CN205617332U - Hinge dam stagnant water system - Google Patents
Hinge dam stagnant water system Download PDFInfo
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- CN205617332U CN205617332U CN201620190277.XU CN201620190277U CN205617332U CN 205617332 U CN205617332 U CN 205617332U CN 201620190277 U CN201620190277 U CN 201620190277U CN 205617332 U CN205617332 U CN 205617332U
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Abstract
The utility model provides a hinge dam stagnant water system. The utility model discloses a hinge dam stagnant water system, include: dam facing, dock Panel, side wall and a fixed establishment, side wall perpendicular to water graphic settings, dock Panel lays the side wall orientation one side of dam facing, one side side of dam facing is provided with stagnant water mechanism, the stagnant water structure with the dock Panel contact, a fixed establishment is fixed to be set up dock Panel is last, and the protrusion first panel orientation is near the one side of dam facing is worked as when the dam facing raises, a fixed establishment can with the cooperation of stagnant water mechanism is sealed. Realized after the installation of hinge dam for the hinge dam the phenomenon that the river was revealed can not appear sticking up the back, has improved sealed effect.
Description
Technical field
This utility model relates to hydraulic structure technical field, particularly relates to a kind of hinge dam water-stopping system.
Background technology
Along with urban water, landscape construction, environmental renovation and irrigation, the needs of generation engineering, most by using gate or dam body to realize barrage water-retention.In addition to having the function of barrage water-retention, it also needs to have the function that can not affect flood control safety, movable gate or dam body and is widely used because it meets features described above.
Movable gate or dam body include rubber dam, steel dam valve, gas shield lock, hinge dam etc., and wherein, hinge dam possesses three twisted point luffing motions, and unlimited width formula assembles, it is adaptable to the river course of various width.The advantages such as flood passage is effective it addition, hinge dam also has, do not receive Sediment Siltation impact, construction is quick.
During hinge dam is installed and used, after this patent utility model people finds that fan hinge dam facing installs more, gap easily occurs, between hinge dam facing and side wall after hinge dam facing is holded up, it may appear that the phenomenon that river is revealed, its sealing effectiveness is bad.
Utility model content
This utility model provides a kind of hinge dam water-stopping system, gap easily occurs, to overcome after hinge dam facing is holded up between hinge dam facing and the side wall in correlation technique, it may appear that the phenomenon that river is revealed, the problem that its sealing effectiveness is bad.
This utility model provides a kind of hinge dam water-stopping system, including: dam facing, fixed panel, side wall and the first fixed mechanism；
Described side wall is perpendicular to horizontal plane and arranges, and described fixed panel is laid on the described side wall side towards described dam facing；
The side side of described dam facing is provided with Water stop mechanism, and described water sealing structure contacts with described fixed panel；
Described first fixed mechanism is fixedly installed on described fixed panel, and protrudes the described fixed panel one side towards nearly described dam facing, and when described dam facing rises, described first fixed mechanism can be with described Water stop mechanism fitted seal.
Further, in above-mentioned hinge dam water-stopping system, described first fixed structure includes: the first bolt, the first fixture and the first nut；
Described first fixture is provided with the first through hole, and described fixed panel is provided with second through hole corresponding with described first lead to the hole site；
One end of described first bolt is fixed in described side wall, the other end of described first bolt, after described second through hole and described first through hole, is connected with described first nut thread.
Further, in above-mentioned hinge dam water-stopping system, described fixed panel is arranged at intervals with multiple first fixture.
Further, in above-mentioned hinge dam water-stopping system, described first bolt, described first through hole, described second through hole and described first nut, all have multiple.
Further, in above-mentioned hinge dam water-stopping system, described first fixture is perpendicular to horizontal plane and arranges.
Further, in above-mentioned hinge dam water-stopping system, described Water stop mechanism includes: the first sealing member, the second fixed mechanism and governor motion；
Described first sealing member includes that the first fixed part and the first sealing, described first fixed part are connected with described first sealing；
Described second fixed mechanism is fixed on the side of described dam facing, described first fixed part is connected with described second fixed mechanism by described governor motion, described first sealing is positioned at described first fixed part side away from described dam facing, and along the side extension of described dam facing, described governor motion can adjust the spacing between described first sealing and the side of described dam facing.
