CN103669476B

CN103669476B - Water intake facility without electric energy consumption

Info

Publication number: CN103669476B
Application number: CN201310735180.3A
Authority: CN
Inventors: 陈科
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-28
Filing date: 2013-12-28
Publication date: 2015-06-17
Anticipated expiration: 2033-12-28
Also published as: CN103669476A

Abstract

Provided is a water intake facility without electric energy consumption. A water storage pond is arranged outdoors, a cylinder pipe is arranged in a water well beside the water storage pond and is higher than the ground level, a water intake device is arranged in the cylinder pipe and connected with the head portion of a tilting plate, the middle of the tilting plate is connected with a seat frame, the tail portion of the tilting plate is provided with an upper layer platform and a lower layer platform, handrails are arranged at the back and on the left side of the lower layer platform, openings are arranged in front and in the right side of the lower layer platform, a pedal is arranged on the opening in front of the lower layer platform, an overhead platform is arranged in front of the pedal and connected with a skew bridge, and the front head of the skew bridge is arranged on the ground; handrails are arranged in front of the upper layer platform and on the left side and the right side of the upper layer platform, an outlet-inlet is arranged in the back of the upper layer platform, an overhead pavilion is arranged at the back of the outlet-inlet, handrails are arranged at the back and on the left side of the pavilion, outlet-inlets are arranged in the front and in the right side of the pavilion, and a ladder is arranged on the outlet-inlet in the right side; a ramp opening is arranged in a position, below the tilting plate and on the right side of the seat frame, of the ground, a ramp extends rightwards by a certain distance, then turns a corner and extends forwards by a certain distance, and turns a corner and extends leftwards by a certain distance once again to be connected with the skew bridge, steps are arranged on the ground outside a ramp rail and correspond to the outlet-inlet of the upper layer platform when the tail portion of the tilting plate makes contact with the ground.

Description

The water intake facilities of non-consuming electric power

technical fieldthe present invention relates to a kind of facility, specifically relates to a kind of water intake facilities of non-consuming electric power.

background technologymany rural households are provided with well, and the rural households of not installing tap water can use well water, but a lot of rural households of having installed tap water often still use well water without tap water to save cost.Some rural households can arrange water pump in well, but many housewifves or old man also usually fetch water with the bucket that bails without water pump in order to power saving in well, normally fix rope bailing on bucket, shrink rope by both hands the bucket that bails of filled with water is lifted from well, this process of fetching water is not light, especially not only very tired concerning often fetching water like this auld people, and it is more dangerous, because a lot of auld people suffers from the angiocardiopathies such as hypertension, the normal croucs of these auld people difficultly is fetched water and is easily produced unstable blood pressure and cause cerebral hemorrhage in well, the generation of myocardial infarction etc., and present a lot of rural areas young man's Out-migrant for work, the elderly's life work is only stayed in family, these the elderly mostly compare saving because of a variety of causes, so with the bucket that bails to fetch water in well for them very normally, very general, but, it is not only very tired, very arduous to do like this, and causes the danger such as cerebral hemorrhage with very large.

summary of the inventionthe object of the invention is for solving the problem and providing a kind of water intake facilities of non-consuming electric power.

The technical solution adopted in the present invention: be provided with reservoir on outdoor ground, this reservoir more than 160cm above ground level, this reservoir is connected with ground by bearing, big up and small down horn-like bottom this reservoir, this place of reservoir bottom centre is provided with vertical blow-off pipe, and this blow-off pipe is provided with valve, bleed off pipe is provided with in described reservoir, this reservoir top is sealing shape, and this reservoir top is provided with openning, and this openning is provided with lid, described reservoir is provided with staircase, and this staircase top is connected with reservoir top, is connected bottom this staircase with ground, described reservoir bottom pool wall is provided with outfall sewer, is provided with filter between this outfall sewer and described pool wall, described reservoir bottom pool wall is provided with delivery port, this delivery port be furnished with the flexible pipe cleaning hydraulic giant and be connected, described reservoir side is provided with well, leaves spacing between this well and reservoir, and this well oral area flushes with ground, it is characterized in that: be provided with bobbin in described well, this bobbin bottom is arranged in well, and in the middle part of this bobbin, top is above ground level, and this bobbin top is provided with horizontal shrouding, and this shrouding is lower than described reservoir top, and this shrouding center is provided with circular hole, be provided with bracing means between described bobbin and reservoir, between bobbin top and reservoir top, be provided with water-supply-pipe, water fetching device is provided with in described bobbin, this water fetching device by hanging one's head, suspension rod, horizontal dividing plate, vertical tube form, gap is left between described horizontal dividing plate surrounding and bobbin inwall, this dividing plate is provided with centre bore and limbers, this dividing plate end face middle is provided with vertical tube, this standpipe head is upward through the circular hole on bobbin shrouding, and this vertical tube top is provided with horizontal sealing cap, and this sealing cap is greater than the circular hole on bobbin shrouding, be provided with in bobbin below described dividing plate and hang one's head, limbers on this gap ratio dividing plate of hanging one's head between leg and bobbin inwall and the spacing between bobbin inwall little, this top center place that hangs one's head is provided with vertical suspension rod, this suspension rod top is connected with metal ring after being upward through described dividing plate centre bore and vertical tube inner chamber, this metal ring is connected with pulley, this pulley is connected with slideway, this slideway is short U-shaped, this slideway is connected with rectangular seesaw head bottom surface through after described metal ring, damper is provided with bottom this slideway, under described seesaw is in level, described damper and reservoir top contact, described pulley and seesaw head bottom surface movable contact, described suspension rod is longer than described vertical tube,

Bottom surface, described rectangular seesaw interlude position is provided with whirligig, and this whirligig is connected with seesaw mounting, and this mounting is fixed in ground, and this mounting height is corresponding with described reservoir height; Described seesaw end face is provided with railing, and be between the railing of seesaw head and railing and be provided with access, this access is provided with door, and this access is corresponding with the access, described staircase top being located at reservoir; Described seesaw head top surface is provided with short seat, and this seat is furnished with safety belt; Described seesaw afterbody bottom surface is provided with cushion, and this seesaw afterbody bottom surface is provided with first eye-splice, and this first eye-splice is passed down through described cushion;

