CN205444920U - A water supply spraying system for two -sided curing means of concrete wall - Google Patents
A water supply spraying system for two -sided curing means of concrete wall Download PDFInfo
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- CN205444920U CN205444920U CN201620258207.3U CN201620258207U CN205444920U CN 205444920 U CN205444920 U CN 205444920U CN 201620258207 U CN201620258207 U CN 201620258207U CN 205444920 U CN205444920 U CN 205444920U
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Abstract
A water supply spraying system for two -sided curing means of concrete wall is including the bottom plate of booster water pump and level setting, being equipped with first side along the vertical direction on the bottom plate and managing, intraductal the inserting of first side is equipped with second side's pipe, is equipped with the pneumatic cylinder between first side pipe and the second side's pipe, second side pipe upper end level is equipped with third party's pipe, and the third party is intraductal to insert to establish and slide and be equipped with fourth side's pipe, and fourth side's pipe left end is equipped with the connecting rod perpendicularly, and the connecting rod right side is equipped with left shower nozzle, and second side pipe upper portion left side is equipped with right spray nozzle, booster water pump's delivery port passes through the spray pipe to be connected with left shower nozzle and right spray nozzle 's water inlet respectively, and the position department at neighbouring booster water pump on the spray pipe is equipped with sealed supply solenoid valve. The utility model relates to a novelty, degree of automation is high, convenient operation, practice thrift artifical, the automatic working water jet capacity of adjusting, the work progress when concrete placement finishes after, the adoption the utility model discloses thereby the water spray makes the wall keep moist reaches the purpose of maintenance with cooling down, has guaranteed construction quality.
Description
Technical field
This utility model belongs to construction engineering technical field, is specifically related to a kind of confession water sprinkler system for the two-sided curing means of concrete wall.
Background technology
In construction, after concrete cast, as hot climate, air are dried, carrying out maintenance not in time, in concrete, moisture can evaporate too fast, forms dehydrating phenomena, the cement granules that can make to have been formed gelinite can not abundant aquation, stable crystallization can not be converted into, lack enough cohesive forces, thus can occur that lamellar or powdery come off at concrete surface.When concrete not yet possesses enough intensity, the too early evaporation of moisture also can produce bigger contraction distortion, cup shake occurs.So the maintenance of initial stage is extremely important after concreting.The inside and outside two sides of concrete wall is the most exposed in atmosphere, it is therefore desirable to the interior outside of concrete wall is all carried out wet curing, in present maintenance, wet curing is carried out generally by artificial back of the body aerosol apparatus, however it is necessary that manual operation, add the labor intensity of workman, reduce work efficiency.It addition, for the outer surface of concrete wall, owing to being in vacant state, be difficult to carry out wet curing operation.
Utility model content
This utility model is in order to solve weak point of the prior art, it is provided that a kind of automaticity is high, labor intensity is little, work efficiency is high, be easy to regulate the confession water sprinkler system for the two-sided curing means of concrete wall of injection flow rate.
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that the confession water sprinkler system for the two-sided curing means of concrete wall, including booster water pump and horizontally disposed base plate；The first square tube vertically it is provided with on base plate, first square tube interpolation is provided with the second square tube, first party tube side part is provided with fixed plate, second party tube side part is provided with the portable plate being positioned at directly over fixed plate, being provided with hydraulic cylinder between fixed plate and portable plate, the cylinder body of hydraulic cylinder is located in fixed plate, and the piston rod upper end of hydraulic cylinder is connected with portable plate lower surface, portable plate is provided with the case covered by hydraulic cylinder, has gap between case and the first square tube；
Second square tube upper end level is provided with third party's pipe, and third party plugs in managing and slides and is provided with the 4th square tube, and the 4th square tube left end stretches out third party's pipe, and the 4th square tube left end is vertically provided with connecting rod；Being provided with at least two injection direction left shower nozzle towards the right side on the right side of connecting rod from top to bottom, the second square tube upper left-hand is provided with at least two injection direction from top to bottom towards left right shower nozzle；The outlet of booster water pump passes through the sparge pipe water inlet respectively with left shower nozzle and right shower nozzle and is connected, and on sparge pipe, the position at proximity booster water pump is provided with sealing supply solenoid valve；
Seal supply solenoid valve and include valve body, long-neck valve gap, handwheel, flap and valve rod, valve body, long-neck valve gap and valve rod are all adopted made of plastic, flap is made up of magnetic material, body top is uncovered and fixing with long-neck valve gap sealed bottom to be connected, and body top is provided with electric magnet around long-neck valve gap periphery；Valve inner hollow and left and right open at both ends, flap structure in disk form, it is provided with in valve body and seals, with flap lower surface, the support ring coordinated, valve rod lower end is fixing with flap upper surface center to be connected, stem lower portion is arranged with the first compression spring, the top and bottom of the first compression spring respectively with body top inwall and the top press-fit of flap upper surface, valve body is symmetrical about the axis of valve rod；Valve rod and long-neck valve gap are coaxially set, valve rod is coaxial be plugged in long-neck valve gap in and extend into valve inner, be connected by rotary seal between valve rod top with long-neck valve gap inwall, valve rod upper end is connected with handwheel center.
