm sediment, then the rainwater suiting the requirements is collected fast and effectively, improve the effect of precipitationRate, and then improve overall purification efficiency.

Brief description of the drawings

Fig. 1 is the structural representation of automatically collecting rain of the present invention and purifier;

Detailed description of the invention

As shown in Figure 1, automatically collecting rain of the present invention and purifier comprise base plate 1, be positioned at described inThe first gathering-device 2 of base plate 1 top, be positioned at described first gathering-device 2 left and right sidesThe second gathering-device 3, be positioned at the first filter of described the first gathering-device 2 belows4, be positioned at described the first filter 4 belows settler 5, be positioned at described settlerThe whirligig 6 of 5 belows, be positioned at described whirligig 6 right sides sterilizing unit 7, be positioned atThe air cylinder device 8 on described sterilizing unit 7 right sides, be positioned at adding of described sterilizing unit 7 belowsHot charging puts 9 and be positioned at the cooling device 10 of described heater 9 belows.

As shown in Figure 1, described base plate 1 is provided with the first collecting box 11, is positioned at described firstThe first fixed block 12 in collecting box 11, be positioned at first of described the first fixed block 12 topsScreen pack 13, be positioned at described the first collecting box 11 left sides the second collecting box 14, be positioned at instituteStating first in the second collecting box 14 concentrates bucket 15, is positioned at the described first concentrated bucket 15 belowsThe second screen pack 16, be positioned at described the second collecting box 14 belows the first spring 17, positionIn first support bar 18 in described the first spring 17 left sides and be positioned at described the first back-up block 18The first back-up block 19 of top. Described the first collecting box 11 is hollow cuboid. DescribedThe first fixed block 12 is provided with two and lay respectively at the left and right two in described the first collecting box 11Side, the inner surface of one end of described the first fixed block 12 and described the first collecting box 11 is fixedConnect. The inner surface of the side of described the first screen pack 13 and described the first collecting box 11 is solidFixed connection, the following table of the upper surface of described the first fixed block 12 and described the first screen pack 13Face is fixedly connected with. Described the second collecting box 14 is hollow cuboid, described the second collecting box14 are provided with the second spring that is positioned at first through hole 141 on its right surface and is positioned at its left side142, the right-hand member of described the second spring 142 is fixedly connected with described the second collecting box 14. InstituteStating first concentrates the upper end of bucket 15 to be fixedly connected with the inner surface of described the second collecting box 14.Described the second screen pack 16 is vertical shape, the side of described the second screen pack 16 and describedThe inner surface of two collecting boxs 14 is fixedly connected with, the upper surface of described the second screen pack 16 and instituteStating first concentrates bucket 15 to be fixedly connected with. Described the first spring 17 is provided with two and lay respectively atThe left and right sides of described the second collecting box 14 belows, the lower end of described the first spring 17 and instituteThe upper surface of stating base plate 1 is fixedly connected with, and receive the upper end of described the first spring 17 and described secondHeader 14 is fixedly connected with. The lower end of described the first support bar 18 and described base plate 1 are even fixingConnect, the upper end of described the first support bar 18 is provided with the first groove 181. Described the first back-up block19 horizontal positioned, described the second collecting box 14 is fixedly connected with described the first back-up block 19,Described the first back-up block 19 be contained in described the first groove 181 and with described the first support bar18 axles turn connection, and described the first back-up block 19 is provided with several the first sawtooth 191.

As shown in Figure 1, described the first gathering-device 2 comprises the 3rd collecting box 21, is positioned at instituteState the first corner block 22 in the 3rd collecting box 21, be positioned at described the first corner block 22 topsThe 3rd screen pack 23, be positioned at described the 3rd screen pack 23 tops second concentrate bucket 24,Be positioned at described second concentrate bucket 24 tops the first pipeline 25, be positioned at described the first pipeline 25The 4th collecting box 26 of top, be positioned at the second corner block of described the 4th collecting box 2627, be positioned at described the 4th collecting box 26 belows the first support 28, be positioned at described the 3rd receiptsThe second pipe 29 of header 21 belows. Described the 3rd collecting box 21 is hollow cuboid,Described the 3rd collecting box 21 is provided with the second through hole 211 that is positioned at its lower surface. Described firstCorner block 22 is provided with two and lay respectively at the left and right sides in described the 3rd collecting box 21,Described the first corner block 22 is fixedly connected with the inner surface of described the 3rd collecting box 21, described inThe upper surface of the first corner block 22 is skewed, thereby rainwater can be focused on to the described the 3rdThe mid portion of collecting box 21. Described the 3rd screen pack 23 is horizontal, described the 3rd mistakeThe side of filter screen 23 and described the first corner block 22 are even fixing with described the 3rd collecting box 21Connect. Described second concentrates the upper end of bucket 24 and the inner surface of described the 3rd collecting box 21 to fixConnect. The lower end of described the first pipeline 25 and described second concentrates the inner surface of bucket 24 to fixConnect, described the first pipeline 25 is provided with the second groove 251 that runs through its surface, left and right, makesObtaining rainwater enters in described the first pipeline 25 through the second groove 251. The described the 4th collectsCase 26 is hollow cuboid, and the lower surface of described the 4th collecting box 26 is provided with third through-hole261, described third through-hole 261 is aimed at and with the described the 4th in the upper end of described the first pipeline 25The lower surface of collecting box 26 is fixedly connected with. Described the second corner block 27 is provided with two and differenceBe positioned at described the 4th collecting box 26, the cross section of described the second corner block 27 is triangleShape, described the second corner block 27 is fixedly connected with the inner surface of described the 4th collecting box 26.Described the first support 28 is provided with two and lay respectively at the left and right two of described the first pipeline 25Side, one end of described the first support 28 is fixedly connected with the side of described the first pipeline 25,The fixing company of lower surface of the other end of described the first support 28 and described the 4th collecting box 26Connect. The upper end of described second pipe 29 aim at described the second through hole 211 and with described the 3rd receiptsThe lower surface of header 21 is fixedly connected with.