Described seesaw afterbody end face is provided with platform, this platform sets up upper platform and lower floor's platform separately, horizontal demarcation strip is provided with between upper platform and lower floor's platform, this demarcation strip is the top board of lower floor's platform and the base plate of upper platform, this demarcation strip is square or rectangular, before and after this demarcation strip, section is parallel with section before and after rectangular seesaw, this demarcation strip corner is connected with the interlude position of four montants, the top of described four montants is connected with upper platform accommodation rail, be connected with pedal bottom two montants before in described four montants, be connected with lower floor platform floor bottom two montants next, described lower floor platform floor and seesaw afterbody fix, and after this lower floor's platform and left side is provided with railing, and this banister top is connected with described demarcation strip and lower floor's platform floor with bottom, and wherein left side railing is connected with the railing on seesaw afterbody simultaneously, before described lower floor platform and right side is equipped with openning, described pedal to be arranged on before lower floor's platform on openning, this pedal is made up of dull and stereotyped and riser, the curved shape of described flat board and riser junction, described flat board is downward-sloping backward, this flat board protrudes forward described more than openning 80cm above, and this flat board is in the top of lower floor's platform floor, and this flat board is half hanging shape, these dull and stereotyped both sides are provided with railing, and this railing rear portion is connected with described two montants above, described riser height is at more than 25cm, and this riser is abrupt slope shape, and this riser is connected with lower floor platform floor, two, the front and back montant on the wherein right side of described four montants is provided with two vertical axostylus axostyles, this axostylus axostyle top is connected by the upper and lower of flat support with described montant with bottom, spacing is left between this axostylus axostyle and described montant, described two axostylus axostyles are provided with L shape overhead door, this overhead door is corresponding with the right side openning of described lower floor platform, this overhead door is provided with two vertical slip pipes, these two slip pipes are enclosed within described two axostylus axostyles, these two slip pipe tube walls are respectively equipped with a vertical sealing, this sealing is corresponding with described flat support, this seam width is greater than the thickness of flat support, be provided with horizontal connecting rod between described two slip pipe tops, be provided with horizontal rectangular frame between bottom described two slip pipes, outwardly more than the slip pipe 10cm of this framework, the inner side frame shelves of this framework and described connecting rod upper and lower between be provided with railing, before described upper platform, left side and right side be provided with railing, and be connected with described demarcation strip bottom this railing, this banister top is connected with described handrail, be provided with access after described upper platform, these both sides, access are provided with railing, are connected bottom this railing with described demarcation strip, and this banister top is connected with described handrail, first latch frame is provided with between railing top on the left of railing top and upper platform access on the left of upper platform, this first latch frame is provided with the square hole of horizontal longitudinal direction, square shape first bolt rod is provided with in this hole, the head of this first bolt rod backwards, the tail first of this first bolt rod, this first bolt rod afterbody is provided with horizontal longitudinal spiral little spring, the other end of this little spring is connected with small rack, this small rack is fixed on the left of upper platform on railing, and this small rack is in before first bolt rod afterbody, described first bolt rod afterbody is provided with vertical handle, is in below described first latch frame, is provided with steel cable bottom this vertical handle bottom this vertical handle, on the left of upper platform below described first latch frame, on the left of railing or upper platform access, railing is provided with first pulley of longitudinal vertical configuration, on the left of upper platform access below this first pulley, railing is provided with second pulley of horizontal vertical configuration, on the left of upper platform access below this second pulley, railing is provided with the 3rd pulley of horizontal vertical configuration, 3rd pulley is in the right side of second pulley, and described pulley is semi-enclosed pulley, described upper platform base plate and demarcation strip end face are provided with oblique bed course, and this bed course is right high left low, on the left of this bed course left side edge and upper platform bottom railing between leave spacing, be provided with pin on the left of described upper platform base plate and step on switch, this pin steps on switch near railing bottom on the left of upper platform access, this pin is stepped on switch pedestal and is connected with upper platform base plate, is arranged on pin and steps between movable pedal on switch and described base and be provided with first spring, the other end of the steel cable on bottom described vertical handle is successively connected with described foot rest through after first pulley, second pulley, the 3rd pulley.

Scaoffold is provided with before described pedal, under seesaw is in level, this scaoffold flushes with the dull and stereotyped front of described pedal, this scaoffold is connected with vertical rod, this vertical rod is connected with ground, leaves the spacing of 20-40cm between described scaoffold back and pedal front, and these scaoffold both sides are provided with railing, this railing stretches out scaoffold backward, leaves the spacing of below 5cm between the railing on this railing and pedal; Described scaoffold front is connected with skew bridge back, and this skew bridge front is connected with ground, and this skew bridge gradient is below 30 degree, and this skew bridge bridge floor is provided with shoe, and the railing of these skew bridge both sides is connected with scaoffold two lateral rail; Ground below described seesaw is provided with ring road, and this ring road width is greater than the width of seesaw and described lower floor platform, upper platform, and be provided with the access of joining door on the left of this ring road, this access is in the right side of described seesaw mounting; Described ring road is connected with described skew bridge after again turning after turning after extending a segment distance to the right and extending forward a segment distance and extending a segment distance left, and the railing be arranged on ring road limit is connected with the railing of skew bridge both sides; Ring road below described lower floor platform protrudes forward one piece, and the ring road limit of this protrusion one piece is provided with railing, and the ring road of this protrusion one piece is corresponding with the flat board of described pedal, and the ring road area of this protrusion one piece is greater than the platen area of described pedal; Described ring road railing is provided with horizontal strut, and this strut is corresponding with the rectangular frame on described L shape overhead door;

Overhead pavilion is provided with after described upper platform access, this pavilion is provided with base plate, this base plate is square or rectangular, under seesaw is the level of state, this base plate flushes with the base plate of described upper platform, this base plate corner is connected with four root posts, this four root posts top is connected with described pavilion top, be connected with ground bottom two root posts below of this four root post, right side one root post and front right column bottom are connected with ground above, front, left side one root post and front left column bottom are connected with crossbeam, this crossbeam end face is connected with pavilion base plate, this crossbeam right-hand member is connected with described front right column, this crossbeam left end with add wide column top and be connected, this is widened column bottom and is connected with the foundation base arranged in the earth formation, this foundation base is provided with inner chamber, described add wide column be in front left column left side and and front left column between be provided with spacing, after described pavilion and left side is provided with railing, and be connected with pavilion base plate bottom this railing, this banister top is connected with handrail, and this handrail and described front left column and below two root posts are connected, be access before described pavilion, this access is corresponding with the access of upper platform, forward part on the right side of described pavilion is provided with railing, be connected with pavilion base plate bottom this railing, this banister top is connected with handrail, this handrail front end is connected with front right column, and the rear section on the right side of described pavilion sets out entrance, is provided with ladder below this entrance, this ladder head is connected with pavilion base plate and described column by component, this ladder base is connected with ground, and this ladder is provided with railing and handrail, this handrail respectively with the armrest rear end be fixed on front right column and below right side a root post be connected, described front left column is provided with second latch frame, this second latch erection has horizontal longitudinal hole, this hole is corresponding with the hole on described first latch frame, simultaneously, this hole height is greater than the hole height on first latch frame, second bolt rod of square shape is provided with in this hole, the external diameter of this second bolt rod is less than the external diameter of described first bolt rod, this second bolt rod is corresponding with first bolt rod, the head of this second bolt rod forward, afterbody backwards, this second bolt rod afterbody is provided with handle, this second bolt rod is provided with horizontal longitudinal lock shaft, this lock shaft tail first, head backwards, this lock shaft afterbody is provided with vertical pivot, this vertical pivot is connected with second bolt rod top, described lock shaft is shorter than second bolt rod, spacing is left between this lock shaft and second bolt rod, gap is left between this lock shaft outer wall and hole inwall of second latch frame, described second latch frame is provided with groove, and this groove port upward, described front right column is provided with movable safety bar, this safety pole bottom surface is provided with soft protection pad, this safety pole head is corresponding with described groove, this safety pole afterbody is connected with front right column by whirligig, it is narrow that this safety pole section is the wide bottom in T-shaped and top, this safety pole top width is greater than described recess width, this safety pole lower width is less than recess width, this safety pole head is provided with horizontal longitudinal lock hole, when under safety pole closed condition, safety pole head embeds described groove, described lock hole is corresponding with the lock shaft on described second bolt rod, simultaneously, gap is left between safety pole bottom surface and second bolt rod end face, the front right column of described safety pole upper rear is provided with arch spring leaf, and this spring leaf is corresponding with safety pole end face, described front left column is provided with positioner, and under seesaw is in level, this positioner contacts with described upper platform accommodation rail,