Handwheel is provided with the first groove of open top, is provided with sealing compensation mechanism in the first groove；Sealing compensation mechanism includes the second compression spring, spring capping and adjusting nut, spring capping top outer edge is protruded and is provided with pressure ring, spring capping is provided with the second groove of open top, adjusting nut is positioned at the second groove, handwheel center is provided with six rib holes, valve rod top is provided through six rib holes six prism structures coordinated with six rib hole transmissions, threaded with adjusting nut after sequentially passing through handwheel and spring capping in valve rod upper end, second compression spring is set in outside spring capping, second compression spring top and bottom respectively with pressure ring and the first bottom portion of groove top press-fit；Being filled with filler between long-neck valve lid upper inside wall and valve rod outer wall, on long-neck valve lid, end is provided with the gland compressing filler, is coated with the packing ring being positioned on gland outside valve rod, and handwheel lower surface is by packing ring and gland press fit.
Use technique scheme, the two-sided curing means of concrete wall also includes techniques below feature: base plate is provided with motor reducer, on the left of base plate and right side is respectively equipped with one piece of installing plate, horizontally rotate between two pieces of installing plates and be provided with two axletrees, being equipped with two road wheels on every axletree, wherein an axletree is provided with driven sprocket, and the main shaft of motor reducer is provided with power transmission shaft by shaft coupling, power transmission shaft is provided with drive sprocket, is connected by chain drive between drive sprocket with driven sprocket；4th square tube right-hand member connects to be had and the 4th homoaxial tooth bar of square tube, third party's pipe top is provided with square chest, motor it is fixed with in square chest, rotate in square chest and be provided with driven gear, the spindle drive of motor connects the driving gear engaged with driven gear, offering the through hole that connect internal with square chest on third party's pipe, driving gear bottom is engaged through through hole with tooth bar.
The two-sided curing means of concrete wall is when work uses, first this utility model is placed on the floor inside concrete wall, manipulation hydraulic cylinder elongation, Driven by Hydraulic Cylinder the second square tube ramps up, bar lower end to be connected is higher than stop solution cylinder pressure behind wall upper edge, the first square tube is promoted to make base close to wall, then motor is started, motor drives driven gear to rotate by driving gear, driven gear drives tooth bar to move horizontally to wall direction, fourth square tube homoaxial with tooth bar is slided along third party's pipe item wall direction, until after connecting rod crosses wall, stop motor；Then restarting hydraulic cylinder to shrink, the second square tube and connecting rod all move down, until hydraulic cylinder stops when left shower nozzle and right shower nozzle lay respectively at both sides, wall top and the 4th square tube does not touch wall.Then booster water pump is started, seal the electric magnet on supply solenoid valve and motor reducer works simultaneously, booster water pump extraction clear water is supplied water by sparge pipe shower nozzle to the left and right shower nozzle, outside concrete wall and inner side is carried out spraying operation by left shower nozzle and right shower nozzle respectively, motor reducer drives drive sprocket, drive sprocket passes through chain drive driven sprocket, driven sprocket axle shaft and road wheel rotate, road wheel can move horizontally along concrete wall on floor, left shower nozzle and right shower nozzle thus can be made while advancing along wall level, wall to be sprayed water, the water being sprayed on wall flows down along wall from top to bottom, the water flowed down covering comprehensive to wall moist curing.
Seal supply solenoid valve to be arranged on sparge pipe, injection flow rate can be adjusted and play good sealing function.The concrete operations principle and the process that seal supply solenoid valve are as follows: power for electric magnet while starting booster water pump, electric magnet attracts the flap of magnetic, flap overcomes the sub-profit of the first spring to depart from support ring, seal supply solenoid valve to open, current pass through, and according to electric magnet provides the size of electric current, the distance between regulation support ring and flap reaches to adjust the purpose of discharge.Additionally seal and play sealing function by filler between valve rod and long-neck valve gap on supply solenoid valve, and use the gland being located on long-neck valve lid end to compress filler, more optimize is to be provided with packing ring between gland and handwheel, and sealing effectiveness is more preferable；The sealing compensation mechanism in the first groove on handwheel is made up of the second compression spring, spring capping and adjusting nut, after filler between valve rod and long-neck valve gap is impaired, overall sealing performance declines, now adjustment turns adjusting nut and makes the second downward pressing handwheel of compression spring, handwheel compresses filler further by gland, ensure that the sealing property sealing supply solenoid valve.