Further, in above-mentioned hinge dam water-stopping system, described governor motion includes: the second bolt, the second nut, third through-hole and perforation structure；
Described third through-hole is arranged on described second fixed mechanism, described perforation structure runs through described first fixed part, described second bolt passes described third through-hole and described perforation structure and is connected with described second nut thread, and described second bolt can change and the relative position between described perforation structure along the direction of the side being perpendicular to described dam facing.
Further, in above-mentioned hinge dam water-stopping system, described second fixed mechanism includes: first fixes component, fourth hole, the 3rd bolt and the first screwed hole；
Described first screwed hole is arranged on the side of described dam facing, described first fixes two parts that component includes being arranged in a mutually vertical manner, described fourth hole and described third through-hole are provided respectively therein on a part, described second bolt, through described fourth hole threadeding with described first screwed hole, makes described first to fix component and fixes with the side of described dam facing and be connected.
Further, in above-mentioned hinge dam water-stopping system, also include: lower shaft, the second sealing member, second fix component；
Described second sealing member includes that the second fixed part and the second sealing, described second fixed part are connected with described second sealing；
The end face of lower shaft described in described second both seals；
Described second fixed part is fixed component by described second by described second sealing fix with described lower shaft to described lower shaft sunken inside, described second fixed part.
Further, in above-mentioned hinge dam water-stopping system, described second fixes component includes: the 3rd bolt and the second fixture；
Described second fixture is arranged in described lower shaft, and fixing with described lower shaft is connected；
Described second fixed part is provided with fifth hole, and described second fixture is provided with second screwed hole corresponding with described fifth hole position；
Described 3rd bolt passes described fifth hole, and threadeds with described second screwed hole.
Further, in above-mentioned hinge dam water-stopping system, also include: support, the 3rd sealing part, the 3rd fix component；
Described support is provided with groove, and the bottom for described dam facing rotates in described groove；
The bottom of described dam facing be arranged in described groove and and described groove between leave gap；
Described 3rd sealing part includes that the 3rd fixed part and the 3rd water stop portion, described 3rd fixed part are connected with described 3rd water stop portion；
Described 3rd fixed part is fixed component by the described 3rd and is fixedly installed on the top of described support, and described 3rd water stop portion seals described gap.
Further, in above-mentioned hinge dam water-stopping system, the described 3rd fixes component includes: pressing plate, the 4th bolt and the 3rd nut；
The top of described support is provided with bolt hole；
Described 3rd fixed part is provided with and corresponding clematis stem hole, described bolt hole position；
Seventh through hole corresponding with described bolt hole position it is provided with on described pressing plate；
Described pressing plate covers on described 3rd fixed part；
Bolt hole, described clematis stem hole and described 7th through hole described in described 4th screw bolt passes, be connected with described 3rd nut thread.
This utility model hinge dam water-stopping system, by fixed panel being laid on the side wall being perpendicular to horizontal plane setting towards the side of dam facing, and the side side being provided with the dam facing of Water stop mechanism contacts with fixed panel, first fixed mechanism is fixedly installed on fixed panel, first fixed mechanism can be matched with Water stop mechanism, solve, between hinge dam facing and side wall in correlation technique, gap easily occurs, after hinge dam facing is holded up, there will be the phenomenon that river is revealed, the problem that its sealing effectiveness is bad, after achieving the installation of hinge dam, make hinge dam after holding up, do not have the phenomenon that river is revealed, improve sealing effectiveness.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in describing below is embodiments more of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the overall structure schematic diagram of this utility model hinge dam water-stopping system embodiment；
Fig. 2 is the region A partial enlarged drawing of this utility model hinge dam water-stopping system embodiment；
Fig. 3 is the dam facing overall structure schematic diagram of this utility model hinge dam water-stopping system embodiment；
Fig. 4 is the first structural representation of this utility model hinge dam water-stopping system embodiment；
Fig. 5 is the second structural representation of this utility model hinge dam water-stopping system embodiment；
Fig. 6 is the 3rd structural representation of this utility model hinge dam water-stopping system embodiment；
Fig. 7 is the 4th structural representation of this utility model hinge dam water-stopping system embodiment.