Described ring road is provided with geosyncline on the ground, this ground trough floor is provided with drain gully, this drain gully is connected with sewer pipe, the coaming plate of described geosyncline left part is higher than the coaming plate of right part, the coaming plate end face of described geosyncline left part is provided with fixed flat board, this fixed flat board flushes with the ground in ring road, and this fixed flat board is provided with an eye-splice hole, and this eye-splice hole is corresponding with first eye-splice on seesaw afterbody bottom surface, horizontal lifter plate is provided with above described geosyncline right part, this lifter plate flushes with the ground in ring road, gap is left between ground in this lifter plate surrounding and described fixed flat board and ring road or stratum, spacing is left between this lifter plate bottom surface and coaming plate end face of geosyncline right part, this lifter plate bottom surface is provided with four vertical circular shafts, pipe inner chamber is inserted in this circular shaft bottom, this pipe is connected with ground trough floor, circular shaft between described pipe and lifter plate overlaps and has second spring, spacing is left between ground trough floor in described circular shaft bottom surface and pipe intracavity bottom or pipe, described ground trough floor is provided with bracing frame, this bracing frame is connected with second eye-splice by whirligig, under seesaw afterbody contacts to earth state, this second eye-splice is connected with first eye-splice, this second eye-splice head is provided with inclined shaft, and this inclined shaft is downward-sloping to the right, and this inclined shaft afterbody is connected with second wire rope and the 3rd wire rope respectively after supporting shelves, inclined shaft between support shelves and second eye-splice overlaps and has the 3rd spring, described support shelves are fixed in ground trough floor, fixed planar bottom surface on the right side of described inclined shaft afterbody is provided with the 4th pulley of horizontal vertical configuration, 4th is left spacing between pulley and inclined shaft afterbody, 4th pulley is in the below of inclined shaft afterbody, lifter plate bottom surface on the right side of described 4th pulley is provided with the 5th pulley of horizontal vertical configuration, and the 5th pulley is in the top of the 4th pulley, lifter plate bottom surface on the right side of described 5th pulley is provided with staight shank, and this staight shank bottom is in the below of the 5th pulley, described ground trough floor is provided with the 6th pulley of horizontal vertical configuration, and the 6th pulley is in right side and the below of described inclined shaft afterbody, and the 6th is left spacing between pulley and inclined shaft afterbody, described ground trough floor is provided with the 7th horizontal pulley, and the 7th pulley is in the left side of described 6th pulley and second eye-splice, described foundation base inner chamber is provided with the 8th pulley of longitudinal vertical configuration, and the 8th pulley is in the rear of the 7th pulley, describedly add the 9th pulley that wide column inner chamber is provided with longitudinal vertical configuration, the 9th pulley is in the top of the 8th pulley, described pulley is semi-enclosed pulley, the described wide column outer wall that adds is provided with handle, this handle by whirligig with add wide column and be connected, this handle and add between wide column outer wall and be provided with the 4th spring, described second wire rope other end is successively connected with described staight shank bottom through after the 4th pulley, the 5th pulley, described 3rd wire rope other end successively through the 6th pulley, support shelves, bracing frame, the 7th pulley, geosyncline coaming plate after enter foundation base inner chamber backward through the 8th pulley again on enter and widen column inner chamber and be connected with described handle through after the 4th spring again through passing after the 9th pulley when adding wide column,

The described ground added between wide column and front right column is provided with step, this step back forward, this step back is near ring road railing outer wall, the highest step of this step exceeds ring road railing, these step both sides are provided with railing and handrail, under described seesaw afterbody contacts to earth state, described step is corresponding with the access of described upper platform.

Beneficial effect of the present invention: the present invention makes the especially auld people of the personnel in rural households or weakling bow to bend over have the bucket that bails of rope to fetch water in well with bolt, significantly reduce the fatigue that rural households personnel fetch water in well, the normal croucs of some auld people also can be avoided difficultly to fetch water in well and easily cause the generation of some diseases such as cerebral hemorrhage, myocardial infarction simultaneously.Fast light when the present invention gets well water, efficiency is high, and without electric energy, cost is economized, safe and reliable.The present invention by Duo Hu rural households Cooperative construction, can play larger benefit again, hang the well water after getting storage while cost-saving, can wash dish, wash clothes, have a bath, even irrigate crops etc. for rural households.The present invention is also applicable to being arranged in amusement park, be particularly applicable in the amusement parks such as the recreational tourism being arranged on rural area, well water, while travelling, hangs and gets in reservoir by guests continuously, greatly utilizes or excavates the former resource that is wasted or the energy; Hung by visitor the well water got to use to amusement park, that saves amusement park uses water rate use, also can be supplied to neighbouring rural households and use, or for irrigate crops etc.; And visitor is when travelling of the present invention, novelty very, fast happy distinguished experience can be felt.

Accompanying drawing explanation

Fig. 1 is front schematic view of the present invention.

Fig. 2 is the structural principle schematic diagrames such as bobbin of the present invention, water fetching device, slideway and pulley.

Fig. 3 is the schematic perspective views such as the present invention's upper and lower layer platform, scaoffold, skew bridge, overhead pavilion, ring road.

Fig. 4 is the structural principle schematic diagram such as geosyncline front of the present invention and eye-splice, lifter plate, pulley, wire rope.

Fig. 5 is the structural principle schematic diagrames such as latch frame of the present invention, bolt rod, lock shaft, safety pole.

Fig. 6 is the structural principle schematic diagrames such as lock shaft of the present invention, safety pole.

Fig. 7 is the present invention ground structural principle schematic diagram such as channel section and eye-splice, pulley, wire rope, handle.

detailed description of the inventionnow by reference to the accompanying drawings the embodiment of the present invention is further described.

As shown in Figures 1 to 7,1. reservoirs in figure, 2. water-supply-pipe, 3. bobbin, 4. hang one's head, 5. dividing plate, 6. shrouding, 7. vertical tube, 8. suspension rod, 9. slideway, 10. metal ring, 11. dampers, 12. pulleys, 13. seesaws, 14. mountings, 15. lower floor's platforms, 16. upper platforms, 17. add wide column, 18. crossbeams, left column before 19., right column before 20., 21. ladders, 22. skew bridges, 23. limberss, 24. scaoffolds, 25, pedal, 26. first latch framves, 27. second latch framves, 28. safety poles, 29. axostylus axostyles, 30. slip pipes, 31. frameworks, 32. steps, 33. struts, 34. eye-splice holes, 35. ring roads, 36. positioners, 37. spring leafs, 38. the 9th pulleys, 39. the 3rd wire rope, 40. first pulleys, 41. second pulleys, 42. the 3rd pulleys, 43. steel cables, 44. pin step on switch, 45. bed courses, 46. cushions, 47. fixed flat boards, 48. the 4th pulleys, 49. lifter plates, 50. second wire rope, 51. staight shanks, 52. foundation bases, 53. the 8th pulleys, 54. the 7th pulleys, 55. first eye-splices, 56. second eye-splices, 57. bracing frames, 58. the 3rd springs, 59. support shelves, 60. the 6th pulleys, 61. the 5th pulleys, 62. pipes, 63. circular shafts, 64. second springs, 65. vertical handles, 66. little springs, 67. small racks, 68. first bolt rods, 69. lock shafts, 70. lock holes, 71. second bolt rods, 72. first springs, 73. the 4th springs, 74. handles, 75. geosynclines.

Outdoor ground is provided with reservoir 1, this reservoir 1 more than 160cm above ground level, this reservoir 1 is connected with ground by bearing, big up and small down horn-like bottom this reservoir 1, this place of reservoir 1 bottom centre is provided with vertical blow-off pipe, and this blow-off pipe is provided with valve, bleed off pipe is provided with in described reservoir 1, this reservoir 1 top is sealing shape, and this reservoir 1 top is provided with openning, and this openning is provided with lid, described reservoir 1 is provided with staircase, and this staircase top is connected with reservoir 1 top, is connected bottom this staircase with ground, described reservoir 1 bottom pool wall is provided with outfall sewer, is provided with filter between this outfall sewer and described pool wall, described reservoir 1 bottom pool wall is provided with delivery port, this delivery port be furnished with the flexible pipe cleaning hydraulic giant and be connected, described reservoir 1 side is provided with well, leaves spacing between this well and reservoir 1, and this well oral area flushes with ground, it is characterized in that: be provided with bobbin 3 in described well, this bobbin 3 bottom is arranged in well, and in the middle part of this bobbin 3, top is above ground level, and this bobbin 3 top is provided with horizontal shrouding 6, and this shrouding 6 is lower than described reservoir 1 top, and this shrouding 6 center is provided with circular hole, be provided with bracing means between described bobbin 3 and reservoir 1, between bobbin 3 top and reservoir 1 top, be provided with water-supply-pipe 2, water fetching device is provided with in described bobbin 3, this water fetching device by hanging one's head 4, suspension rod 8, horizontal dividing plate 5, vertical tube 7 form, gap is left between described horizontal dividing plate 5 surrounding and bobbin 3 inwall, this dividing plate 5 is provided with centre bore and limbers 23, this dividing plate 5 end face middle is provided with vertical tube 7, this vertical tube 7 head is upward through the circular hole on bobbin 3 shrouding 6, and this vertical tube 7 top is provided with horizontal sealing cap, and this sealing cap is greater than the circular hole on bobbin 3 shrouding 6, be provided with in bobbin 3 below described dividing plate 5 and hang one's head 4, limbers 23 on this gap ratio dividing plate 5 of hanging one's head between 4 legs and bobbin 3 inwall and the spacing between bobbin 3 inwall little, these 4 top center places that hang one's head are provided with vertical suspension rod 8, this suspension rod 8 top is connected with metal ring 10 after being upward through described dividing plate 5 centre bore and vertical tube 7 inner chamber, this metal ring 10 is connected with pulley 12, this pulley 12 is connected with slideway 9, this slideway 9 is in short U-shaped, this slideway 9 is connected with rectangular seesaw 13 head bottom surface through after described metal ring 10, damper 11 is provided with bottom this slideway 9, under described seesaw 13 is in level, described damper 11 and reservoir 1 top contact, described pulley 12 and seesaw 13 head bottom surface movable contact, described suspension rod 8 is longer than described vertical tube 7.

