CN212317810U - Segmented blocking drainage lower rail - Google Patents
Segmented blocking drainage lower rail Download PDFInfo
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- CN212317810U CN212317810U CN202020266591.8U CN202020266591U CN212317810U CN 212317810 U CN212317810 U CN 212317810U CN 202020266591 U CN202020266591 U CN 202020266591U CN 212317810 U CN212317810 U CN 212317810U
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Abstract
The utility model discloses a sectional blocking drainage lower rail, wherein a main water leakage plate and a main drainage cavity are divided into sections by a blocking block, and each section of the main water leakage plate is provided with a main water leakage hole communicated with each section of the main drainage cavity, the main water leakage hole, the main drainage cavity and a drainage hole and a drainage groove on a first connecting wall of a first slide rail seat positioned at one side outside the room form a drainage channel, under the blocking of the blocking block, rainwater generally overflows into the middle section of the main water leakage plate from the outside and is drained outside the room along the drainage channel formed by the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove through the main water leakage hole on the middle section of the main water leakage plate, when the rainwater quantity is more urgent and the middle section of the main water leakage plate is fully filled, the rainwater can flow to other sections of the main water leakage plate through the blocking block and is drained outside the main water leakage hole on the main water leakage plate along the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove, the rainwater collecting device has the functions of blocking rainwater from overflowing in a segmented mode, and guiding the rainwater to be smoothly discharged outdoors in a dispersed mode.
Description
Technical Field
The utility model belongs to the technical field of the door and window section bar, concretely relates to lower rail suitable for balcony push-and-pull door.
Background
Its lower rail of present balcony push-and-pull door is in structural design, because there is groove structure between its slide rail that is used for installing the fan frame, in the region that rainwater weather is more, especially under the heavy rain condition, the recess easily spills into a large amount of rainwater between the slide rail of lower rail, and present balcony push-and-pull door lower rail structurally or lack the drainage under the above-mentioned condition to consider, or drainage structures's design exists not enough and defect, the rainwater can't really effectively be discharged outdoor and to indoor infiltration when the rainwater spills into in the lower rail recess.
Disclosure of Invention
The utility model aims at providing an adopt the mode dispersion guide rainwater that segmentation separation rainwater was gone into to overflow and the rainwater is avoided overflowing to go into down the rail and permeate indoor segmentation separation drainage down the rail smoothly to the outside.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
a sectional water drainage lower rail comprises a main section frame, wherein the top surface of the main section frame is provided with a water drainage inclined wall which inclines downwards towards the outdoor side, a first slide rail seat is arranged on the water drainage inclined wall and is positioned on the outdoor side, the first slide rail seat is connected with the water drainage inclined wall through a first connecting wall, a first slide rail is arranged on the first slide rail seat, a door leaf is arranged on the first slide rail, a second slide rail seat is arranged on the water drainage inclined wall and is positioned on the inner side of the first slide rail seat, the second slide rail seat is connected with the water drainage inclined wall through a second connecting wall, a second slide rail is arranged on the second slide rail seat, a door leaf is arranged on the second slide rail, the second slide rail is parallel to the first slide rail, an extending wall extends towards the outdoor side of the first slide rail seat, a water drainage groove is formed between the extending wall and the water drainage inclined wall, a main water leakage plate is arranged between the first slide rail seat and the second slide rail seat, and the main water drainage inclined wall, the main water leakage plate, the first connecting wall, the second connecting, the main water leaking plate and the main water discharging cavity are divided into three sections by the blocking blocks, and the blocking blocks are close to the end parts of the main water leaking plate; and each section of main water leakage plate is provided with a main water leakage hole communicated with each section of main water drainage cavity, the first connecting wall is provided with a water drainage hole corresponding to the main water leakage hole on each section of main water leakage plate, the main water leakage hole, the main water drainage cavity, the water drainage hole on the first connecting wall and the water drainage groove form a water drainage channel, under the blocking of the blocking block, rainwater usually overflows to the middle section of the main water leakage plate from the outside and is drained out of the outside along the water drainage channel formed by the main water drainage cavity, the water drainage hole on the first connecting wall and the water drainage groove through the main water leakage hole on the middle section of main water leakage plate, when the rainwater overflowing into the middle section of main water leakage plate is filled when the rainwater overflowing into the middle section of main water leakage plate is in a large rainwater amount, the rainwater can overflow through the blocking block and flows to other sections of main water leakage plates, and then the rainwater is drained out of the outside along the water drainage channel formed by the main water drainage cavity, the water drainage hole on the first connecting wall and the water drainage groove to block, Disperse and guide the rainwater to be smoothly discharged outdoors.
