CN2861440Y

CN2861440Y - Drainage mechanism for door and window

Info

Publication number: CN2861440Y
Application number: CN 200520119797
Authority: CN
Inventors: 施水德
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-30
Filing date: 2005-11-30
Publication date: 2007-01-24
Anticipated expiration: 2015-11-30

Abstract

The utility model discloses a window and door drainage structure, which consists of frame and drainer. A concave for deposit of water is designed above the frame, and also water penetration holes are designed on the concave; further a drainer is designed below the water penetration holes, which includes a body and a cap, wherein the body is hollow and above which penetration holes are designed, a wind barrier is designed in front of the body, and a drainage channel is designed in the middle of the body, a wind barrier blade is provided on the traverse section of the drainage channel, one end of the blade and sidewall of the drainage channel have the space for drainage, a drainage outlet is arranged below the side of the body; further a cap with pivot connecting part is pivoted at the drainage outlet of the body, which can cover the drainage outlet; when the wind is strong, the effective drainage can be maintained.

Description

The door and window drainage mechanism

Technical field

The utility model is about a kind of door and window drainage mechanism, can have preferable draining smoothness when mainly referring to a kind of high wind, and can prevent that the ponding adverse current from going into the mechanism of door and window inboard.

Background technology

Known door and window generally is that drain hole is set on the door and window framework, and the ponding in the framework can be discharged by drain hole for promoting drain function; Not only present preferable design is on drain hole but also water trap is set, and this water trap can cut out drain hole when not draining.

Be one of conventional construction as shown in figure 10, drain hole 11 ' mainly is set on framework 1 ', and water trap 2 ' is set on drain hole 11 ', this water trap 2 ' tool perforation 21 ' again, and the movable lid 22 ' that unidirectional unlatching is set in perforation 21 ', but make lid 22 ' the driving fit drain hole 11 ' at ordinary times, and when can be during ponding framework 1 ' in via drain hole 11 ', the 21 ' derivation of boring a hole.

Yet aforementioned structure is gone in the framework 1 ' by the ponding adverse current of drain hole 11 ', perforation 21 ' discharge because of the bigger high wind in the external world will make, and high wind directly blows lid 22 ' and will cause lid 22 ' to be difficult for opening water discharge, and the ponding in the framework 1 ' stops up and infiltrates indoor disappearance when causing lid 22 ' to be subjected to high wind to blow closure.

The utility model content

The purpose of this utility model provides and a kind ofly has choke and draining smoothness concurrently, and effectively draining and prevent that ponding from infiltrating the door and window drainage mechanism of door and window inboard.

For achieving the above object, solution of the present utility model is: a kind of door and window drainage mechanism, in the door and window framework water trap is set, and this framework top tool can be for the guide rail of doorframe and window frame displacement, and be provided with can ccontaining ponding recess, and permeable hole is set in recess; Water trap is to be located at the permeable hole position again, and the water trap main body is ducted body, and in the top open-work is set, and central tool rhone, the wall that keeps out the wind of these water trap two side tool drainage outlets, and outside tool is again realized effective draining and is prevented that ponding from infiltrating the effect of door and window inboard with this.

The utility model is provided with some blinkers in the horizontal expansion of rhone sidewall in addition, but and this blinker one end and rhone sidewall tool water supply and draining at interval, and can cooperate draining to flow to be oblique setting; The air-flow of borrowing that is imported by the water trap main body can be intercepted by blinker, the current adverse current that can prevent to discharge in the rhone is to backflow, and the gradient direction of this blinker is opposite with air-flow importing direction, the preferable air-flow that prevents of can having imports effect, and makes the utility model can still can have a preferable draining effect when high wind blows.

Moreover the utility model is in setting area, the corresponding permeable hole top position of door and window framework spacer block, and this separates the piece top air-proof block is set, and two sides are provided with the indent water guide sector in the below, and tool isolating part between two water guide sectors; Again the water trap main body in the corresponding aforementioned zones of rhone central authorities every the portion position directly to partition is set, make the ponding of corresponding permeable hole two sides of framework recess can distinguish Lead-In Area in two side water guide sectors, distinguish in the Lead-In Area spacer block two side water guide sectors again, import rhone two sides of water trap main body more respectively and derive by two side drainage outlets, make to prevent that the ponding of framework recess from all amassing in a side, and can separate derivation respectively with the preferable draining smoothness of tool by corresponding permeable hole two side ponding.