Bottom surface, described rectangular seesaw 13 interlude position is provided with whirligig, and this whirligig is connected with seesaw 13 mounting 14, and this mounting 14 is fixed in ground, and this mounting 14 height is highly corresponding with described reservoir 1; Described seesaw 13 end face is provided with railing, and be between the railing of seesaw 13 head and railing and be provided with access, this access is provided with door, and this access is corresponding with the access, described staircase top being located at reservoir 1; Described seesaw 13 head top surface is provided with short seat, and this seat is furnished with safety belt; Described seesaw 13 afterbody bottom surface is provided with cushion 46, and this seesaw 13 afterbody bottom surface is provided with first eye-splice 55, and this first eye-splice 55 is passed down through described cushion 46.

Described seesaw 13 afterbody end face is provided with platform, this platform sets up upper platform 16 and lower floor's platform 15 separately, horizontal demarcation strip is provided with between upper platform 16 and lower floor's platform 15, this demarcation strip is the top board of lower floor's platform 15 and the base plate of upper platform 16, this demarcation strip is square or rectangular, before and after this demarcation strip, section is parallel with section before and after rectangular seesaw 13, this demarcation strip corner is connected with the interlude position of four montants, the top of described four montants is connected with upper platform 16 accommodation rail, be connected with pedal 25 bottom two montants before in described four montants, be connected with lower floor platform 15 base plate bottom two montants next, described lower floor platform 15 base plate and seesaw 13 afterbody fix, and after this lower floor's platform 15 and left side is provided with railing, and this banister top is connected with described demarcation strip and lower floor's platform 15 base plate with bottom, and wherein left side railing is connected with the railing on seesaw 13 afterbody simultaneously, before described lower floor platform 15 and right side is equipped with openning, described pedal 25 is arranged on lower floor's platform 15 above on openning, this pedal 25 is made up of dull and stereotyped and riser, the curved shape of described flat board and riser junction, described flat board is downward-sloping backward, this flat board protrudes forward described more than openning 80cm above, and this flat board is in the top of lower floor's platform 15 base plate, and this flat board is half hanging shape, these dull and stereotyped both sides are provided with railing, and this railing rear portion is connected with described two montants above, described riser height is at more than 25cm, and this riser is abrupt slope shape, and this riser is connected with lower floor platform 15 base plate, two, the front and back montant on the wherein right side of described four montants is provided with two vertical axostylus axostyles 29, this axostylus axostyle 29 top is connected by the upper and lower of flat support with described montant with bottom, spacing is left between this axostylus axostyle 29 and described montant, described two axostylus axostyles 29 are provided with L shape overhead door, this overhead door is corresponding with the right side openning of described lower floor platform 15, this overhead door is provided with two vertical slip pipes 30, these two slip pipes 30 are enclosed within described two axostylus axostyles 29, these two slip pipe 30 tube walls are respectively equipped with a vertical sealing, this sealing is corresponding with described flat support, this seam width is greater than the thickness of flat support, horizontal connecting rod is provided with between described two slip pipe 30 tops, horizontal rectangular frame 31 is provided with between bottom described two slip pipes 30, the outwardly slip pipe 30 of this framework 31 at more than 10cm, the inner side frame shelves of this framework 31 and described connecting rod upper and lower between be provided with railing, before described upper platform 16, left side and right side be provided with railing, and be connected with described demarcation strip bottom this railing, this banister top is connected with described handrail, be provided with access after described upper platform 16, these both sides, access are provided with railing, are connected bottom this railing with described demarcation strip, and this banister top is connected with described handrail, first latch frame 26 is provided with between railing top on the left of railing top and upper platform 16 access on the left of upper platform 16, this first latch frame 26 is provided with the square hole of horizontal longitudinal direction, square shape first bolt rod 68 is provided with in this hole, the head of this first bolt rod 68 backwards, the tail first of this first bolt rod 68, this first bolt rod 68 afterbody is provided with horizontal longitudinal spiral little spring 66, the other end of this little spring 66 is connected with small rack 67, this small rack 67 to be fixed on the left of upper platform 16 on railing, this small rack 67 is in before first bolt rod 68 afterbody, described first bolt rod 68 afterbody is provided with vertical handle 65, is in below described first latch frame 26, is provided with steel cable 43 bottom this vertical handle 65 bottom this vertical handle 65, on the left of upper platform 16 below described first latch frame 26, on the left of railing or upper platform 16 access, railing is provided with first pulley 40 of longitudinal vertical configuration, on the left of upper platform 16 access below this first pulley 40, railing is provided with second pulley 41 of horizontal vertical configuration, on the left of upper platform 16 access below this second pulley 41, railing is provided with the 3rd pulley 42 of horizontal vertical configuration, 3rd pulley 42 is in the right side of second pulley 41, and described pulley is semi-enclosed pulley, described upper platform 16 base plate and demarcation strip end face are provided with oblique bed course 45, and this bed course 45 is right high left low, on the left of this bed course 45 left side edge and upper platform 16 bottom railing between leave spacing, be provided with pin on the left of described upper platform 16 base plate and step on switch 44, this pin steps on switch 44 near railing bottom on the left of upper platform 16 access, this pin is stepped on switch 44 base and is connected with upper platform 16 base plate, is arranged on pin and steps between movable pedal on switch 44 and described base and be provided with first spring 72, the other end of the steel cable 43 on bottom described vertical handle 65 is successively connected with described foot rest through after first pulley, 40, second pulley 41, the 3rd pulley 42.

Described pedal 25 is provided with scaoffold 24 above, under seesaw 13 is in level, this scaoffold 24 flushes with the dull and stereotyped front of described pedal 25, this scaoffold 24 is connected with vertical rod, this vertical rod is connected with ground, leaves the spacing of 20-40cm between described scaoffold 24 back and pedal 25 front, and these scaoffold 24 both sides are provided with railing, this railing stretches out scaoffold 24 backward, leaves the spacing of below 5cm between the railing on this railing and pedal 25; Described scaoffold 24 front is connected with skew bridge 22 back, and this skew bridge 22 front is connected with ground, and this skew bridge 22 gradient is below 30 degree, and this skew bridge 22 bridge floor is provided with shoe, and railing and scaoffold 24 liang of lateral rails of these skew bridge 22 both sides are connected; Ground below described seesaw 13 is provided with ring road 35, and this ring road 35 width is greater than the width of seesaw 13 and described lower floor platform 15, upper platform 16, and be provided with the access of joining door on the left of this ring road 35, this access is in the right side of described seesaw 13 mounting 14; Turning after described ring road 35 extends a segment distance to the right turns after extending forward a segment distance again extend a segment distance left after be connected with described skew bridge 22, the railing be arranged on ring road 35 limit is connected with the railing of skew bridge 22 both sides; Ring road 35 below described lower floor platform 15 protrudes one piece forward, ring road 35 limit of this protrusion one piece is provided with railing, the ring road 35 of this protrusion one piece is corresponding with the flat board of described pedal 25, and ring road 35 area of this protrusion one piece is greater than the platen area of described pedal 25; Described ring road 35 railing is provided with horizontal strut 33, and this strut 33 is corresponding with the rectangular frame 31 on described L shape overhead door.