As shown in Figure 1, described the second gathering-device 3 is provided with two and lay respectively at the described the 3rdThe left and right sides of collecting box 21, described the second gathering-device 3 comprise the first gripper shoe 31,Be positioned at described the first gripper shoe 31 belows the second support 32, be positioned at described the first gripper shoeThe first cylinder 33 of 31 tops, be positioned at the first catch bar of described the first cylinder 33 tops34, be positioned at described the first catch bar 34 tops the second catch bar 35, be positioned at described secondThe 5th of catch bar 35 tops collect frame 36, be arranged at the described the 5th collects the in frame 36Three corner blocks 37, be arranged at the described the 5th and collect the first connecting plate 38 on frame 36 and be positioned atThe second fixed block of described the first connecting plate 38 belows. One end of described the first gripper shoe 31Be fixedly connected with the side of described the 3rd collecting box 21. One end of described the second support 32 withThe lower surface of described the 3rd collecting box 21 is fixedly connected with, the other end of described the second support 32Be fixedly connected with described the first gripper shoe 31. The lower surface of described the first cylinder 33 with described inThe upper surface of the first gripper shoe 31 is fixedly connected with. The lower end of described the first catch bar 34 and instituteState the first cylinder 33 and connect, the upper end of described the first catch bar 34 and described the second catch bar35 lower end axle turns connection. Frame is collected in the upper end of described the second catch bar 35 and the described the 5th36 lower surface is fixedly connected with. The described the 5th collects frame 36 is hollow cuboid, described inThe side of the second fixed block is fixedly connected with described the 3rd collecting box 21, and the described the 5th collects frame36 turn and are connected with described the second fixed block axle. The cross section of described the 3rd corner block 37 is threeDihedral, described the 3rd corner block 37 and the described the 5th is collected fixing company of inner surface of frame 36Connect. One end of described the first connecting plate 38 and the described the 5th is collected frame 36 and is fixedly connected with.

As shown in Figure 1, described the first filter 4 comprises the first filter frame 41, is positioned at instituteState the first filter frame 41 fixing buckets 42 in top first, be positioned at the described first fixing bucket 42 topsHead rod 43, be positioned at described the first filter frame 41 the 4th screen pack 44, positionIn the first back shaft 45 of described the 4th screen pack 44 belows, be arranged at described first and supportThe 5th screen pack 46 on axle 45, be positioned at the 6th filtration in described the first back shaft 45 left sidesNet 47, be positioned at described the 6th screen pack 47 left sides the first sponge block 48, be positioned at describedThe 7th screen pack 49 of one sponge block 48 belows and be positioned at described the first filter frame 41 fallStream piece 40. The cross section of described the first filter frame 41 is zigzag, described the first filter frame41 be provided with the first brace 411, be arranged at the first transverse slat on described the first filter frame 41412, be positioned at described the first transverse slat 412 tops the first montant 413, the 3rd support 414,Be positioned at the first support ring 415 of described the first transverse slat 412 belows, described the first brace 411Two ends be fixedly connected with described the first filter frame 41. Described the first filter frame 41 runs through instituteState the upper and lower surface of the first transverse slat 412 and be fixedly connected with it. Described the first montant 412Upper end is fixedly connected with described the first filter frame 41, the lower end of described the first montant 413 and instituteStating the first transverse slat 412 is fixedly connected with. One end of described the 3rd support 414 and described the first horizontal strokePlate 412 is fixedly connected with, the other end of described the 3rd support 414 and described the first filter frame 41Be fixedly connected with. Described the first support ring 415 is the cylinder that cross section is annulus, described firstThe upper surface of support ring 415 is fixedly connected with the lower surface of described the first transverse slat 412. DescribedThe cross section of the first fixing bucket 42 is hollow isosceles trapezoid, the described first fixing bucket 42Lower surface is fixedly connected with the upper surface of described the first filter frame 41, the described first fixing bucket42 inside communicates with the inside of described the first filter frame 41, the described first fixing bucket 42Upper end is fixedly connected with described second pipe 29. Described head rod 43 be provided with two andLay respectively at the left and right sides of described second pipe 29, described head rod 43 is verticalShape, the lower surface of the upper end of described head rod 43 and described the 3rd collecting box 21 is fixedConnect, the lower end of described head rod 43 is fixedly connected with the described first fixing bucket 42.The fixing company of inner surface of the side of described the 4th screen pack 44 and described the first filter frame 41Connect. Described the first back shaft 45 is fixedly connected with described the first filter frame 41. The described the 5thScreen pack 46 is provided with two and lay respectively at the left and right sides of described the first back shaft 45, instituteState the 5th screen pack 46 and be skewed, the lower end of described the 5th screen pack 46 and described firstBack shaft 45 is fixedly connected with, and makes the 5th screen pack 46 that is positioned at the left and right sides be V wordShape, thus can again filter the rainwater being filtered by described the 4th screen pack 44, andAnd impurity wherein can be focused between the 5th screen pack 46 and the first back shaft 45,And be deposited in wherein, and current are when larger, can make current through the 5th screen pack46 upper end, toward two side flow, prevents that excessive the 5th screen pack 46 that causes of pressure is damaged.Described the 6th screen pack 47 is skewed, the side of described the 6th screen pack 47 and describedThe inner surface of one filter frame 41 is fixedly connected with, thereby can make impurity focus on the 6th filtrationThe lower end of net 47, thus the filter effect of its upper end can be ensured. Described the first sponge block48 side is fixedly connected with the inner surface of described the first filter frame 41. The described the 7th filtersThe side of net 49 is fixedly connected with the inner surface of described the first filter frame 41, described the 7th mistakeBetween filter screen 49 and described the first sponge block 48, be placed with active carbon. Described refluence piece 40 withThe inner surface of described the first filter frame 41 is fixedly connected with.