Reference:
11 dam facings
12 first sealing members
121 first fixed parts
122 first sealings
13 second fixed mechanisms
131 first fix component
132 fourth holes
133 the 3rd bolts
14 governor motions
141 second bolts
142 second nuts
143 third through-holes
144 perforation structures
15 lower shafts
16 second sealing members
17 second fix component
171 the 3rd bolts
18 supports
19 the 3rd sealing parts
20 the 3rd fix component
201 pressing plates
202 the 4th bolts
203 the 3rd nuts
21 fixed panels
22 side walls
23 first fixed mechanisms
231 first bolts
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, below in conjunction with the accompanying drawing in this utility model embodiment, technical scheme in this utility model embodiment is clearly and completely described, obviously, described embodiment is a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
Fig. 1 is the overall structure schematic diagram of this utility model hinge dam water-stopping system embodiment, Fig. 2 is the region A partial enlarged drawing of this utility model hinge dam water-stopping system embodiment, as depicted in figs. 1 and 2, the hinge dam water-stopping system of the present embodiment, including dam facing 11, fixed panel 21, side wall 22 and the first fixed mechanism 23.
Wherein, dam facing 11 is the part in hinge dam entirety, realizes the flood storage to waters such as river courses and flood passage function by holding up and set level dam facing 11, and dam facing 11 can have a fan, it is possibility to have fan more, specifically needs to be as the criterion with the width in the waters such as river course.
Side wall 22 is perpendicular to horizontal plane and arranges, and is connected with ground, the space between side wall 22 and ground, is used for installing dam facing 11.So that dam facing 11 is when holding up, can have good stagnant water effect, arrange fixed panel 21 between the side and side wall 22 of dam facing 11, fixed panel 21 is laid on the side wall 22 side towards dam facing 11.The side side of dam facing 11 contacts with fixed panel 21, and this side is provided with Water stop mechanism, by contacting between Water stop mechanism and the fixed panel 21 of dam facing 11 side, realizes sealing.In actual application, between Water stop mechanism with fixed panel 21 to contact tightness degree poor, the leakage of river easily occurs.First fixed mechanism 23 is fixedly installed on fixed panel 21, and protrudes first panel one side towards nearly dam facing 11, and when dam facing 11 rises, the first fixed mechanism 23 can be with Water stop mechanism fitted seal.
In detail, first fixed structure can include the first bolt the 231, first fixture and the first nut.Wherein, the first fixture is provided with the first through hole, and for using fixing with fixed panel 21 for the first fixture, fixed panel 21 is provided with second through hole corresponding with the first lead to the hole site, uses when being used for fixing the first fixture.In order to strengthen fastness, one end of first bolt 231 is fixed in side wall 22, will be embedded in side wall 22 by the first bolt 231, and the other end of the first bolt 231, after the second through hole and the first through hole, it is connected with the first nut thread, it is achieved thereby that fixing by the first fixture and fixed panel 21.
Because dam facing 11 is in uphill process, can have a certain degree with horizontal plane shape, from 0 degree to 90 degree.The rising of dam facing 11 is controlled by hydraulic cylinder, and it can stop at unspecified angle.Therefore, in order to realize better seal effect, fixed panel 21 is arranged at intervals with multiple first fixture, and the first fixture can be angle steel, it is also possible to be other shapes or other materials.First fixture can be parallel to horizontal plane and arrange, and can be perpendicular to horizontal plane and arrange, it is also possible to horizontal plane shape has a certain degree settings, and the preferably first fixture is perpendicular to horizontal plane setting.Achieve sealing effectiveness good between the side of dam facing 11 and side wall 22.
Water stop mechanism includes that first sealing member the 12, second fixed mechanism 13 and governor motion 14 are arranged at the same side of dam facing 11, it is also possible to be simultaneously located at two sides of dam facing 11.Wherein, the first sealing member 12 includes the first fixed part 121 and the first sealing 122, and the first fixed part 121 is connected with the first sealing 122, such as, first fixed part 121 and the first sealing 122 entirety are P font, and the first sealing 122 is O type part, and the first fixed part 121 is non-O type part.nullAfter second fixed mechanism 13 is fixed on the side of dam facing 11，While first fixed part 121 being connected with the second fixed mechanism 13 by governor motion 14，Need to ensure that the first sealing 122 is positioned at first fixed part 121 side away from dam facing 11，And along the side extension of dam facing 11，Thus can realize the sealing function in dam facing 11 rotation process，After dam facing 11 is installed in actual applications，Owing to the first sealing member 12 position is fixed，Between two adjacent fan dam facings 11 or between dam facing 11 and side wall it is possible that gap，Thereby result in river to reveal，Therefore the hinge dam water sealing structure in the present embodiment is by using adjustment structure to adjust the spacing between the first sealing 122 and the side of dam facing 11，Make not have gap between two fan dam facings 11 or between dam facing 11 and side wall，Achieve good sealing effectiveness.