Overhead pavilion is provided with after described upper platform 16 access, this pavilion is provided with base plate, this base plate is square or rectangular, under seesaw 13 is the level of state, this base plate flushes with the base plate of described upper platform 16, this base plate corner is connected with four root posts, this four root posts top is connected with described pavilion top, be connected with ground bottom two root posts below of this four root post, be connected with ground bottom right side one root post i.e. front right column 20 above, be connected with crossbeam 18 bottom front, left side one root post i.e. front left column 19, this crossbeam 18 end face is connected with pavilion base plate, this crossbeam 18 right-hand member is connected with described front right column 20, this crossbeam 18 left end with add wide column 17 top and be connected, this adds bottom wide column 17 and is connected with the foundation base 52 arranged in the earth formation, this foundation base 52 is provided with inner chamber, described add wide column 17 be in front left column 19 left side and and front left column 19 between be provided with spacing, after described pavilion and left side is provided with railing, and be connected with pavilion base plate bottom this railing, this banister top is connected with handrail, and this handrail and described front left column 19 and below two root posts are connected, be access before described pavilion, this access is corresponding with the access of upper platform 16, forward part on the right side of described pavilion is provided with railing, be connected with pavilion base plate bottom this railing, this banister top is connected with handrail, this handrail front end is connected with front right column 20, rear section on the right side of described pavilion sets out entrance, ladder 21 is provided with below this entrance, this ladder 21 head is connected with pavilion base plate and described column by component, be connected with ground bottom this ladder 21, this ladder 21 is provided with railing and handrail, this handrail respectively with the armrest rear end be fixed on front right column 20 and below right side a root post be connected, described front left column 19 is provided with second latch frame 27, this second latch frame 27 is provided with horizontal longitudinal hole, this hole is corresponding with the hole on described first latch frame 26, simultaneously, this hole height is greater than the hole height on first latch frame 26, second bolt rod 71 of square shape is provided with in this hole, the external diameter of this second bolt rod 71 is less than the external diameter of described first bolt rod 68, this second bolt rod 71 is corresponding with first bolt rod 68, the head of this second bolt rod 71 forward, afterbody backwards, this second bolt rod 71 afterbody is provided with handle, this second bolt rod 71 is provided with horizontal longitudinal lock shaft 69, this lock shaft 69 tail first, head backwards, this lock shaft 69 afterbody is provided with vertical pivot, this vertical pivot is connected with second bolt rod 71 top, described lock shaft 69 is shorter than second bolt rod 71, spacing is left between this lock shaft 69 and second bolt rod 71, gap is left between this lock shaft 69 outer wall and hole inwall of second latch frame 27, described second latch frame 27 is provided with groove, and this groove port upward, described front right column 20 is provided with movable safety bar 28, this safety pole 28 bottom surface is provided with soft protection pad, this safety pole 28 head is corresponding with described groove, this safety pole 28 afterbody is connected with front right column 20 by whirligig, this safety pole 28 section is that the wide bottom in T-shaped and top is narrow, this safety pole 28 top width is greater than described recess width, this safety pole 28 lower width is less than recess width, this safety pole 28 head is provided with horizontal longitudinal lock hole 70, when under safety pole 28 closed condition, safety pole 28 head embeds described groove, described lock hole 70 is corresponding with the lock shaft 69 on described second bolt rod 71, simultaneously, gap is left between safety pole 28 bottom surface and second bolt rod 71 end face, the front right column 20 of described safety pole 28 upper rear is provided with arch spring leaf 37, and this spring leaf 37 is corresponding with safety pole 28 end face, described front left column 19 is provided with positioner 36, and under seesaw 13 is in level, this positioner 36 contacts with described upper platform 16 accommodation rail.

Described ring road 35 is provided with geosyncline 75 on the ground, this geosyncline 75 base plate is provided with drain gully, this drain gully is connected with sewer pipe, the coaming plate of described geosyncline 75 left part is higher than the coaming plate of right part, the coaming plate end face of described geosyncline 75 left part is provided with fixed dull and stereotyped 47, this fixed dull and stereotyped 47 flushes with the ground in ring road 35, and this fixed dull and stereotyped 47 is provided with an eye-splice hole 34, and this eye-splice hole 34 is corresponding with first eye-splice 55 on seesaw 13 afterbody bottom surface, horizontal lifter plate 49 is provided with above described geosyncline 75 right part, this lifter plate 49 flushes with the ground in ring road 35, this lifter plate 49 surrounding and described fixed dull and stereotyped 47 and ring road 35 in ground or stratum between leave gap, spacing is left between the coaming plate end face of this lifter plate 49 bottom surface and geosyncline 75 right part, this lifter plate 49 bottom surface is provided with four vertical circular shafts 63, pipe 62 inner chamber is inserted in this circular shaft 63 bottom, this pipe 62 is connected with geosyncline 75 base plate, circular shaft 63 between described pipe 62 and lifter plate 49 overlaps and has second spring 64, spacing is left between geosyncline 75 base plate in described circular shaft 63 bottom surface and pipe 62 intracavity bottom or pipe 62, described geosyncline 75 base plate is provided with bracing frame 57, this bracing frame 57 is connected with second eye-splice 56 by whirligig, under seesaw 13 afterbody contacts to earth state, this second eye-splice 56 is connected with first eye-splice 55, this second eye-splice 56 head is provided with inclined shaft, this inclined shaft is downward-sloping to the right, this inclined shaft afterbody is connected with second wire rope 50 and the 3rd wire rope 39 respectively after supporting shelves 59, inclined shaft between support shelves 59 and second eye-splice 56 overlaps and has the 3rd spring 58, described support shelves 59 are fixed on geosyncline 75 base plate, fixed dull and stereotyped 47 bottom surfaces on the right side of described inclined shaft afterbody are provided with the 4th pulley 48 of horizontal vertical configuration, 4th is left spacing between pulley 48 and inclined shaft afterbody, 4th pulley 48 is in the below of inclined shaft afterbody, the 5th pulley the 61, five pulley 61 that lifter plate 49 bottom surface on the right side of described 4th pulley 48 is provided with horizontal vertical configuration is in the top of the 4th pulley 48, lifter plate 49 bottom surface on the right side of described 5th pulley 61 is provided with staight shank 51, and this staight shank 51 bottom is in the below of the 5th pulley 61, the 6th pulley the 60, six pulley 60 that described geosyncline 75 base plate is provided with horizontal vertical configuration is in right side and the below of described inclined shaft afterbody, and the 6th is left spacing between pulley 60 and inclined shaft afterbody, described geosyncline 75 base plate is provided with the left side that horizontal the 7th pulley the 54, seven pulley 54 is in described 6th pulley 60 and second eye-splice 56, the 8th pulley the 53, eight pulley 53 that described foundation base 52 inner chamber is provided with longitudinal vertical configuration is in the rear of the 7th pulley 54, describedly add the top that the 9th pulley the 38, nine pulley 38 that wide column 17 inner chamber is provided with longitudinal vertical configuration is in the 8th pulley 53, described pulley is semi-enclosed pulley, described wide column 17 outer wall that adds is provided with handle 74, this handle 74 by whirligig with add wide column 17 and be connected, this handle 74 and add between wide column 17 outer wall and be provided with the 4th spring 73, described second wire rope 50 other end is successively connected with described staight shank 51 bottom through after the 4th pulley 48, the 5th pulley 61, described 3rd wire rope 39 other end successively through the 6th pulley 60, support shelves 59, bracing frame 57, the 7th pulley 54, geosyncline 75 coaming plate after enter foundation base 52 inner chamber backward through the 8th pulley 53 again on enter and widen column 17 inner chamber and be connected with described handle 74 through after the 4th spring 73 again through passing after the 9th pulley 38 when adding wide column 17.

The described ground added between wide column 17 and front right column 20 is provided with step 32, this step 32 back forward, this step 32 back is near ring road 35 railing outer wall, the highest step 32 of this step 32 exceeds ring road 35 railing, these step 32 both sides are provided with railing and handrail, under described seesaw 13 afterbody contacts to earth state, described step 32 is corresponding with the access of described upper platform 16.