As shown in Figure 1, described settler 5 comprises precipitation frame 51, is positioned at described precipitation frameThe 3rd of 51 tops concentrate bucket 52, be positioned at gear frame 53 around of described precipitation frame 51, be positioned atCrossing pan 54, be positioned at the described filtering ring of pan 54 belows crossed in described precipitation frame 5155, be positioned at described filtering ring 55 branching block 56, be positioned at described precipitation frame 51 aroundCollecting ring 57, be arranged at the first retainer ring 58 on described collecting ring 57, be positioned at described receiptsCollection encircles the baffle ring 59 of 57 belows and is positioned at the second retainer ring of described collecting ring 57 tops50. Described precipitation frame 51 is provided with some fourth holes 511. The described the 3rd concentrates bucket 52Upper end be fixedly connected with described the first filter frame 41, the described the 3rd concentrates bucket 52 following tableFace is connected with the upper surface slide of described precipitation frame 51, the lower end of described the first filter frame 41Extend to the described the 3rd inside of concentrating bucket 52. Described gear frame 53 in the form of a ring, described gear frame53 lower surface is skewed, and the inner surface of described gear frame 53 and the described the 3rd is concentrated bucket 52Be fixedly connected with, the outer surface of the inner surface of described gear frame 53 and described precipitation frame 51 slides and connectsConnect, make the described the 3rd to concentrate bucket 52 and described gear frame 53 together relative described precipitationFrame 51 rotates, and the lower surface of described gear frame 53 is provided with some fifth holes 531, and describedThe lower surface of one support ring 415 is fixedly connected with the upper surface of described gear frame 53, described filtrationThe upper end of bucket 54 is fixedly connected with the inner surface of described precipitation frame 51, thereby can be to rainwaterFilter, and impurity can be focused on to the centre of precipitation frame 51. Described filtering ring55 cross section is circular, the lower surface of described filtering ring 55 and described precipitation frame 51Inner surface is fixedly connected with, the upper end of described filtering ring 55 and the described lower surface of crossing pan 54Be fixedly connected with, thereby impurity can be focused in filtering ring 55. Described branching block 56 isCone, the fixing company of inner surface of the lower surface of described branching block 56 and described precipitation frame 51Connect, thereby around rainwater can being focused on, facilitated pan 54 and filtering ring 55 revolvingWhile turning, water is filtered. Described collecting ring 57 in the form of a ring, put by described collecting ring 57 levelsPut, the cross section of described collecting ring 57 is hollow isosceles trapezoid, 57 of described collecting ringsIn the below of described fifth hole 531, make the rainwater flowing out from described fifth hole 531Enter in collecting ring 57. The inner surface of described the first retainer ring 58 and described precipitation frame 51Outer surface be fixedly connected with, the outer surface of described the first retainer ring 58 and described collecting ring 57Be fixedly connected with. In the form of a ring, the cross section of described baffle ring 59 is bending to described baffle ring 59,The upper end of described baffle ring 59 is fixedly connected with the outer surface of described collecting ring 57. Described secondThe inner surface of retainer ring 50 is fixedly connected with the outer surface of described precipitation frame 51, and described secondThe lower surface of retainer ring 50 is fixedly connected with the upper surface of described collecting ring 57.

As shown in Figure 1, described whirligig 6 comprises the first motor 61, is positioned at described firstThe first rotating shaft 62 of motor 61 tops, be positioned at the 4th of described first motor 61 left and right sidesSupport 63, be positioned at described the first motor 61 belows the second support bar 64, be positioned at describedThe 3rd support bar 65 of two support bar 64 left and right sides, be positioned at described the 3rd support bar 65 timesSide the first framework 66, be positioned at described the first framework 66 the 8th screen pack 67, be positioned atThe 4th support bar 68 of described the first framework 66 belows, be positioned at described the 4th support bar 68 timesThe first backing plate 69 of side and be positioned at second montant 60 on described the 4th support bar 68 right sides. InstituteStating the first motor 61 is electrically connected with power supply. The lower end of described the first rotating shaft 62 and describedOne motor 61 connects, the lower surface of the upper end of described the first rotating shaft 62 and described precipitation frame 51Be fixedly connected with. Described the 4th support 63 is provided with two and lay respectively at described the first motor 61The left and right sides, described the 4th support 63 is L-type, one end of described the 4th support 63 withThe side of described the first motor 61 is fixedly connected with, and the other end of described the 4th support 63 leansOn the lower surface of described precipitation frame 51 and with it, be slidably connected. Described the second support bar 64Upper end be fixedly connected with the lower surface of described the first motor 61, described the second support bar 64Lower end be fixedly connected with the inner surface of described the first framework 66, described the second support bar 64Lower end be provided with the 3rd groove 641, described the 3rd groove 641 runs through described the second support bar64 surface, left and right. Described the 3rd support bar 65 is provided with two and lay respectively at described secondThe left and right sides of support bar 64, the upper end of described the 3rd support bar 65 and described the 4th support63 are fixedly connected with, the interior table of the lower end of described the 3rd support bar 65 and described the first framework 66Face is fixedly connected with, and the lower end of described the 3rd support bar 65 is provided with the 4th groove 651, and describedFour grooves 651 run through the surface, left and right of described the 3rd support bar 65. Described the first framework 66Cross section be hollow right-angled trapezium, the lower surface of described the first framework 66 is skewed,The right surface of described the first framework 66 is provided with the 6th through hole 661. Described the 8th screen pack 67Cross section be bending, the lower end of described the 8th screen pack 67 and described the first framework 66Inner surface be fixedly connected with, thereby can again filter rainwater. The described the 4th supportsThe upper end of bar 68 is fixedly connected with described the first framework 66, under described the 4th support bar 68End is fixedly connected with described the first backing plate 69, and described the 4th support bar 68 is provided with and is positioned at itFirst cross bar 681 on right side, be positioned at the 5th support 682 on described the first cross bar 681 right sidesAnd be positioned at the second brace 683 of described the 5th support 682 belows, described the first cross bar 681Horizontal, the right surface of the left end of described the first cross bar 681 and described the 4th support bar 68Be fixedly connected with the left surface of the right-hand member of described the first cross bar 681 and described the 5th support 682Be fixedly connected with. Described the 5th support 682 is L-type, one end of described the 5th support 682 withThe lower surface of described the first framework 66 is fixedly connected with, and the other end of described the 5th support 682 isHorizontal and be fixedly connected with described the second brace 683 with the left surface of described the second montant 60Upper end be fixedly connected with described the 5th support 682, the lower end of described the second brace 683 withThe upper surface of described the first backing plate 69 is fixedly connected with. The upper end of described the second montant 60 and instituteThe lower surface of stating the first framework 66 is fixedly connected with, and the lower end of described the second montant 60 is provided withFive grooves 601, be contained in the first roller 602 in described the 5th groove 601 and be arranged atThe second sawtooth 603 on described the first roller 602, described the first roller 602 is contained in instituteState in the 5th groove 601 and turn and be connected, described the second sawtooth with described the second montant 60 axles603 are provided with several and are evenly distributed on described the first roller 602 described the second sawtooth603 cooperatively interact with described the first sawtooth 191, and then can drive described the first back-up block19 rotations, described the first roller 602 is connected with motor.