The most as shown in Figure 3 and Figure 4, Fig. 3 is the dam facing overall structure schematic diagram of this utility model hinge dam water-stopping system embodiment, Fig. 4 is the first structural representation of this utility model hinge dam water-stopping system embodiment, wherein, governor motion 14 includes the second bolt the 141, second nut the 142, first through hole 143 and perforation structure 144.First through hole 143 is arranged on the second fixed mechanism 13, perforation structure 144 runs through the first fixed part 121, the second bolt 141 is used to pass the first through hole 143 and perforation structure 144 and threaded with the second nut 142, first fixed part 121 is fixed on the second fixed mechanism 13, wherein, the quantity of the first through hole 143 has multiple, is specifically as the criterion can well fix the first fixed part 121.Can move along the direction of the side being perpendicular to dam facing 11 for realizing the first sealing 122, the size of perforation structure 144 is more than the size of the second bolt 141, second bolt 141 can be changed and the relative position between perforation structure 144 along the direction of the side being perpendicular to dam facing 11, achieve the position that can be adjusted as required by the first sealing 122, further realize good sealing effectiveness.
Specifically, the second fixed mechanism 13 includes that first fixes component 131, fourth hole the 132, the 3rd bolt 133 and the first screwed hole, and wherein, the first screwed hole is arranged on the side of dam facing 11, and fixes first by the first screwed hole and fix component 131.The first fixed part 121 must be fixed in order to good, preferably employ and fix component 131 by first and be divided into the two parts being arranged in a mutually vertical manner, and fourth hole 132 is arranged on first and fixes in component 131 a portion, and using the 3rd bolt 133 to threaded with the first screwed hole after fourth hole 132, the side being achieved in fixing first component 131 and dam facing 11 is fixed.First through hole 143 is arranged on first another part fixing component 131, uses the second bolt 141 and the second nut 142 to fix the first fixed part 121.Such as, first fixes component 131 for angle steel, its length is identical with the length of the first fixed part 121, fourth hole 132 is arranged on a face of angle steel, use the 3rd bolt 133 that the one side of angle steel is fixed on the side of dam facing 11, first through hole 143 is arranged on another face of angle steel, uses the second bolt 141 to be fixed on another face of angle steel by first fixed part 121.
The concrete signal of perforation structure 144 is with reference to Fig. 5, Fig. 5 is the second structural representation of this utility model hinge dam water-stopping system embodiment, as shown in Figure 5, perforation structure 144 can be bar hole, bar hole need to extend along the direction of the side being perpendicular to dam facing 11, further, the width of bar hole can be identical with the diameter of the second bolt 141, it is achieved that the second bolt 141 can in bar hole the effect of movement.
Specifically, perforation structure 144 can also be the bar hole of arc-shaped for two ends, and the two ends of bar hole are set to arc-shaped, increases the second bolt 141 scope of movement in bar hole, improves the precision of movement.
Specifically, perforation structure 144 can also include multiple perforation, and multiple perforation are along the direction arrangement of the side being perpendicular to dam facing 11.Multiple perforation can be arranged in yi word pattern, the diameter of each perforation and the equal diameters of the second bolt 141, by the second bolt 141 is passed different perforation, realize adjusting the position of the first sealing 122 along the side directions being perpendicular to dam facing 11, make adjusted after, after dam facing 11 is holded up so that do not have gap between two fan dam facings 11 or between dam facing 11 and side wall, it is achieved that good sealing effectiveness.
The hinge dam water sealing structure of the present embodiment is by using said structure, achieve by regulating the relative position that the first fixed part 121 is fixed between component 131 with first, achieve the gap adjusted between two fan dam facings 11 or between dam facing 11 and side wall, make dam facing 11 there is no gap when rise reaches vertical state, play good sealing effectiveness.Second fixed mechanism 13 and governor motion 14 all use dismountable structure simultaneously, it is achieved that when damaging or being aging occur in the first sealing 122, the effect that can be replaced.