The suspension rod 8 be connected with seesaw 13 head, the gross weights such as 4 of hanging one's head are larger than gross weights such as the upper platform 16 on seesaw 13 afterbody, lower floor's platforms 15, so, when upper platform 16, lower floor's platform 15 are vacant, hanging one's head 4 can drive the declines such as seesaw 13 head, makes seesaw 13 be in level; And hang one's head 4, dividing plate 5 can sink in the well water of bobbin 3 lower lumen, because vertical tube 7 sealing cap be arranged on dividing plate 5 is on bobbin 3 shrouding 6, so when dividing plate 5,4 sinkings of hanging one's head put in place, dividing plate 5 bottom surface and hang one's head between 4 end faces and leave spacing, make well water by the limbers 23 on dividing plate 5, make dividing plate 5 smooth and easyly enter in well water; When dividing plate 5 sinks to putting in place, a segment distance is there is between the water level face of dividing plate 5 end face and well water, when 4 rising is hung one's head in the rise of seesaw 13 head, 4 drive dividing plates 5 of hanging one's head rise and seal the limbers 23 on dividing plate 5, thus the well water above dividing plate 5 is sling, can enter in reservoir 1 in a steady stream through water-supply-pipe 2 when these well water moving to bobbin 3 top, when dividing plate 5 rises to bobbin 3 top, these well water can be poured into reservoir 1 substantially entirely; Because of when 4 drive dividing plates 5 of hanging one's head rise and the limbers 23 sealed on dividing plate 5, so these well water sling can not leak down, because only staying minim gap between dividing plate 5 surrounding and bobbin 3 inwall, the water leaked down in these gaps is few.Because pulley 12 can move around on slideway 9, so suspension rod 8, vertical tube 7 can remain vertical in lifting process.

When upper platform 16, lower floor's platform 15 are vacant, the gross weights such as 4 of hanging one's head exceed the gross weight about 20 jin such as upper platform 16, lower floor's platform 15, and hang one's head 4 and seesaw 13 head etc. can decline automatically; When about 100 jin of heavy people enter the animal such as upper platform 16 or about 100 jin of heavy pigs enter lower floor's platform 15 time, the gross weights such as upper platform 16, lower floor's platform 15 then exceed the gross weights about 80 jin such as 4 of hanging one's head, the well water of desirable about 60-70 jin at every turn, the well water of 70 jin adds hangs one's head 4 etc. overweight 20 jin total about 90 jin; So upper platform 16, lower floor's platform 15 of 100 jin heavy can depress seesaw 13 afterbody, rise seesaw 13 head and hang one's head 4, dividing plate 5 etc., complete to hang and get well water.Certainly, in concrete enforcement to get well water number determined by feelings, as more well water will be got, the people of large body weight or two people can be allowed to enter upper platform 16 simultaneously, or allow the animals such as the pig of about 200 jin enter lower floor's platform 15, can suspension rod 8 and vertical tube 7 be made telescopic, make dividing plate 5 after suspension rod 8 and vertical tube 7 being extended and hang one's head 4 to sink in darker well water, get more well water can be able to hang; And the mounting 14(of seesaw 13 or mounting 14 top) also can be made into ascending/decending, by manually-operated mechanical device, mounting 14 is risen, seesaw 13 is raised, be convenient to the suspension rod 8 after extending, vertical tube 7 well water by hanging one's head 4, above dividing plate 5 and dividing plate 5 and sling.In addition, also can proper extension suspension rod 8, vertical tube 7 etc. when the water level of well water is lower, ensure to hang one's head 4, dividing plate 5 can sling more well water.

When people will get well water at ordinary times, upper platform 16 is entered after climbing up overhead pavilion by ladder 21, first the safety pole 28 be arranged on front right column 20 can block people by the access before pavilion, because safety pole 28 is pinned by lock shaft 69, so safety pole 28 is not opened, only have and first by handle, second bolt rod 71 is pushed away forward, the front portion of second bolt rod 71 is made to insert in the hole of first latch frame 26, thus upper platform 16 grade is located (under seesaw 13 is in level, upper platform 16 accommodation rail end face contacts with positioner 36 bottom surface be arranged on front left column 19, thus make upper platform 16 can remain constant position under blank state, make the hole of first latch frame 26 and second latch frame 27 all the time can be corresponding, so that in the hole of second bolt rod 71 smooth and easy insertion of energy, first latch frame 26.In addition, second bolt rod 71 and first square-shaped these bolt rod that make of bolt rod 68 can not roll; Second bolt rod 71 external diameter is less than first bolt rod 68 external diameter, and second bolt rod 71 is easily inserted in the hole of first latch frame 26); Simultaneously, lock shaft 69 shifts out the lock hole 70 on safety pole 28 head forward when moving with second bolt rod 71, now, safety pole 28 just can be opened and hold up by people, and is entered in upper platform 16 by the access before pavilion and after upper platform 16.Because upper platform 16 is located by second bolt rod 71, when people's front pedal is at upper platform 16, when the rear foot also steps down on the base plate of pavilion, even if when most of center of gravity of people is in the forward foot in a step, upper platform 16 also can not decline or rock, make people can safely, stable, enter upper platform 16 at leisure.After entering upper platform 16, if necessary, visual feelings seal safety belt between the accommodation rail of both sides, upper platform 16 access (concrete implement of the present invention time, visual feelings arrange this safety belt), then, step on pin more at full tilt and step on foot rest on switch 44 (also can whole people step on the footrests), setting steel cable 43 is on the footrests moved down, thus, by this steel cable 43(through first pulley 40, second pulley 41, 3rd pulley 42) drive vertical handle 65 and first bolt rod 68 move backward and are all ejected by second bolt rod 71 be in first latch frame 26 hole, namely upper platform 16 declines after not having second bolt rod 71 to locate together with lower floor platform 15 and seesaw 13 afterbody etc.After the pin of people bleeds off foot rest, foot rest can be upspring by first spring 72 (setting of this first spring 72 also can make pin step on the operation feeling of switch 44 better); Under the effect of spiral little spring 66, first bolt rod 68 travelling backwards reset forward automatically; Stretch the distance of moving backward because of first bolt rod 68 and be greater than the distance that second bolt rod 71 move to protracting, so, after when second bolt rod 71, travelling backwards resets backward, the head of this second bolt rod 71 and upper platform 16 and lower floor's platform 15 leave gap below, make second bolt rod 71 head can not affect the lifting of upper platform 16 and lower floor's platform 15.When people enter upper platform 16 by the access before pavilion and after upper platform 16, the hand of people can bleed off safety pole 28 naturally, can automatically fall (after spring leaf 37 contacts with safety pole 28 end face encounter the arch spring leaf 37 on front right column 20 because of safety pole 28 end face holded up after, safety pole 28 is all the time in oblique, as long as bleed off hand, safety pole 28 will fall), safety pole 28 head can fall in the groove on second latch frame 27, because safety pole 28 bottom surface is provided with soft protection pad, the safety pole 28 fallen is just in case can not produce injury event when meeting people.When first bolt rod 68 ejects second bolt rod 71 in first latch frame 26 hole, second bolt rod 71 can drive lock shaft 69 travelling backwards backward together, lock shaft 69 can reinsert again in the lock hole 70 of safety pole 28 head, thus is pinned by safety pole 28 again.