Description of drawings

Fig. 1 is that water trap of the present utility model is mounted on the framework schematic diagram;

Fig. 2 is a water trap structural representation of the present utility model;

Fig. 3 is that water trap of the present utility model is mounted on the framework cross-sectional schematic;

Fig. 4 is an embodiment draining schematic diagram of the present utility model;

Fig. 5 is an embodiment draining schematic diagram of the present utility model;

Fig. 6 is another embodiment decomposing schematic representation of the present utility model;

Fig. 7 is another embodiment draining schematic diagram of the present utility model;

Fig. 8 is an another embodiment discharge structure schematic diagram of the present utility model;

Fig. 9 is an embodiment discharge structure schematic diagram more of the present utility model;

Figure 10 is known product structure schematic diagram.

1 framework, 11 guide rails, 12 recesses, 13 permeable holes

2 water traps, 21 main bodys, 211 open-works, 2111 embeded edges

212 keep out the wind wall 213 rhones 214 blinkers 215 at interval

216 cover plates, 217 drainage outlets, 22 lids, 221 articulated sections

3 window frames, 4 water 5 separate piece 51 air-proof blocks

53 water guide sectors, 52 water guide sectors, 54 isolating parts

6 water trap main bodys, 61 rhones, 62 partitions

63 blinkers, 64 drainage outlets

7 frameworks, 71 open-works

8 water trap main bodys, 81 open-works, 82 drainage outlets

83 rhones, 84 blinkers

9 water trap main bodys, 91 rhones, 92 partitions

93 blinkers, 94 outlets, 95 drainage outlets

1 ' framework, 11 ' drain hole

2 ' water trap, 21 ' perforation, 22 ' lid

The specific embodiment

See also Fig. 1-3, the utility model mainly is in door and window framework 1 water trap 2 to be set, and this framework 1 top tool can be for the guide rail 11 of doorframe and window frame 3 displacements, and be provided with can ccontaining ponding recess 12, and permeable hole 13 is set in recess 12.

Water trap 2 is located at permeable hole 13 lower positions, and comprise main body 21, two lids 22, wherein main body 21 is a ducted body, and open-work 211 is set in the top, and can be for the embeded edge 2111 that is embedded at framework 1 permeable hole 13 sides in open-work 211 side settings, the wall 212 that keeps out the wind is set in main body 21 the place aheads again, and make main body 21 central tool rhones 213, directly two blinkers 214 are set in rhone 213 again to the sidewall horizontal expansion, and this two blinker 214 is extended by relative two sidewalls respectively and is to intersect and is provided with, but and two blinkers, 214 1 ends and rhone 213 sidewall tool water supply and draining interval 215, and can cooperate the draining flow direction to be oblique setting, each blinker 214 is located at corresponding main body 21 and is provided with than the top again, and corresponding blinker 214 positions are provided with cover plate 216 in main body 21 sides, and make cover plate 216 below tool drainage outlets 217, and cover plate 216 of the present utility model can seal main body 21 sides top by the intercalation mode, and also can be by bonding, locking, straight forming ... mode (not indicating among the figure) engages with main body 21.

Lid 22 is side drainage outlet 217 positions that articulated section 221 are set in the top and are hubbed at main body 21, and can cover drainage outlet 217.

As shown in Figure 1, but the utility model not during draining the lid 22 closed row mouths of a river 217 with the dustproof effect of tool; See also Fig. 4,5 again, ponding 4 when the utility model is implemented in framework 1 recess 12 can be imported the open-work 211 of water trap 2 main bodys 21 by permeable hole 13, and by in the open-work 211 importing rhones 213, discharge again along 215 importing rhones, 213 belows, interval of blinker 214, and by two side drainage outlets 217 with rhone 213 sidewalls.

Its main air-flow was that the wall 212 that keeps out the wind by water trap 2 main bodys 21 the place aheads stops when the utility model blew in by the door and window lateral when extraneous high wind, unlikely lid 22 opening water discharges that influence, again by can intercepting by the blinker 214 of cross arrangement that water trap 2 main bodys 21 2 sides import than little airflow, can prevent the water 4 stream reverse backflows in the rhone 213, and the gradient direction of this blinker 214 is opposite with air-flow importing direction, the preferable air-flow that prevents of can having imports effect, and makes the utility model can still can have a preferable draining effect when high wind blows.

See also Fig. 6,7, another embodiment of the present utility model is in setting area, door and window framework 1 corresponding open-work 13 top position spacer block 5, and this separates piece 5 tops air-proof block 51 is set, and two sides are provided with indent

water guide sector

52,53 in the below, and 52,53 the tool isolating parts 54 in two water guide sectors; Again water trap main body 6 in rhone 61 central authorities corresponding aforementioned isolating parts 54 positions directly to partition 62 and horizontally set blinker 63 are set, the ponding 4 of framework 1 recess 12 corresponding permeable hole 13 2 sides can be distinguished in the Lead-In Area spacer block 5 two side

water guide sectors

52,53, import rhone 61 2 sides of water trap main body 6 more respectively and derive by two side drainage outlets 64, make to prevent that the ponding 4 of framework 1 recess 12 from all amassing in a side, and can separate derivation respectively with the preferable draining smoothness of tool by corresponding permeable hole 13 2 side ponding 4.