Solving between two fan dam facings 11 or between dam facing 11 and side wall after the problem of sealing, also need to solve the sealing problem of dam facing 11 lower shaft 15, due to flood storage and the needs of flood passage, dam facing 11 needs the action constantly repeating to hold up and set level, owing to there will be phase mutual friction and vibration, the phenomenon that the encapsulant of adjacent two lower shafts 15 can damage or drop, thereby result in and between lower shaft 15, occur that the situation that river is revealed occurs in gap, therefore, by using following structure to realize strengthening the sealing of dam facing 11 lower shaft 15.
The hinge dam water sealing structure of the present embodiment, on the basis of said structure, also includes: lower shaft the 15, second sealing member 16, second fix component 17.Fig. 6 is the 3rd structural representation of this utility model hinge dam water-stopping system embodiment, as shown in Figure 6, in the hinge dam water sealing structure of the present embodiment, second sealing member 16 includes the second fixed part and the second sealing, and second fixed part and the second sealing be connected, for realizing the effect sealed, need to be by the end face of the second both seals lower shaft 15, additionally, in order to strengthen the fastness of the second sealing member 16 for sealing lower shaft 15, need it is fixed, by second, second fixed part is fixed component 17 fix with lower shaft 15, and ensure the second fixed part by the second sealing to lower shaft 15 sunken inside, second fixed part is all within lower shaft 15.Achieving by the second sealing member 16 being fixed on the form in lower shaft 15, strengthening the effect of the sealing of dam facing 11 lower shaft 15.
Specifically, second fixes component 17 includes the 3rd bolt 171 and fixture, wherein, fix in fixture is arranged on lower shaft 15 and with lower shaft 15 and be connected, such as can fix to use the forms such as welding, and fixture is provided with the second screwed hole, also need to arrange third through-hole on the second fixed part, and the position of third through-hole is corresponding with the second screwed hole position, thus, by the 3rd bolt 171 through third through-hole, and threaded with the second screwed hole, it is achieved that by the second sealing member 16 and the fixing effect of lower shaft 15.
Use second to fix component 17 and fix the second sealing member 16, because fixing stress point is only the part of third through-hole, adjacent two fan dam facing 11 interleaved activity when, third through-hole may be damaged when its power extruded each other is excessive, therefore, second fixes component 17 can increase lifting surface area increase when baffle plate makes fixing, thus reduces the damaged condition of the second sealing member 16.The side laminating outside lower shaft 15 of baffle plate and the second fixed part, is provided with clematis stem hole on baffle plate, and the position in clematis stem hole, second through hole the 132, second screwed hole is corresponding.
Fixture can use block structure, preferably, fixture uses disc-shaped structure, the diameter of fixture is equal with the internal diameter of lower shaft 15, and the thickness direction of fixture is identical with the axis direction of lower shaft 15, being connected by the inwall at the edge of fixture with lower shaft 15 by the way of welding, the edge of fixture is connected with the inside of lower shaft 15 completely, it is achieved that improve the effect of fixing degree of stability.
Solving between two fan dam facings 11 or between dam facing 11 and side wall after the problem of sealing and the sealing problem of dam facing 11 lower shaft 15, hinge dam in use there is also after dam facing 11 holds up, there is the phenomenon that river is revealed in dam facing 11 bottom, it has been observed that, dam facing 11 bottom is revealed and is because water sealing structure and damages or aging cause, therefore, by using following structure to realize water sealing structure is replaced, dam facing 11 bottom sealing is strengthened.
On the basis of said structure, also include: support the 18, the 3rd sealing part the 19, the 3rd fixes component 20.Fig. 7 is the 4th structural representation of this utility model hinge dam water-stopping system embodiment, as shown in Figure 7, in the hinge dam water sealing structure of the present embodiment, support 18 is for limiting the position of dam facing 11 grade, and is stopped that by support 18 concrete being molded base for the first time is crossed support 18 and affected the effect of dam facing 11 activity.By being provided with groove on mount 18, bottom for dam facing 11 rotates in groove, and the bottom of dam facing 11 needs to leave between groove gap when arranging in a groove, use the 3rd sealing part 19 by clearance seal so that dam facing 11 does not haves the situation that river is revealed when holding up.Wherein, the 3rd sealing part 19 includes the 3rd fixed part and the 3rd water stop portion, and the 3rd fixed part and the 3rd water stop portion are connected, it is, for example possible to use p-type sealing part is as the 3rd sealing part 19, the 3rd water stop portion is O type part, and the 3rd fixed part is non-O type part.3rd fixed part is fixed component 20 by the 3rd and is fixedly installed on the top of support 18, ensures that the 3rd water stop portion can be by clearance seal.Achieve the effect to dam facing 11 bottom end seal.