As shown in Figure 1, described sterilizing unit 7 comprises sterilization frame 71, is positioned at described sterilization frameThe 3rd pipeline 72 in 71 left sides, the 9th screen pack 73 that is positioned at described sterilization frame 71, positionIn the cloche 74 on described the 9th screen pack 73 right sides, be positioned at the purple of described cloche 74Outside line lamp 75, be positioned at described sterilization frame 71 tops power supply 76, be positioned at described sterilization frame 71In rail bracket 77, be positioned at described sterilization frame 71 belows the 4th pipeline 78, be arranged at instituteState the first valve 79 on the 4th pipeline 78 and be positioned at described the 4th pipeline 78 left and right sidesThe 5th support bar 70. Described sterilization frame 71 is hollow cuboid, on described sterilization frame 71Be provided be positioned at its left surface the 7th through hole 711, be positioned at the 8th through hole 712 of its lower surface.One end of described the 3rd pipeline 72 aim at described the 7th through hole 711 and with described sterilization frame 71Left surface be fixedly connected with, the other end of described the 3rd pipeline 72 is aimed at described the first through hole141 and be fixedly connected with described second pipe 72 with the right surface of described the second collecting box 14Be provided with the first water pump 722, the second valve 721, be positioned at described the first water pump 722 belowsThe second cross bar 723, be positioned at described the second cross bar 723 tops the 3rd cross bar 724, be positioned at instituteState the second valve 721 tops the 4th cross bar 725, be positioned at described the 4th cross bar 725 belowsThe 3rd brace 726, be positioned at described the 4th cross bar 725 tops the 3rd montant 727 and positionIn the 5th cross bar 728 in described the 3rd montant 727 left sides, a left side for described the second cross bar 723End is fixedly connected with the right surface of described the first framework 66, and described the 3rd pipeline 72 runs through instituteState the upper and lower surface of the second cross bar 723 and be fixedly connected with it, thereby to described the 3rd pipeline72 play fixing effect. The left end of described the 3rd cross bar 724 and described the 3rd pipeline 72Be fixedly connected with. The left surface of the right-hand member of described the 4th cross bar 725 and described sterilization frame 71 is fixedConnect, the right surface of the left end of described the 4th cross bar 725 and described the first filter frame 41 is fixedConnect, described the 3rd pipeline 72 runs through the upper and lower surface of described the 4th cross bar 725 and solid with itFixed connection. The right surface of the lower end of described the 3rd brace 726 and described the first filter frame 41 is solidFixed connection, the lower surface of the upper end of described the 3rd brace 726 and described the 4th cross bar 725 is solidFixed connection. The upper surface of the lower end of described the 3rd montant 727 and described the 4th cross bar 725 is solidFixed connection, the lower surface of the upper end of described the 3rd montant 727 and described the second support 32 is fixedConnect. The left surface of the right-hand member of described the 5th cross bar 728 and described the 3rd montant 727 is fixedConnect, the right surface of the left end of described the 5th cross bar 728 and described the first filter frame 41 is fixedConnect. It is hollow hemispherical that described the 9th screen pack 73 is, described the 9th screen pack 73Left surface is fixedly connected with the inner surface of described sterilization frame 71,73 of described the 9th screen packsIn the right side of described the 7th through hole 711. Described cloche 74 is hollow hemisphere shape, described glassGlass cover 74 adopts clear glass to make, the upper surface of described cloche 74 and described sterilization frame71 inner surface is fixedly connected with. Described ultraviolet lamp 75 is electrically connected with power supply 76. DescribedRail bracket 77 is L-type, the inner surface of the two ends of described rail bracket 77 and described sterilization frame 71Be fixedly connected with. Described the 8th through hole 712 is aimed at and with described in the upper end of described the 4th pipeline 78The lower surface of sterilization frame 71 is fixedly connected with. Described the 5th support bar 70 is provided with two and differenceBe positioned at the left and right sides of described the 4th pipeline 78, the upper end of described the 5th support bar 70 and instituteThe lower surface of stating sterilization frame 71 is fixedly connected with.

As shown in Figure 1, described air cylinder device 8 comprises the second cylinder 81, is positioned at described secondThe 3rd catch bar 82 in cylinder 81 left sides, be positioned at first location on described sterilization frame 71 right sidesPost 83, be positioned at described the first locating dowel 83 the 4th catch bar 84, be positioned at described secondThe 6th support 85 of cylinder 81 tops, be positioned at the 7th support of described the second cylinder 81 belows86, be positioned at described the 7th support 86 left sides the 4th brace 87, be positioned at described the 4th promotionThe tenth screen pack 88 of bar 84 belows, be positioned at the 3rd bullet of described the tenth screen pack 88 belowsSpring 89. Described the 3rd catch bar 82 is cuboid, and described the 3rd catch bar 82 levels are putPut, the right-hand member of described the 3rd catch bar 82 is connected with described the second cylinder 81. Described firstThe left surface of locating dowel 83 is fixedly connected with the right surface of described sterilization frame 71, and described firstLocating dowel 83 is provided with the first passage that runs through its surface, left and right, and described first passage is rectangularBody shape, the left end of described the 3rd catch bar 82 is contained in described first passage and can be in instituteState in first passage and move left and right. Described the 4th catch bar 84 adopts elastomeric material to make, instituteState the 4th catch bar 84 upper end be contained in described first passage and with described the first locationPost 83 is slidably connected, described the 4th catch bar 84 run through described sterilization frame 71 right surface andBe slidably connected with it, the lower end of described the 4th catch bar 84 extends in described sterilization frame 71And lean on described rail bracket 77. One end of described the 6th support 85 and described the second gasThe upper surface of cylinder 81 is fixedly connected with, the other end of described the 6th support 85 and described sterilization frame71 right surface is fixedly connected with, and described the 6th support 85 is provided with the second connecting rod 851, instituteThe upper end of stating the second connecting rod 851 is fixedly connected with described the 6th support 85, and described second connectsThe lower end of extension bar 851 is fixedly connected with the upper surface of described the first locating dowel 83. The described the 7thOne end of support 86 is fixedly connected with the lower surface of described the second cylinder 81, described the 7thThe other end of frame 86 is fixedly connected with described the 4th brace 87. One of described the 4th brace 87End is fixedly connected with described the first locating dowel 83, the other end of described the 4th brace 87 and instituteStating sterilization frame 71 is fixedly connected with. The side of described the tenth screen pack 88 and described sterilization frame 71Inner surface be slidably connected, described rail bracket 77 runs through the upper and lower of described the tenth screen pack 88Surface and be slidably connected with it. Described the 3rd spring 89 is provided with several and arrange successively left and rightRow, the lower end of described the 3rd spring 89 is fixedly connected with the inner surface of described sterilization frame 71,The upper end of described the 3rd spring 89 is fixedly connected with described the tenth screen pack 88.