Case plays and prevents water from splashing on the piston rod of hydraulic cylinder, brings cylinder body into, thus extend the service life of hydraulic cylinder in piston rod telescopic process.
In sum, the two-sided curing means of concrete wall is novel in design, and automaticity is high, easy to operate, save artificial, at work progress after concreting, this utility model water spray just can be used to make metope keep moistening and cooling thus reach the purpose of maintenance, it is ensured that construction quality.
Accompanying drawing explanation
Fig. 1 is the structural representation of the two-sided curing means of concrete wall；
Fig. 2 is the structural representation sealing supply solenoid valve in Fig. 1；
Fig. 3 is the enlarged drawing in Fig. 2 at A.
Detailed description of the invention
As shown in Figure 1, Figure 2 and Figure 3, the two-sided curing means of concrete wall, including booster water pump 1 and horizontally disposed base plate 2, base plate 2 is provided with motor reducer 3, on the left of base plate 2 and right side is respectively equipped with one piece of installing plate 4, horizontally rotate between two pieces of installing plates 4 and be provided with two axletrees 5, two road wheels 6 it are equipped with on every axletree 5, wherein an axletree 5 is provided with driven sprocket 7, the main shaft of motor reducer 3 is provided with power transmission shaft 8 by shaft coupling, power transmission shaft 8 is provided with drive sprocket 9, is connected by chain drive between drive sprocket 9 with driven sprocket 7.
The first square tube 10 vertically it is provided with on base plate 2, it is inserted with second party pipe 11 in first square tube 10, first square tube 10 sidepiece is provided with fixed plate 12, second square tube 11 sidepiece is provided with the portable plate 13 being positioned at directly over fixed plate 12, hydraulic cylinder 14 it is provided with between fixed plate 12 and portable plate 13, the cylinder body of hydraulic cylinder 14 is located in fixed plate 12, the piston rod upper end of hydraulic cylinder 14 is connected with portable plate 13 lower surface, portable plate 13 is provided with the case 15 covered by hydraulic cylinder 14, has gap between case 15 and the first square tube 10.
Second square tube 11 upper end level is provided with third party's pipe 16, plug in third party's pipe 16 and slide and be provided with the 4th square tube 17, 4th square tube 17 left end stretches out third party's pipe 16, 4th square tube 17 left end is vertically provided with connecting rod 18, 4th square tube 17 right-hand member connects to be had and the 4th homoaxial tooth bar of square tube 17 19, third party's pipe 16 top is provided with square chest 20, motor 21 it is fixed with in square chest 20, rotate in square chest 20 and be provided with driven gear 22, the spindle drive of motor 21 connects the driving gear 23 engaged with driven gear 22, the through hole that connect internal with square chest 20 is offered on third party's pipe 16, driving gear 23 bottom is engaged through through hole with tooth bar 19.
Being provided with at least two injection direction left shower nozzle 24 towards the right side on the right side of connecting rod 18 from top to bottom, the second square tube 11 upper left-hand is provided with at least two injection direction from top to bottom towards left right shower nozzle 25；The outlet of booster water pump 1 passes through the sparge pipe 26 water inlet respectively with left shower nozzle 24 and right shower nozzle 25 and is connected, and on sparge pipe 26, the position at proximity booster water pump 1 is provided with sealing supply solenoid valve 27.
Seal supply solenoid valve 27 and include valve body 30, long-neck valve gap 31, handwheel 32, flap 33 and valve rod 34, valve body 30, long-neck valve gap 31 and valve rod 34 are all adopted made of plastic, flap 33 is made up of magnetic material, valve body 30 open top also fixing with long-neck valve gap 31 sealed bottom is connected, and valve body 30 top is provided with electric magnet 35 around long-neck valve gap 31 periphery；Valve body 30 inner hollow and left and right open at both ends, flap 33 structure in disk form, it is provided with in valve body 30 and seals, with flap 33 lower surface, the support ring 36 coordinated, valve rod 34 lower end is fixing with flap 33 upper surface center to be connected, valve rod 34 bottom is arranged with the first compression spring, the top and bottom of the first compression spring respectively with valve body 30 top inner wall and the top press-fit of flap 33 upper surface, valve body 30 is symmetrical about the axis of valve rod 34；Valve rod 34 and long-neck valve gap 31 are coaxially set, valve rod 34 is coaxial be plugged in long-neck valve gap 31 in and to extend into valve body 30 internal, be connected by rotary seal between valve rod 34 top with long-neck valve gap 31 inwall, valve rod 34 upper end is connected with handwheel 32 center.