Specifically, in order to realize removable function, second fixed structure can include pressing plate 201, 4th bolt 202 and the 3rd nut 203, wherein, the top of support 18 is provided with bolt hole, for limiting the position of the 4th bolt 202, 3rd fixed part is provided with fourth hole corresponding with bolt hole position, the fifth hole corresponding with bolt hole position it is provided with on pressing plate 201, first the 3rd fixed part is placed on the top of support 18, the preferably top of support 18 is plane, 3rd fixed part can be placed smoothly, then pressing plate 201 is covered on the 3rd fixed part, 4th bolt 202 sequentially passes through bolt hole, fourth hole and fifth hole, threaded with the 3rd nut 203.Second fixed structure employing can be carried out the form of the structure dismantled, it is possible to achieve when damaging or being aging occur in the 3rd sealing part 19, can carry out dismantling and replacing the effect of the 3rd new sealing part.
Bolt hole can be to be arranged to the form of screwed hole, and the 4th bolt 202 is just being threadeded with bolt hole during bolt hole, it is achieved that the 4th bolt 202 and the fixing effect of support 18.
4th bolt 202 is after bolt hole, it is also possible to welded with support 18 by bolt, thus defines the position of bolt hole, it is achieved that the 4th bolt 202 and the fixing effect of support 18.
In order to make fastening effect more preferable, the second fixed mechanism 13 can also include pad, and pad is arranged between the 3rd nut 203 and pressing plate 201.Increase the contact area of the 3rd nut 203 and pressing plate 201 surface, it is achieved that prevent pressing plate 201 surface from while being worn, may also operate as the effect of locking effect.
Because pressing plate 201 is used for pushing down the 3rd fixed part, it is advantageous to the length of pressing plate 201 is identical with the length of the 3rd fixed part.
The 3rd sealing part 19 in the present embodiment uses p-type sealing ring, wherein, 3rd fixed part is laminated structure, 3rd water stop portion is O shape structure, 3rd fixed part is connected along the tangential of the 3rd water stop portion with the 3rd water stop portion, and lamellar the 3rd fixed part is pushed down by pressing plate 201, the gap between the 3rd water stop portion sealed support 18 and the dam facing 11 of O type structure, 3rd water stop portion both can be towards dam facing 11, again can be towards groove.3rd water stop portion towards dam facing 11 arrange time, dam facing 11 is in rotation process, 3rd water stop portion can be imposed vertical dam facing 11 and the power away from dam facing 11 direction, in use for some time, easily there is tired damage in 3rd water stop portion, sealing effectiveness is reduced, therefore, preferably employ the 3rd water stop portion form towards groove, and pressing plate 201 covering part the 3rd water stop portion, thus in dam facing 11 rotation process, the 3rd water stop portion is not easy deformation occur under the effect of pressing plate 201, it is achieved that extend the effect in the 3rd sealing part 19 service life.
Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, it is not intended to limit；Although this utility model being described in detail with reference to foregoing embodiments, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or the most some or all of technical characteristic is carried out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of this utility model each embodiment technical scheme.
Claims (12)
1. a hinge dam water-stopping system, it is characterised in that including: dam facing, fixed panel, side wall and the first fixed mechanism；
Described side wall is perpendicular to horizontal plane and arranges, and described fixed panel is laid on the described side wall side towards described dam facing；
The side side of described dam facing is provided with Water stop mechanism, and described water sealing structure contacts with described fixed panel；
Described first fixed mechanism is fixedly installed on described fixed panel, and protrudes the described fixed panel one side towards nearly described dam facing, and when described dam facing rises, described first fixed mechanism can be with described Water stop mechanism fitted seal.
Hinge dam the most according to claim 1 water-stopping system, it is characterised in that described first fixed structure includes: the first bolt, the first fixture and the first nut；
Described first fixture is provided with the first through hole, and described fixed panel is provided with second through hole corresponding with described first lead to the hole site；
One end of described first bolt is fixed in described side wall, the other end of described first bolt, after described second through hole and described first through hole, is connected with described first nut thread.
Hinge dam the most according to claim 2 water-stopping system, it is characterised in that described fixed panel is arranged at intervals with multiple first fixture.