As shown in Figure 1, described heater 9 comprises heating frame 91, is positioned at described heating frameThe second sponge block 92 in 91, be positioned at the first twisted plate of described the second sponge block 92 belows93, be positioned at described the first twisted plate 93 belows the 6th support bar 94, be positioned at the described the 6thThe second gripper shoe 95 of support bar 94 belows, be positioned at the loose of described the second gripper shoe 95 belowsHot frame 96, be positioned at described heat radiation frame 96 belows the 7th support bar 97, be positioned at described heatingThe 5th pipeline 98 of frame 91 belows, be positioned at the 3rd connecting rod 99 in described heating frame 91 left sidesAnd be positioned at the 8th support 90 on described heating frame 91 right sides. Described heating frame 91 is hollowCylinder, described heating frame 91 is provided with, the 9th through hole 911, be positioned at of its lower surfaceTen through holes 912, described in the lower end aligned of described the 4th pipeline 78 the 9th through hole 911 and with instituteThe upper surface of stating heating frame 91 is fixedly connected with, the lower end of described the 5th support bar 70 with described inHeating frame 91 is fixedly connected with. Described the second sponge block 92 is positioned at described the 9th through hole 911Under, the inner surface of the upper surface of described the second sponge block 92 and described heating frame 91 is solidFixed connection. Described the first twisted plate 93 is the cylinder that cross section is semi-annular shape, described secondThe lower surface of sponge block 92 is fixedly connected with the upper surface of described the first twisted plate 93, described inThe lower surface of the first twisted plate 93 is fixedly connected with the upper surface of described the second gripper shoe 95.The side of described the second gripper shoe 95 is fixedly connected with the inner surface of described heating frame 91, instituteState the second gripper shoe 95 and be provided with the 11 through hole 951 that runs through its upper and lower surface. DescribedSix support bars 94 are provided with two and lay respectively at the left and right two in described the first twisted plate 93Side, the upper surface of the lower end of described the 6th support bar 94 and described the second gripper shoe 95 is fixedConnect, the inner surface of the upper end of described the 6th support bar 94 and described the first twisted plate 93 is solidFixed connection. Described heat radiation frame 96 is hollow cuboid, the upper surface of described heat radiation frame 96Be fixedly connected with the lower surface of described the second gripper shoe 95, described heat radiation frame 96 adopts heat conductionMaterial is made, and in described heat radiation frame 96, is provided with heating rod 961, described heating rod 961 and electricitySource 76 is electrically connected, and described heating rod 961 can be heated. The described the 7th supportsBar 97 is provided with two and lay respectively at the left and right sides of described heat radiation frame 96 belows, describedThe upper end of seven support bars 97 is fixedly connected with the lower surface of described heat radiation frame 96, and the described the 7thThe lower end of support bar 97 is fixedly connected with the inner surface of described heating frame 91, described the 7thThe lower end of strut 97 is provided with the 6th groove 971, and described the 6th groove 971 runs through the described the 7thThe surface, left and right of support bar 97. Described the tenth through hole is aimed in the upper end of described the 5th pipeline 98912 and be fixedly connected with the lower surface of described heating frame 91, on described the 5th pipeline 98, establishThere is the 3rd valve 981. The side of the right-hand member of described the 3rd connecting rod 99 and described heating frame 91Face is fixedly connected with, and the left end of described the 3rd connecting rod 99 and described the first water pump 722 are even fixingConnect. One end of described the 8th support 90 is fixedly connected with the side of described heating frame 91, instituteThe other end of stating the 8th support 90 is horizontal.

As shown in Figure 1, described cooling device 10 comprise cooler bin 101, be positioned at described coolingThe first cooling frame 102 in case 101, be positioned at the first cold of described the first cooling frame 102But manage 103, be positioned at described the first cooling frame 102 belows the 8th support bar 104, be positioned at instituteState the 8th support bar 104 belows the second cooling frame 105, be contained in described the second cooling frameThe second cooling tube 106 of 105 belows, be positioned at the 6th pipeline of described cooler bin 101 belows107 and be arranged at the 4th valve 108 on described the 6th pipeline 107. Described cooler bin 101Be hollow cuboid, the lower surface of described cooler bin 101 is provided with the first circular hole. DescribedTwo cooling frames 105 are hollow cuboid, the lower surface of described the second cooling frame 105 and instituteThe inner surface of stating cooler bin 101 is fixedly connected with, and described the second cooling frame 105 adopts heat conduction materialMaterial is made. Described the second cooling tube 106 is provided with several and is evenly distributed on described second coldBut in frame 105, the interior circulation of described the second cooling tube 106 has water. Described the 8th support bar104 are provided with two and lay respectively at the left and right sides of described the second cooling frame 105 tops, instituteState the lower end of the 8th support bar 104 and the upper surface of described the second cooling frame 105 even fixingConnect, the lower surface of the upper end of described the 8th support bar 104 and described the first cooling frame 102 is solidFixed connection. Described the first cooling frame 102 is hollow cylinder, described the first cooling frame102 horizontal positioned, described the first cooling frame 102 adopts Heat Conduction Material to make. Described firstWater pipe 103 is provided with several and is evenly distributed on described the first cooling frame 102. The described the 6thPipeline 107 is provided with two and lay respectively at the left and right sides of described cooler bin 101 belows, instituteThe upper end of stating the 6th pipeline 107 aim at described the first circular hole and with described cooler bin 101 underSurface is fixedly connected with. The right-hand member of described the second cross bar 723 and the 3rd cross bar 724 and described coldBut the left surface of case 101 is fixedly connected with.