Handwheel 32 is provided with the first groove 37 of open top, is provided with sealing compensation mechanism in the first groove 37；Sealing compensation mechanism includes the second compression spring 38, spring capping 39 and adjusting nut 40, spring capping 39 top outer edge is protruded and is provided with pressure ring 41, spring capping 39 is provided with the second groove of open top, adjusting nut 40 is positioned at the second groove, handwheel 32 center is provided with six rib holes, valve rod 34 top is provided through six rib holes six prism structures 45 coordinated with six rib hole transmissions, threaded with adjusting nut 40 after sequentially passing through handwheel 32 and spring capping 39 in valve rod 34 upper end, second compression spring 38 is set in outside spring capping 39, press-fit is pushed up with bottom pressure ring 41 and the first groove 37 respectively in second compression spring 38 top and bottom；It is filled with filler 42 between long-neck valve gap 31 upper inside wall and valve rod 34 outer wall, long-neck valve gap 31 upper end is provided with the gland 43 compressing filler 42, being coated with the packing ring 44 being positioned on gland 43 outside valve rod 34, handwheel 32 lower surface is by packing ring 44 and gland 43 press fit.
This utility model is when work uses, first this utility model is placed on the floor inside concrete wall, manipulation hydraulic cylinder 14 extends, hydraulic cylinder 14 drives the second square tube 11 to ramp up, bar 18 lower end to be connected is higher than stop solution cylinder pressure 14 behind wall upper edge, the first square tube 10 is promoted to make base close to wall, then motor 21 is started, motor 21 drives driven gear 22 to rotate by driving gear 23, driven gear 22 drives tooth bar 19 to move horizontally to wall direction, fourth square tube 17 homoaxial with tooth bar 19 is slided along 16 wall directions of third party's pipe, until after connecting rod 18 crosses wall, stop motor 21；Then restarting hydraulic cylinder 14 to shrink, the second square tube 11 and connecting rod 18 all move down, until hydraulic cylinder 14 stops when left shower nozzle 24 and right shower nozzle 25 lay respectively at both sides, wall top and the 4th square tube 17 does not touch wall.Then booster water pump 1 is started, seal the electric magnet 35 on supply solenoid valve 27 and motor reducer 3 works simultaneously, booster water pump 1 is extracted clear water and is supplied water by sparge pipe 26 shower nozzle 24 to the left and right shower nozzle 25, outside concrete wall and inner side is carried out spraying operation by left shower nozzle 24 and right shower nozzle 25 respectively, motor reducer 3 drives drive sprocket 9, drive sprocket 9 is by chain drive driven sprocket 7, driven sprocket 7 axle shaft 5 and road wheel 6 rotate, road wheel 6 can move horizontally along concrete wall on floor, left shower nozzle 24 and right shower nozzle 25 thus can be made while advancing along wall level, wall to be sprayed water, the water being sprayed on wall flows down along wall from top to bottom, the water flowed down covering comprehensive to wall moist curing.
Seal supply solenoid valve 27 to be arranged on sparge pipe 26, injection flow rate can be adjusted and play good sealing function.The concrete operations principle and the process that seal supply solenoid valve 27 are as follows: power for electric magnet 35 while starting booster water pump 1, electric magnet 35 attracts the flap 33 of magnetic, flap 33 overcomes the sub-profit of the first spring to depart from support ring 36, seal supply solenoid valve 27 to open, current pass through, and according to electric magnet 35 provides the size of electric current, the distance between regulation support ring 36 and flap 33 reaches to adjust the purpose of discharge.Additionally seal and play sealing function by filler 42 between valve rod 34 and long-neck valve gap 31 on supply solenoid valve 27, and use the gland 43 being located on long-neck valve lid end to compress filler 42, more optimize is to be provided with packing ring 44 between gland 43 and handwheel 32, and sealing effectiveness is more preferable；The sealing compensation mechanism in the first groove 37 on handwheel 32 is made up of the second compression spring 38, spring capping 39 and adjusting nut 40, after filler 42 between valve rod 34 and long-neck valve gap is impaired, overall sealing performance declines, now adjustment turns adjusting nut 40 and makes the second downward pressing handwheel 32 of compression spring 38, handwheel 32 compresses filler 42 further by gland 43, ensure that the sealing property sealing supply solenoid valve 27.