Hinge dam the most according to claim 3 water-stopping system, it is characterised in that described first bolt, described first through hole, described second through hole and described first nut, all has multiple.
Hinge dam the most according to claim 2 water-stopping system, it is characterised in that described first fixture is perpendicular to horizontal plane and arranges.
Hinge dam the most according to claim 1 water-stopping system, it is characterised in that described Water stop mechanism includes: the first sealing member, the second fixed mechanism and governor motion；
Described first sealing member includes that the first fixed part and the first sealing, described first fixed part are connected with described first sealing；
Described second fixed mechanism is fixed on the side of described dam facing, described first fixed part is connected with described second fixed mechanism by described governor motion, described first sealing is positioned at described first fixed part side away from described dam facing, and along the side extension of described dam facing, described governor motion can adjust the spacing between described first sealing and the side of described dam facing.
Hinge dam the most according to claim 6 water-stopping system, it is characterised in that described governor motion includes: the second bolt, the second nut, third through-hole and perforation structure；
Described third through-hole is arranged on described second fixed mechanism, described perforation structure runs through described first fixed part, described second bolt passes described third through-hole and described perforation structure and is connected with described second nut thread, and described second bolt can change and the relative position between described perforation structure along the direction of the side being perpendicular to described dam facing.
Hinge dam the most according to claim 7 water-stopping system, it is characterised in that described second fixed mechanism includes: first fixes component, fourth hole, the 3rd bolt and the first screwed hole；
Described first screwed hole is arranged on the side of described dam facing, described first fixes two parts that component includes being arranged in a mutually vertical manner, described fourth hole and described third through-hole are provided respectively therein on a part, described second bolt, through described fourth hole threadeding with described first screwed hole, makes described first to fix component and fixes with the side of described dam facing and be connected.
Hinge dam the most according to claim 1 water-stopping system, it is characterised in that also include: lower shaft, the second sealing member, second fix component；
Described second sealing member includes that the second fixed part and the second sealing, described second fixed part are connected with described second sealing；
The end face of lower shaft described in described second both seals；
Described second fixed part is fixed component by described second by described second sealing fix with described lower shaft to described lower shaft sunken inside, described second fixed part.
Hinge dam the most according to claim 9 water-stopping system, it is characterised in that described second fixes component includes: the 3rd bolt and the second fixture；
Described second fixture is arranged in described lower shaft, and fixing with described lower shaft is connected；
Described second fixed part is provided with fifth hole, and described second fixture is provided with second screwed hole corresponding with described fifth hole position；
Described 3rd bolt passes described fifth hole, and threadeds with described second screwed hole.
11. hinge dam according to claim 1 water-stopping systems, it is characterised in that also include: support, the 3rd sealing part, the 3rd fix component；
Described support is provided with groove, and the bottom for described dam facing rotates in described groove；
The bottom of described dam facing be arranged in described groove and and described groove between leave gap；
Described 3rd sealing part includes that the 3rd fixed part and the 3rd water stop portion, described 3rd fixed part are connected with described 3rd water stop portion；
Described 3rd fixed part is fixed component by the described 3rd and is fixedly installed on the top of described support, and described 3rd water stop portion seals described gap.
12. hinge dam according to claim 11 water-stopping systems, it is characterised in that the described 3rd fixes component includes: pressing plate, the 4th bolt and the 3rd nut；
The top of described support is provided with bolt hole；
Described 3rd fixed part is provided with and corresponding clematis stem hole, described bolt hole position；
Seventh through hole corresponding with described bolt hole position it is provided with on described pressing plate；
Described pressing plate covers on described 3rd fixed part；
Bolt hole, described clematis stem hole and described 7th through hole described in described 4th screw bolt passes, be connected with described 3rd nut thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620190277.XU CN205617332U (en) | 2016-03-11 | 2016-03-11 | Hinge dam stagnant water system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620190277.XU CN205617332U (en) | 2016-03-11 | 2016-03-11 | Hinge dam stagnant water system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205617332U true CN205617332U (en) | 2016-10-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620190277.XU Withdrawn - After Issue CN205617332U (en) | 2016-03-11 | 2016-03-11 | Hinge dam stagnant water system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205617332U (en) |
-
2016
- 2016-03-11 CN CN201620190277.XU patent/CN205617332U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161005 Effective date of abandoning: 20190118 |