As shown in Figure 1, when described automatically collecting rain and purifier use, in the time that rainfall is larger,Can start the first cylinder 33, thereby concentrate bucket by the 4th collecting box 26 and second24 complete the collection to rainwater, enter into rainwater in the 4th collecting box 26 through the two or threeThe concentrated effect of hornblock 27 enters in the first pipeline 25, then enters into the 3rd collecting boxIn 21, can concentrate bucket 24 that rainwater is focused on to the 3rd collecting box 21 by second simultaneouslyIn, thereby can realize, the shunt volume of rainwater is reclaimed, otherwise hydraulic pressure is excessive, and preventsThe excessive draining difficulty causing of current, the concentrated rainwater of larger efficiency; In the time that rainfall is larger,Can start the first cylinder 33, the first catch bar 34 and the second catch bar 35 are upwards pushed awayThe moving the 5th collects frame 36, collects frame 36 in level by the 5th, and then makes the 5thCollect the area maximum that frame 36 contacts with rainwater, can collect as soon as possible full rainwater, then makeObtaining the first cylinder 33 drives the first catch bar 34 and the second catch bar 35 upwards to promote the 5th receiptsCollection frame 36 continues to move up, and makes the 5th to collect water in frame 36 and be poured into second and concentrateIn bucket 24, then enter into the 3rd through the second groove 251 and collect in 21, then pass throughSecond pipe 29 enters in described the first filter frame 21, then through the 4th screen pack 44Filtration after enter into below, because the 5th screen pack 46 is in the shape of the letter V, make part water warpThe two ends of crossing the 5th screen pack 46 directly flow to below, and then part focuses on the 5th filtrationBetween net 46, after the filtration of the 5th screen pack 46, enter into below, simultaneously whereinImpurity focuses between the 5th screen pack 46, thereby current can be divided into some parts, subtractsThe pressure of weep, prevents the damage that it causes the 5th screen pack 46. Then through flowing backwardsThe guide functions of piece 40 flows to the left, then backward through the filtration of the 6th screen pack 47Current downflow then enters into after the filtration of the first sponge block 48 and the 7th screen pack 49In precipitation frame 51, enter into below through after crossing the filtration of pan 54, wherein impurity entersTo between filtering ring 55, and be distributed in described branching block 56 around, then start theOne motor 61, makes to precipitate frame 51 and starts rotation, now the 3rd concentrates bucket 52 and gear frame 53Maintain static and slide with described precipitation frame 51, the water in described precipitation frame 51 startsDo centrifugal motion, and it is carried out to precipitation, because impurity is in filtering ring 55, makeImpurity starts on filtering ring 55 inner surfaces upwards to flow, and owing to crossing pan 54Arrange, make impurity concentrate on the below of pan 54 and can not move up, and rainwaterStart upwards to flow, in the time that rainwater reaches the height of fourth hole 511, rainwater is through the 4thThrough hole 511 enters in gear frame 53, enters into collecting ring 57 through fifth hole 531In, then pass through the concentrated effect of baffle ring 59, rainwater is focused in the first framework 66,Then the rainwater in the second support bar 64 and the 3rd support bar 65 left sides is through the 3rd groove 641And the 4th groove 651 flow to right side, then after the filtration of the 8th screen pack 67, warpCrossing the 6th through hole 661 enters into first and concentrates bucket 15 concentrated effect to enter into the second collecting boxIn 14, then start the motor being connected with the first roller 602, the first roller 602 is revolvedTurn, and then by the cooperation of the second sawtooth 603 and the first sawtooth 191, make the first supportPiece 19 turns clockwise, and then the second collecting box 14 is turned clockwise, and makes secondWater in collecting box 14 focuses on the right side in the second collecting box 14, through the second screen packAfter 16 filtration, enter in the 3rd pipeline 72 through the first through hole 141, then startOne air pump 722 and open the second valve 721, enters in sterilization frame 71 rainwater,Then after the filtration of the 9th screen pack 73, focus on the below in sterilization frame 71, thenStart ultraviolet lamp 75, make it send ultraviolet ray, and impinge upon rainwater through cloche 74Above it is carried out to sterilization. Start the second cylinder 81 simultaneously, make the 3rd catch bar 82 leftPromote the 4th catch bar 84, the 4th catch bar 84 is deformed and push up and press the tenth downwardsScreen pack 88, moves down the tenth screen pack 88, and then the second cylinder 81 makesThree catch bars 82 move right, and then the 3rd spring 89 upwards pushes up and presses the tenth screen pack 88,The tenth screen pack 88 is moved up, and then the 4th catch bar 84 is moved up alsoThere is strain, the tenth screen pack 88 is constantly moved up and down, and then make currentConstantly move up and down, thereby the better effects if that makes ultraviolet ray carry out sterilization to it preventsThe water of water surface below cannot pass through ultraviolet sterilization processing. After sterilization, open firstValve 79, enters in the 4th pipeline 78 rainwater in sterilization frame 71, then entersIn heating frame 91, through backward two side flow of filtration of the second sponge block 92, and suitableThe upper surface of the first twisted plate 93 to two side flow, now start heating rod 961, makeThe interior temperature rise of heating frame 91, so can heat the water in heating frame 91 so thatCarry out sterilizing, then because rainwater is distributed in heat radiation frame 96 and the first twisted plate 93Around, make it larger with the area that heat radiation frame 96 contacts, and then make heating very fast, subtractThe waste of few energy. Then open the 3rd valve 981, the water in heating frame 91 is enteredIn the 5th pipeline 98, then enter in cooler bin 101, now the first cooling tube 103And the interior circulation of the second cooling tube 106 has water, thereby can carry out the water in cooler bin 101Cooling, due to the setting of the first cooling frame 102 and the second cooling frame 105, make itself and waterContact area larger, and then make cooling effect more remarkable, and cooling efficiency is moreHeight, to be cooled after, open the 4th valve 108 and enter in the 6th pipeline 107, soAfter enter in the first collecting box 11, and enter after the filtration of the first screen pack 13To the bottom of the first collecting box 11. So far, automatically collecting rain of the present invention and purifier usedJourney is described.