Case 15 plays and prevents water from splashing on the piston rod of hydraulic cylinder 14, brings cylinder body into, thus extend the service life of hydraulic cylinder 14 in piston rod telescopic process.
Above example is only in order to illustrative not limiting the technical solution of the utility model, although this utility model being described in detail with reference to above-described embodiment, it will be understood by those within the art that: still this utility model can be modified or equivalent, without deviating from any modification or partial replacement of spirit and scope of the present utility model, it all should be contained in the middle of right of the present utility model.
Claims (2)
1. be used for the two-sided curing means of concrete wall supplies water sprinkler system, it is characterized in that: include booster water pump and horizontally disposed base plate, the first square tube vertically it is provided with on base plate, first square tube interpolation is provided with the second square tube, first party tube side part is provided with fixed plate, second party tube side part is provided with the portable plate being positioned at directly over fixed plate, hydraulic cylinder it is provided with between fixed plate and portable plate, the cylinder body of hydraulic cylinder is located in fixed plate, the piston rod upper end of hydraulic cylinder is connected with portable plate lower surface, portable plate is provided with the case covered by hydraulic cylinder, between case and the first square tube, there is gap；
Second square tube upper end level is provided with third party's pipe, third party plugs in managing and slides and is provided with the 4th square tube, 4th square tube left end stretches out third party's pipe, 4th square tube left end is vertically provided with connecting rod, being provided with at least two injection direction left shower nozzle towards the right side on the right side of connecting rod from top to bottom, the second square tube upper left-hand is provided with at least two injection direction from top to bottom towards left right shower nozzle；The outlet of booster water pump passes through the sparge pipe water inlet respectively with left shower nozzle and right shower nozzle and is connected, and on sparge pipe, the position at proximity booster water pump is provided with sealing supply solenoid valve；
Seal supply solenoid valve and include valve body, long-neck valve gap, handwheel, flap and valve rod, valve body, long-neck valve gap and valve rod are all adopted made of plastic, flap is made up of magnetic material, body top is uncovered and fixing with long-neck valve gap sealed bottom to be connected, and body top is provided with electric magnet around long-neck valve gap periphery；Valve inner hollow and left and right open at both ends, flap structure in disk form, it is provided with in valve body and seals, with flap lower surface, the support ring coordinated, valve rod lower end is fixing with flap upper surface center to be connected, stem lower portion is arranged with the first compression spring, the top and bottom of the first compression spring respectively with body top inwall and the top press-fit of flap upper surface, valve body is symmetrical about the axis of valve rod；Valve rod and long-neck valve gap are coaxially set, valve rod is coaxial be plugged in long-neck valve gap in and extend into valve inner, be connected by rotary seal between valve rod top with long-neck valve gap inwall, valve rod upper end is connected with handwheel center.
Confession water sprinkler system for the two-sided curing means of concrete wall the most according to claim 1, it is characterised in that: handwheel is provided with the first groove of open top, is provided with sealing compensation mechanism in the first groove；Sealing compensation mechanism includes the second compression spring, spring capping and adjusting nut, spring capping top outer edge is protruded and is provided with pressure ring, spring capping is provided with the second groove of open top, adjusting nut is positioned at the second groove, handwheel center is provided with six rib holes, valve rod top is provided through six rib holes six prism structures coordinated with six rib hole transmissions, threaded with adjusting nut after sequentially passing through handwheel and spring capping in valve rod upper end, second compression spring is set in outside spring capping, second compression spring top and bottom respectively with pressure ring and the first bottom portion of groove top press-fit；Being filled with filler between long-neck valve lid upper inside wall and valve rod outer wall, on long-neck valve lid, end is provided with the gland compressing filler, is coated with the packing ring being positioned on gland outside valve rod, and handwheel lower surface is by packing ring and gland press fit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620258207.3U CN205444920U (en) | 2016-03-31 | 2016-03-31 | A water supply spraying system for two -sided curing means of concrete wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620258207.3U CN205444920U (en) | 2016-03-31 | 2016-03-31 | A water supply spraying system for two -sided curing means of concrete wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205444920U true CN205444920U (en) | 2016-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620258207.3U Expired - Fee Related CN205444920U (en) | 2016-03-31 | 2016-03-31 | A water supply spraying system for two -sided curing means of concrete wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205444920U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112727091A (en) * | 2020-11-27 | 2021-04-30 | 中国二冶集团有限公司 | Double-sided sprinkling construction method for wall body for building |
-
2016
- 2016-03-31 CN CN201620258207.3U patent/CN205444920U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112727091A (en) * | 2020-11-27 | 2021-04-30 | 中国二冶集团有限公司 | Double-sided sprinkling construction method for wall body for building |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20170331 |