After people enter upper platform 16, upper platform 16 and lower floor's platform 15 decline together with seesaw 13 afterbody etc., when the decline of seesaw 13 afterbody is contacted to earth, when the cushion 46 be arranged on seesaw 13 afterbody bottom surface contacts with fixed dull and stereotyped 47 on described geosyncline 75, cushioning effect can be played.When seesaw 13 afterbody decline contact to earth time, first eye-splice 55 be arranged on seesaw 13 afterbody bottom surface can be passed down through to be connected with second eye-splice 56 after fixed dull and stereotyped 47 and catch on, and makes seesaw 13 and upper platform 16, lower floor's platform 15 located.Because of can be downward-sloping to the right when upper platform 16 declines, and the bed course 45 be arranged on upper platform 16 base plate be in right high left low oblique, and can make the balance acquired a certain degree bottom upper platform 16 like this, being convenient to people stands; Also visual feelings arrange seat etc. at upper platform 16 and are seated for people.Because upper platform 16 and lower floor's platform 15 descending stroke are little, as long as so generally people stand in upper platform 16 accommodation rail etc. of upper platform 16 of holding with hand.Upper platform 16 declines just in time corresponding with described step 32 when putting in place, people can leave upper platform 16 and set foot on step 32, then, stand on step 32 and pull down with hand the handle 74 being arranged on and adding on wide column 17, the 3rd wire rope 39 be arranged on this handle 74 shifts out a segment distance outward or down, make the 3rd wire rope 39(through the 9th pulley 38, 8th pulley 53, 7th pulley 54, 6th pulley 60) eye-splice of second on inclined shaft and inclined shaft 56 is pulled open, second eye-splice 56 is separated with first eye-splice 55, thus allow seesaw 13 afterbody and upper platform 16, lower floor's platform 15 rises reset automatically.When seesaw 13 rise reset be in level time, be arranged on damper 11 bottom slideway 9 and just in time can play cushioning effect with reservoir 1 top contact.After people bleed off handle 74, under the effect of the 3rd spring 58, second eye-splice 56 and inclined shaft reset; The setting of the 4th spring 73, makes handle 74 and adds between wide column 17 to leave spacing, being convenient to people's operation, also playing a role tightening the 3rd wire rope 39.People enter upper platform 16 and with upper platform 16 decline put in place after, also just complete the task of hanging and getting well water.Get well water as continued to hang, people walk to get out of a predicament or an embarrassing situation can to continue through after 32 ladder 21 and climb up overhead pavilion and enter upper platform 16.In concrete enforcement, railing and handrail can not be established on the right side of overhead pavilion, and all be set to access, the handrail of ladder 21 directly with front right column 20 and below on the right side of a root post be connected, more convenient like this, also save cost; Certainly, the base plate in overhead pavilion and the width of ladder 21 can correspondingly reduce.

People can climb up overhead pavilion at any time and enter upper platform 16 and hang and get well water, can according to from body forces, health etc. in good time and suitably climb up the ladder 21 at full tilt, while easily hanging and getting well water, reach the effect that some are taken exercises.

Getting well water to hang more like a cork, also can hang by animals such as pigs and getting well water.Access door on the left of ring road 35 opened, after in the ring road 35 of being driven in by pig, shut the door of ring road 35 access, people by shout, rock whip bar etc. and catch up with pig by climbing up skew bridge 22 after ring road 35 and arriving on scaoffold 24; Because being provided with the spacing of 20-40cm between scaoffold 24 and pedal 25, under people's shout, rocking the effects such as whip bar, pig can skip above-mentioned spacing and arrive on the flat board of pedal 25, and because this flat board is downward-sloping backward, pig meeting natural downslide is on the base plate of lower floor's platform 15; Because lower floor's platform 15 base plate is starkly lower than described flat board, just cannot return on the flat board of pedal 25 after pig enters lower floor's platform 15 base plate, and the curved shape smoother of the flat board of pedal 25 and riser junction, both can not hurt that pig is descending to be entered on lower floor's platform 15 base plate, too increase pig again climb get back to described flat board difficulty (in fact, lower floor's platform 15 and the upper platform 16 descending stroke time not long, pig is also not free to turn around to climb on flat board to last time).After pig enters lower floor's platform 15, lower floor's platform 15, upper platform 16 and seesaw 13 afterbody decline together and contact to earth, first eye-splice 55 be arranged on seesaw 13 afterbody bottom surface can be passed down through equally to be connected with second eye-splice 56 after fixed dull and stereotyped 47 and catch on, and makes seesaw 13 and upper platform 16, lower floor's platform 15 located.In lower floor's platform 15 and upper platform 16 decline process, the outer side frame shelves being arranged on the horizontal rectangular frame 31 on L shape overhead door slip pipe 30 can contact the horizontal strut 33 be arranged on ring road 35 railing, the outer side frame shelves of this strut 33 meeting jack-up rectangular frame 31, thus by L shape overhead door gradually jack-up (slip pipe 30 because of overhead door is provided with a sealing, when slip pipe 30 moves on axostylus axostyle 29, sealing can pass through from the flat support of fixed axostyle 29 and not affect the movement that slip pipe 30 drives overhead door.In addition, be provided with holder cap bottom axostylus axostyle 29, this holder cap can hold slip pipe 30, and slip pipe 30 can not be fallen down).When rectangular frame 31 has contacted strut 33 and seesaw 13 afterbody and upper platform 16, lower floor's platform 15 also when continuing to decline, rectangular frame 31 can shift to the inner side of strut 33 (because having certain inside angle when seesaw 13 afterbody, lower floor's platform 15 etc. decline from the outside of strut 33, overhead door and rectangle frame can be driven to move inward together), after the decline of seesaw 13 afterbody is contacted to earth, strut 33 can only by the overhead door jack-up of half (or over half) by rectangular frame 31; After the overhead door of about half is by strut 33 jack-up, the first half (or right side openning of 1/3rd) of openning on the right side of lower floor's platform 15 of putting in place that declined still is lifting door shield, make pig normally can not walk out lower floor's platform 15 swimmingly, pig can be fallen, and some come outbreak out below overhead door, delay the time that pig walks out lower floor's platform 15 like this, also can guarantee to only have after the decline of seesaw 13 afterbody is contacted to earth and located by first eye-splice 55 and second eye-splice 56, pig just can walk out lower floor's platform 15, thus guarantees the safety of pig.If overhead door can by strut 33 gradually all jack-up and on the right side of making lower floor's platform 15 openning all open wide, just likely occur that seesaw 13 afterbody is not also located by first eye-splice 55 and second eye-splice 56, pig just jump out lower floor platform 15(because of decline seesaw 13 afterbody also do not contact to earth time, overhead door is by strut 33 jack-up major part, on the right side of lower floor's platform 15, the major part of openning is also unlimited), thus cause seesaw 13 afterbody and lower floor's platform 15, upper platform 16 do not decline when putting in place to just ging up, and so likely brings unexpected injury to pig.Because of rectangular frame 31 smoother on overhead door, can not be injured when pig gets out below overhead door, meanwhile, also can by further for overhead door jack-up when pig gets out below overhead door.

Pig has to pass through the lifter plate 49 above geosyncline 75 after walking out lower floor's platform 15, when seesaw 13 afterbody contacts to earth, and seesaw 13 afterbody and be provided with a segment distance between lower floor's platform 15 base plate and lifter plate 49; Just lifter plate 49 can be set foot on after pig walks out lower floor's platform 15 completely, after whole head pig has gone up lifter plate 49, namely lifter plate 49 declines, drive the staight shank 51 of lifter plate 49 bottom surface to decline simultaneously, second wire rope 50 being arranged on staight shank 51 bottom also declines together, this second wire rope 50(is through the 4th pulley 48, the 5th pulley 61) namely pull open inclined shaft and second eye-splice 56, namely second eye-splice 56 be separated with first eye-splice 55, and seesaw 13 afterbody and lower floor's platform 15, upper platform 16 etc. rise and reset.After pig leaves lifter plate 49, under the effect of second spring 64, circular shaft 63 and lifter plate 49 rise and reset.Under the effect of the 3rd spring 58, inclined shaft and second eye-splice 56 reset.When inclined shaft and second eye-splice 56 are pulled open by second wire rope 50,3rd wire rope 39 can become loose, but because of steel wire penetrating is semi-enclosed pulley, so the 3rd wire rope 39 becoming loose can not fall down (same, when inclined shaft and second eye-splice 56 are pulled open by the 3rd wire rope 39, second wire rope 50 also can not fall down when becoming loose).