See also Fig. 8, another embodiment of the present utility model is provided with permeable hole 71 in framework 7 sides; The corresponding permeable hole in water trap main body 8 rears 71 positions are provided with open-work 81 again, and drainage outlet 82 is set in the place ahead, laterally put blinker 84 in rhone 83 again, make the ponding in the framework 7 to discharge by outfall 82, though extraneous again high wind does not have the aforementioned wall that keeps out the wind when blowing, but still can prevent the water upruss of discharging by horizontal blinker 84, can have preferable choke and a draining effect.

See also Fig. 9, an embodiment more of the present utility model is that rhone 91 in water trap main body 9 is directly to partition 92 is set, and horizontally set blinker 93, outlet 94 (shown in the dotted line below) is set in corresponding blinker 93 belows, the place ahead again, the side is provided with drainage outlet 95, make water trap main body 9 can with framework 1, separate piece 5 combinations, and when being imported by front exit 94, high wind intercepted by blinker 93, and to 95 derivation (shown in double-head arrow) of side drainage outlet, make water 4 discharged to side drainage outlet 95 by the rapid water conservancy diversion of wind-force, and can have a preferable drainage efficiency.

In addition, blinker of the present utility model is to design one or more, and can extend by other inwalls of rhone, the water trap main body two sides of the present utility model again lid that can not be pivoted, and can have the choke effect by horizontal blinker, and aforementioned structure also should belong in the utility model design category.

It is aforementioned to combine knot, and the utility model structure in fact can the better anti-high wind of more known product tool, and Still can normally discharge ponding when high wind blows, its effect is should more known product good, and suitableeer Use in China and the country that is in typhoon climate, the whence proposes patent application in accordance with the law.

Claims

1, a kind of door and window drainage mechanism is characterized in that: be to comprise:

Framework top tool can be for the guide rail of doorframe and window frame displacement, and be provided with can ccontaining ponding recess, and permeable hole is set in recess;

Water trap is to be located at the permeable hole position, and the main body of this water trap is ducted body, and in corresponding permeable hole position open-work is set, and in two sides drainage outlet is set again, and the outside tool wall that keeps out the wind.

2, door and window drainage mechanism as claimed in claim 1 is characterized in that: main body is in rhone horizontally set blinker, but and this blinker one end and rhone sidewall tool water supply and draining interval.

3, door and window drainage mechanism as claimed in claim 1 is characterized in that: before the main body drainage outlet can be set.

4, door and window drainage mechanism as claimed in claim 1, it is characterized in that: water trap is provided with lid, and this lid is provided with the drainage outlet position that the articulated section is hubbed at main body, and can cover drainage outlet.

5, door and window drainage mechanism as claimed in claim 1 is characterized in that: blinker is located at corresponding main body top position.

6, door and window drainage mechanism as claimed in claim 1 is characterized in that: blinker cooperates draining to flow to and is oblique setting.

7, door and window drainage mechanism as claimed in claim 1 is characterized in that: blinker can be one.

8, door and window drainage mechanism as claimed in claim 1, it is characterized in that: blinker can be more than one.

9, door and window drainage mechanism as claimed in claim 8 is characterized in that: each blinker is extended by relative two sidewalls respectively and is to intersect and is provided with.

10, door and window drainage mechanism as claimed in claim 2 is characterized in that: the water trap main body is provided with cover plate driving fit main body two sides top in corresponding blinker position, side drainage outlet top.

11, door and window drainage mechanism as claimed in claim 1 is characterized in that: setting area, the corresponding permeable hole position of door and window framework spacer block, and this separates piece and in two sides the indent water guide sector is set, and tool isolating part between two water guide sectors; Again the water trap main body in the corresponding aforementioned zones of rhone central authorities every the portion position directly to partition is set, the ponding of corresponding permeable hole two sides of pivot body recess can be distinguished in the Lead-In Area spacer block water guide sector, import rhone two sides of water trap main body more respectively and derive by two side drainage outlets.

12, door and window drainage mechanism as claimed in claim 1 is characterized in that: the corresponding blinker lower position in water trap main body the place ahead is provided with outlet, and in the side drainage outlet is set.