Claims

1. automatically collecting rain and a purifier, is characterized in that: described automatically collecting rain and purifierComprise base plate, be positioned at described base plate top the first gathering-device, be positioned at described first and collect dressPut the left and right sides the second gathering-device, be positioned at first of described the first gathering-device below and filterDevice, be positioned at described the first filter below settler, be positioned under described settlerThe whirligig of side, be positioned at described whirligig right side sterilizing unit, be positioned at described sterilization dressPut right side air cylinder device, be positioned at the heater of described sterilizing unit below and be positioned at described in addThe cooling device of the hot charging side of depositing, described base plate is provided with the first collecting box, is positioned at described firstThe first fixed block in collecting box, be positioned at the first screen pack, the position of described the first fixed block topIn second collecting box in described the first collecting box left side, be positioned at first of described the second collecting boxConcentrate bucket, be positioned at described first the second screen pack of concentrating bucket below, be positioned at described second and collectThe first spring of case below, be positioned at first support bar in described the first spring left side and be positioned at described inThe first back-up block of the first back-up block top, described the first gathering-device comprise the 3rd collecting box,Be positioned at described the 3rd collecting box the first corner block, be positioned at the of described the first corner block topThree screen packs, be positioned at second of described the 3rd screen pack top and concentrate bucket, be positioned at described the second collectionThe first pipeline of middle bucket top, be positioned at described the first pipeline top the 4th collecting box, be positioned at instituteState the second corner block in the 4th collecting box, be positioned at first of described the 4th collecting box belowFrame, be positioned at the second pipe of described the 3rd collecting box below, described the second gathering-device comprises theOne gripper shoe, be positioned at described the first gripper shoe below the second support, be positioned at described first and supportThe first cylinder of plate top, be positioned at described the first cylinder top the first catch bar, be positioned at described inThe second catch bar of the first catch bar top, be positioned at the 5th collection of described the second catch bar topFrame, be arranged at and the described the 5th collect the 3rd corner block in frame, be arranged at the described the 5th and collect frameOn the first connecting plate and be positioned at the second fixed block of described the first connecting plate below, described firstFilter comprises the first filter frame, is positioned at described the first fixing bucket in filter frame top first, positionIn the head rod of the described first fixing bucket top, be positioned at the 4th of described the first filter frameScreen pack, be positioned at described the 4th screen pack below the first back shaft, be arranged at described firstFive screen pack of support on axle, be positioned at described the first back shaft left side the 6th screen pack, be positioned atFirst sponge block in described the 6th screen pack left side, be positioned at the 7th of described the first sponge block belowScreen pack and be positioned at the refluence piece of described the first filter frame, described settler comprises precipitationFrame, be positioned at the 3rd of described precipitation frame top and concentrate bucket, be positioned at described precipitation frame gear aroundFrame, be positioned at crossing pan, being positioned at described filtering ring, the position of crossing pan below of described precipitation frameBranching block in described filtering ring, be positioned at collecting ring around of described precipitation frame, be arranged at instituteState the first retainer ring on collecting ring, be positioned at the baffle ring of described collecting ring below and be positioned at described receiptsThe second retainer ring of collection ring top, described whirligig comprises the first motor, is positioned at described firstThe first rotating shaft of motor top, be positioned at the described first motor left and right sides the 4th support, be positioned atThe second support bar of described the first motor below, be positioned at the of the described second support bar left and right sidesThree support bars, be positioned at described the 3rd support bar below the first framework, be positioned at described the first frameworkIn the 8th screen pack, be positioned at described the first framework below the 4th support bar, be positioned at described theThe first backing plate of four support bars belows and be positioned at second montant on described the 4th support bar right side, instituteState sterilizing unit comprise sterilization frame, be positioned at described sterilization frame left side the 3rd pipeline, be positioned at described inThe 9th screen pack in sterilization frame, be positioned at described the 9th screen pack right side cloche, be positioned at instituteState ultraviolet lamp in cloche, be positioned at described sterilization frame top power supply, be positioned at described sterilizationRail bracket in frame, be positioned at described sterilization frame below the 4th pipeline, be arranged at described the 4th pipeThe first valve on road and be positioned at the 5th support bar of described the 4th pipeline left and right sides, described gasCylinder assembly comprises the second cylinder, is positioned at the 3rd catch bar in described the second cylinder left side, is positioned at instituteState sterilization frame right side the first locating dowel, be positioned at described the first locating dowel the 4th catch bar,Be positioned at described the second cylinder top the 6th support, be positioned at the 7th of described the second cylinder belowFrame, be positioned at described the 7th support left side the 4th brace, be positioned at described the 4th catch bar belowThe tenth screen pack, be positioned at the 3rd spring of described the tenth screen pack below, described heater bagDraw together heating frame, be positioned at described heating frame the second sponge block, be positioned under described the second sponge blockThe first twisted plate of side, be positioned at described the first twisted plate below the 6th support bar, be positioned at described inThe second gripper shoe of the 6th support bar below, be positioned at described the second gripper shoe below heat radiation frame,Be positioned at described heat radiation frame below the 7th support bar, be positioned at the 5th pipe of described heating frame belowRoad, be positioned at the 3rd connecting rod in described heating frame left side and be positioned at the 8th of described heating frame right sideSupport, described cooling device comprises cooler bin, is positioned at the first cooling frame of described cooler bin,Be positioned at described the first cooling frame the first cooling tube, be positioned at the of described the first cooling frame belowEight support bars, be positioned at described the 8th support bar below the second cooling frame, be contained in described secondThe second cooling tube of cooling frame below, be positioned at the 6th pipeline of described cooler bin below and be arranged atThe 4th valve on described the 6th pipeline.

2. automatically collecting rain as claimed in claim 1 and purifier, is characterized in that: described firstOne end of fixed block is fixedly connected with the inner surface of described the first collecting box, described the first screen packSide be fixedly connected with the inner surface of described the first collecting box, described the second collecting box is provided withThe first through hole and the second spring, the left-handed watch of the right-hand member of described the second spring and described the second collecting boxFace is fixedly connected with, and described first concentrates the upper end of bucket and the inner surface of described the second collecting box to fixConnect, the side of described the second screen pack is fixedly connected with the inner surface of described the second collecting box,The upper surface of described the second screen pack and described first concentrates bucket to be fixedly connected with, described the first springLower end be fixedly connected with described base plate, the upper end of described the first spring and described the second collecting boxBe fixedly connected with, the upper end of described the first support bar is provided with the first groove, described the second collecting box withDescribed the first back-up block is fixedly connected with, described the first back-up block be contained in described the first groove andTurn and be connected with described the first support bar axle, described the first back-up block is provided with the first sawtooth.

3. automatically collecting rain as claimed in claim 2 and purifier, is characterized in that: the described the 3rdCollecting box is provided with the second through hole, the inner surface of described the first corner block and described the 3rd collecting boxBe fixedly connected with, the side of described the 3rd screen pack and described the first corner block and the described the 3rd are collectedCase is fixedly connected with, and described second concentrates the upper end of bucket and the inner surface of described the 3rd collecting box to fixConnect, the lower end of described the first pipeline and described second concentrates the inner surface of bucket to be fixedly connected with, instituteState the first pipeline and be provided with the second groove that runs through its surface, left and right, under described the 4th collecting boxSurface is provided with third through-hole, and described third through-hole is aimed at and with described in the upper end of described the first pipelineThe lower surface of the 4th collecting box is fixedly connected with, described the second corner block and described the 4th collecting boxInner surface is fixedly connected with, and described the second through hole is aimed at and with described in the upper end of described second pipeThe lower surface of three collecting boxs is fixedly connected with.

4. automatically collecting rain as claimed in claim 3 and purifier, is characterized in that: described firstOne end of gripper shoe is fixedly connected with the side of described the 3rd collecting box, under described the first cylinderSurperficial and described the first gripper shoe is fixedly connected with, the lower end of described the first catch bar and described firstCylinder connects, and the lower end axle of the upper end of described the first catch bar and described the second catch bar turns evenConnect, the upper end of described the second catch bar and the described the 5th is collected frame and is fixedly connected with, and described second is solidThe side of determining piece is fixedly connected with described the 3rd collecting box, and the described the 5th collects frame and described secondFixed block axle turns connection, and described the 3rd corner block and the described the 5th is collected fixing company of inner surface of frameConnect, one end of described the first connecting plate and the described the 5th is collected frame and is fixedly connected with.