After pig leaves lifter plate 49, allow it hang as continued and get well water, pig can be allowed again to climb skew bridge 22 through ring road 35 and arrive scaoffold 24 and jump onto pedal 25 and enter lower floor's platform 15.It is suitable that spacing between scaoffold 24 and pedal 25 will be arranged, as too wide, pig easily falls down, as narrow, pig may can not jump but pass over more at leisure, and likely occur that the forward foot in a step of pig is on pedal 25, the rear foot of pig is also on scaoffold 24, may cause that lower floor's platform 15 and pedal 25 etc. rock, lower degradation like this, can bring to pig dangerous.When pig jumps onto pedal 25 from scaoffold 24, whole head pig can be made to drop on pedal 25 simultaneously, also more interesting in addition.In concrete enforcement, in order to ensure being perfectly safe of pig, also spacing can not be established between scaoffold 24 and pedal 25, only stay very small―gap suture, one piece of liftable flat board can be set on lower floor's platform 15 base plate, in pedal 25 bottom surface and scaoffold 24 bottom surface, corresponding and attachable buckle device is set respectively, configure corresponding spring again, pulley wire rope etc., thus form a triggering office, after on the base plate that pig enters lower floor's platform 15 completely, pedal 25 bottom surface can be separated automatically with the attachable buckle device that scaoffold 24 bottom surface is arranged respectively, then, lower floor's platform 15 and upper platform 16, seesaw 13 afterbodys etc. just decline.When the flat board of pedal 25 declines with lower floor's platform 15, can be corresponding with being arranged on the ring road 35 ring road 35 protruding a piece and do not affect the lifting of pedal 25 flat board etc.

Allow pig hang and get well water, both alleviated people fatigue (especially for old man or weakling all the more so), meanwhile, pig is moved, reduces fat, increase lean meat, improve the overall meat of pig.

In rural area etc., can by Duo Hu family this facility of Cooperative construction, both cost-saving, play again larger benefit; People or can be hung at any time by animals such as pigs and get well water, and the water yield making reservoir 1 remain enough (reservoir 1 can be built larger).Water in reservoir 1 transfers to each associated home continually after filter and outfall sewer; These well water can be washed dish, wash clothes, have a bath, even irrigate crops etc.Although now rural area has a lot of building, the main housework activity such as wash dish, wash clothes still can be carried out in the courtyard of Stall or Stall; Shower house and available well water are set at Stall and carry out having a bath (and second floor and above washroom are generally only for doing the wash, also less with costs such as tap water).

The present invention also can be arranged in amusement park, particularly can be arranged in the amusement parks such as the recreational tourism in rural area; Well water, while travelling, hangs and gets in reservoir 1 by guests continuously, greatly utilizes or excavates the former resource that is wasted or the energy; Hung by visitor the well water got to use to amusement park, use also can to neighbouring rural households, or for irrigate crops etc.When the present invention is as being arranged on amusement park, can be set to transparent by bobbin 3, water-supply-pipe 2, process well water being hung get is visible, increases sight; At water-supply-pipe, a large funnel can be set for 2 times, this funnel is connected with reservoir 1 top, comparatively Large space is left between funnel and water-supply-pipe about 2, a large amount of sprays etc. can be splash when well water is dropped on funnel by water-supply-pipe 2, because of funnel arrange very large, the spray splash still can drop in funnel and enters reservoir 1 and substantially can not waste.Visitor can climb up seesaw 13 head by the staircase of reservoir 1 and to be sitting on short seat and to fasten seat belts (now, more than two visitors can be entered) at upper platform 16, in seesaw 13 head rise process, this visitor can watch well water spray waterfall and lower splash spray downwards, when this visitor is again along with seesaw 13 head " very unexpectedly " soon, special novelty, stimulation and distinguished experience can be felt.If allow visitor shout, rock whip bar or beat drums and gongs and catch up with pig to carry out hanging getting well water, that more has some entertaining, unforgettable.

Can discharge through bleed off pipe when in reservoir 1, water is too many; The hydraulic giant be connected with reservoir 1 can clean ring road 35, skew bridge 22, upper platform 16, lower floor's platform 15 etc. in time, not only convenient but also free.Foreign material etc. in reservoir 1 can be deposited in bottom trumpet-shaped reservoir 1 automatically, are provided with filter between outfall sewer and reservoir 1 simultaneously, so the well water more clean hygiene that reservoir 1 exports.Open the blow-off pipe valve bottom reservoir 1, the foreign material etc. that can drain in time in reservoir 1.

The various simple change made by those of ordinary skill in the art, remodeling all would not depart from the scope of the present invention.

Claims

1. the water intake facilities of a non-consuming electric power, be provided with reservoir on outdoor ground, this reservoir more than 160cm above ground level, this reservoir is connected with ground by bearing, big up and small down horn-like bottom this reservoir, this place of reservoir bottom centre is provided with vertical blow-off pipe, this blow-off pipe is provided with valve, is provided with bleed off pipe in described reservoir, and this reservoir top is sealing shape, this reservoir top is provided with openning, and this openning is provided with lid, described reservoir is provided with staircase, and this staircase top is connected with reservoir top, is connected bottom this staircase with ground, described reservoir bottom pool wall is provided with outfall sewer, is provided with filter between this outfall sewer and described pool wall, described reservoir bottom pool wall is provided with delivery port, this delivery port be furnished with the flexible pipe cleaning hydraulic giant and be connected, described reservoir side is provided with well, leaves spacing between this well and reservoir, and this well oral area flushes with ground, it is characterized in that: be provided with bobbin in described well, this bobbin bottom is arranged in well, and in the middle part of this bobbin, top is above ground level, and this bobbin top is provided with horizontal shrouding, and this shrouding is lower than described reservoir top, and this shrouding center is provided with circular hole, be provided with bracing means between described bobbin and reservoir, between bobbin top and reservoir top, be provided with water-supply-pipe, water fetching device is provided with in described bobbin, this water fetching device by hanging one's head, suspension rod, horizontal dividing plate, vertical tube form, gap is left between described horizontal dividing plate surrounding and bobbin inwall, this dividing plate is provided with centre bore and limbers, this dividing plate end face middle is provided with vertical tube, this standpipe head is upward through the circular hole on bobbin shrouding, and this vertical tube top is provided with horizontal sealing cap, and this sealing cap is greater than the circular hole on bobbin shrouding, be provided with in bobbin below described dividing plate and hang one's head, limbers on this gap ratio dividing plate of hanging one's head between leg and bobbin inwall and the spacing between bobbin inwall little, this top center place that hangs one's head is provided with vertical suspension rod, this suspension rod top is connected with metal ring after being upward through described dividing plate centre bore and vertical tube inner chamber, this metal ring is connected with pulley, this pulley is connected with slideway, this slideway is short U-shaped, this slideway is connected with rectangular seesaw head bottom surface through after described metal ring, damper is provided with bottom this slideway, under described seesaw is in level, described damper and reservoir top contact, described pulley and seesaw head bottom surface movable contact, described suspension rod is longer than described vertical tube,

2. the water intake facilities of a kind of non-consuming electric power according to claim 1, it is characterized in that: before described pedal, be provided with scaoffold, under seesaw is in level, this scaoffold flushes with the dull and stereotyped front of described pedal, this scaoffold is connected with vertical rod, this vertical rod is connected with ground, the spacing of 20-40cm is left between described scaoffold back and pedal front, these scaoffold both sides are provided with railing, this railing stretches out scaoffold backward, leaves the spacing of below 5cm between the railing on this railing and pedal; Described scaoffold front is connected with skew bridge back, and this skew bridge front is connected with ground, and this skew bridge gradient is below 30 degree, and this skew bridge bridge floor is provided with shoe, and the railing of these skew bridge both sides is connected with scaoffold two lateral rail; Ground below described seesaw is provided with ring road, and this ring road width is greater than the width of seesaw and described lower floor platform, upper platform, and be provided with the access of joining door on the left of this ring road, this access is in the right side of described seesaw mounting; Described ring road is connected with described skew bridge after again turning after turning after extending a segment distance to the right and extending forward a segment distance and extending a segment distance left, and the railing be arranged on ring road limit is connected with the railing of skew bridge both sides; Ring road below described lower floor platform protrudes forward one piece, and the ring road limit of this protrusion one piece is provided with railing, and the ring road of this protrusion one piece is corresponding with the flat board of described pedal, and the ring road area of this protrusion one piece is greater than the platen area of described pedal; Described ring road railing is provided with horizontal strut, and this strut is corresponding with the rectangular frame on described L shape overhead door;