5. automatically collecting rain as claimed in claim 4 and purifier, is characterized in that: described firstFilter frame is provided with the first brace, the first transverse slat, be positioned at the first perpendicular of described the first transverse slat topBar, the 3rd support, be positioned at the first support ring of described the first transverse slat below, described the first braceTwo ends be fixedly connected with described the first filter frame, described the first filter frame runs through described the first horizontal strokeThe upper and lower surface of plate and being fixedly connected with it, the lower surface and described first of the described first fixing bucketThe upper surface of filter frame is fixedly connected with, and the upper end of the described first fixing bucket and described second pipe are solidFixed connection, the fixing company of inner surface of the side of described the 4th screen pack and described the first filter frameConnect, described the first back shaft is fixedly connected with described the first filter frame, described the 5th screen packLower end is fixedly connected with described the first back shaft, the side of described the 6th screen pack and described firstThe inner surface of filter frame is fixedly connected with, the side of described the first sponge block and described the first filter frameInner surface be fixedly connected with, the interior table of the side of described the 7th screen pack and described the first filter frameFace is fixedly connected with, and described refluence piece is fixedly connected with the inner surface of described the first filter frame.

6. automatically collecting rain as claimed in claim 5 and purifier, is characterized in that: described precipitationFrame is provided with some fourth holes, and the described the 3rd concentrates the upper end and described the first filter frame that struggle against solidFixed connection, the described the 3rd concentrates the lower surface of bucket to be connected with the upper surface slide of described precipitation frame,The lower surface of described gear frame is skewed, the inner surface of described gear frame and the described the 3rd concentrated bucketOuter surface is fixedly connected with, and the outer surface of the inner surface of described gear frame and described precipitation frame slides and connectsConnect, the lower surface of described gear frame is provided with some fifth holes, the lower surface of described the first support ringBe fixedly connected with the upper surface of described gear frame, in the upper end of described pan excessively and described precipitation frameSurface is fixedly connected with, the fixing company of inner surface of the lower surface of described filtering ring and described precipitation frameConnect, the upper end of described filtering ring is fixedly connected with the described lower surface of crossing pan, described branching blockLower surface be fixedly connected with the inner surface of described precipitation frame, the inner surface of described the first retainer ringBe fixedly connected with the outer surface of described the first retainer ring and described receipts with the outer surface of described precipitation frameCollection ring is fixedly connected with, and the upper end of described baffle ring is fixedly connected with the outer surface of described collecting ring, instituteThe inner surface of stating the second retainer ring is fixedly connected with the outer surface of described precipitation frame, and described second is solidThe lower surface of fixed ring is fixedly connected with the upper surface of described collecting ring.

7. automatically collecting rain as claimed in claim 6 and purifier, is characterized in that: described firstThe lower end of rotating shaft is connected with described the first motor, the upper end of described the first rotating shaft and described precipitation frameBe fixedly connected with, the lower end of described the second support bar is provided with the 3rd groove, described the 3rd support barLower end is provided with the 4th groove, and the lower surface of described the first framework is skewed, described the first frameworkRight surface be provided with the 6th through hole, in the lower end of described the 8th screen pack and described the first frameworkSurface is fixedly connected with, and described the 4th support bar is provided with the first cross bar, the 5th that is positioned at its right sideSupport and be positioned at the second brace of described the 5th support below, the lower end of described the second brace and instituteThe upper surface of stating the first backing plate is fixedly connected with, the lower end of described the second montant be provided with the 5th groove,The first roller and be arranged at the second sawtooth on described the first roller, described the first roller is contained inIn described the 5th groove and turn and be connected with described the second montant axle.

8. automatically collecting rain as claimed in claim 7 and purifier, is characterized in that: described sterilizationFrame is provided with the 7th through hole, the 8th through hole, and one end of described the 3rd pipeline is aimed at the described the 7th and led toHole and being fixedly connected with described sterilization frame, it is described first logical that the other end of described the 3rd pipeline is aimed atHole and being fixedly connected with described the second collecting box, described the 3rd pipeline is provided with the first water pump,Two valves, the left surface of described the 9th screen pack is fixedly connected with the inner surface of described sterilization frame,The upper surface of described cloche is fixedly connected with the inner surface of described sterilization frame, described rail bracketTwo ends are fixedly connected with the inner surface of described sterilization frame, described in the upper end of described the 4th pipeline is aimed atThe 8th through hole and being fixedly connected with the lower surface of described sterilization frame.

9. automatically collecting rain as claimed in claim 8 and purifier, is characterized in that: the described the 3rdThe right-hand member of catch bar is connected with described the second cylinder, the left surface of described the first locating dowel with described inThe right surface of sterilization frame is fixedly connected with, and described the first locating dowel is provided with and runs through its left and right surfaceFirst passage, the left end of described the 3rd catch bar is contained in described first passage, and the described the 4thCatch bar upper end be contained in described first passage and with described the first locating dowel and slide and connectConnect, described the 4th catch bar runs through the right surface of described sterilization frame and is slidably connected with it, described inThe lower end of the 4th catch bar extends in described sterilization frame and leans on described rail bracket, described inThe inner surface of the side of the tenth screen pack and described sterilization frame is slidably connected, and described rail bracket runs throughThe upper and lower surface of described the tenth screen pack and being slidably connected with it.

10. automatically collecting rain as claimed in claim 9 and purifier, is characterized in that: described in addHot frame is provided with the tenth through hole that is located thereon the 9th surperficial through hole, is positioned at its lower surface, instituteState described in the lower end aligned of the 4th pipeline the 9th through hole and be fixedly connected with described heating frame, described inThe upper surface of the second sponge block is fixedly connected with the inner surface of described heating frame, described the second spongeThe lower surface of piece is fixedly connected with described the first twisted plate, the lower surface of described the first twisted plate withThe upper surface of described the second gripper shoe is fixedly connected with, the side of described the second gripper shoe with described in addThe inner surface of hot frame is fixedly connected with, and described the second gripper shoe is provided with the 11 through hole, described looseThe upper surface of hot frame is fixedly connected with described the second gripper shoe, in described heat radiation frame, is provided with heatingRod, the lower end of described the 7th support bar is provided with the 6th groove, and the upper end of described the 5th pipeline is aimed atDescribed the tenth through hole and being fixedly connected with described heating frame, the lower surface of described cooler bin is provided withOne circular hole, the lower surface of described the second cooling frame is fixedly connected with the inner surface of described cooler bin,The upper end of described the 6th pipeline is aimed at described the first circular hole and is fixedly connected with described cooler bin.