As a further improvement of the utility model, a third slide rail seat is arranged on the drainage inclined wall and positioned on the inner side of the second slide rail seat, the third slide rail seat is connected with the drainage inclined wall through a third connecting wall, a third slide rail is arranged on the third slide rail seat, a screen fan is arranged on the third slide rail, the third slide rail is parallel to the second slide rail, a secondary water leakage plate is arranged between the third slide rail seat and the second slide rail seat, the secondary water leakage plate, the second connecting wall, the third connecting wall and the drainage inclined wall form a secondary drainage cavity, a secondary water leakage hole communicated with the secondary drainage cavity is arranged on the secondary water leakage plate, the secondary water leakage hole is preferably distributed at both ends of the secondary water leakage plate, a drainage hole and a secondary water leakage hole are arranged on the second connecting wall and the third connecting wall corresponding to the secondary water leakage hole, the secondary drainage cavity and the drainage holes on the second connecting wall form a drainage channel, and the secondary drainage cavity is communicated with the main drainage cavity through the drainage holes on the second connecting wall; the end part of the drainage inclined wall positioned on one indoor side extends upwards to form a retaining wall, an auxiliary water leakage plate is arranged between the retaining wall and the third slide rail seat, the auxiliary water leakage plate, the third connecting wall and the drainage inclined wall form an auxiliary drainage cavity, auxiliary water leakage holes communicated with the auxiliary drainage cavity are arranged on the auxiliary water leakage plate, the auxiliary water leakage holes are preferably distributed at two ends of the auxiliary water leakage plate, drain holes are arranged on the third connecting wall corresponding to the auxiliary water leakage holes, the auxiliary drainage cavity and the drain holes on the third connecting wall form a drainage channel, the auxiliary drainage cavity is communicated with the secondary drainage cavity through the drain holes on the third connecting wall, even if a large amount of rainwater is irrigated in a flood mode, rainwater overflows from the main water leakage plate to the secondary water leakage plate, and can be drained into the main drainage cavity through the secondary water leakage holes on the secondary water leakage plate and the drainage channel formed by the drain holes on the second connecting wall, then the water is discharged to the outside along a drainage channel formed by the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove, so that the drainage capacity is further improved; when the rainwater is in a very urgent state and further flows into the auxiliary water leakage plate, the rainwater can be drained into the secondary water drainage cavity through the auxiliary water leakage holes in the auxiliary water leakage plate through the water drainage channel formed by the auxiliary water drainage cavity and the water drainage holes in the third connecting wall, and then is drained outdoors through the water drainage holes in the second connecting wall, the main water drainage cavity, the water drainage holes in the first connecting wall and the water drainage grooves, so that the drainage capacity is further improved, and the rainwater is prevented from permeating into the indoor space.
As another improvement of the utility model, the end part of the drainage inclined wall at one indoor side extends upwards to form a baffle wall, an auxiliary water leakage plate is arranged between the baffle wall and the second slide rail seat, the auxiliary water leakage plate, the second connecting wall and the drainage inclined wall form an auxiliary drainage cavity, the auxiliary water leakage plate is provided with auxiliary water leakage holes communicated with the auxiliary drainage cavity, the auxiliary water leakage holes are preferably distributed at two ends of the auxiliary water leakage plate, the second connecting wall is provided with drainage holes corresponding to the auxiliary water leakage holes, the auxiliary drainage cavity and the drainage holes on the second connecting wall form a drainage channel, the auxiliary drainage cavity is communicated with the main drainage cavity through the drainage holes on the second connecting wall, even if a large amount of rainwater is flooded, the rainwater overflows into the auxiliary water leakage plate from the main water leakage plate, the rainwater can be drained into the main drainage cavity through the auxiliary water leakage holes on the auxiliary water leakage plate and the drainage holes on the second connecting wall, and then the water is discharged out of the room along a drainage channel formed by the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove, so that the drainage capacity is further improved.
Preferably, the main profile frame comprises a first profile frame, a second profile frame and a heat insulation adhesive tape, the first profile frame and the second profile frame are connected through a heat insulation bridge cut-off through the heat insulation adhesive tape, the drainage inclined wall is arranged on the top surfaces of the first profile frame and the second profile frame, the first slide rail seat is arranged on the first profile frame, and the second slide rail seat is arranged on the second profile frame to play a heat insulation role.
The utility model discloses following beneficial effect has:
the utility model discloses a subsection separation drainage lower rail, a main water leakage plate and a main drainage cavity of which are separated into sections by a separation block, and each section of the main water leakage plate is provided with a main water leakage hole communicated with each section of the main drainage cavity, the main water leakage hole, the main drainage cavity, a drainage hole and a drainage groove on a first connecting wall of a first slide rail seat positioned at one side outside the room form a drainage channel, under the blocking of the separation block, rainwater generally overflows into the middle section of the main water leakage plate from the outside and is discharged outside the room along the drainage channel formed by the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove through the main water leakage hole on the middle section of the main water leakage plate, when the rainwater overflowing into the middle section of the main water leakage plate is fully filled, the rainwater can flow to other sections of the main water leakage plate through the separation block, and then the main water leakage hole on the section of the main water leakage plate is discharged outside the drainage channel formed by the main drainage cavity, the drainage hole on the first connecting wall and the drainage groove, the rainwater collecting device has the advantages of playing the roles of blocking rainwater from overflowing in sections and guiding the rainwater to be smoothly discharged outdoors, and really and effectively avoiding the rainwater from permeating into the lower rail and permeating into the indoor space.
Drawings
Fig. 1 is a schematic structural view of a first embodiment of a sectional blocking drainage lower rail of the present invention;
FIG. 2 is a sectional view taken along line A-A of FIG. 1;
FIG. 3 is a sectional view taken along line B-B of FIG. 1;
FIG. 4 is a structural diagram of the installation and use of the first embodiment of the present invention shown in FIG. 1;
fig. 5 is a schematic structural view of a second embodiment of the sectional blocking drainage lower rail of the present invention;
FIG. 6 is a cross-sectional view taken along line C-C of FIG. 5;
FIG. 7 is a cross-sectional view taken along line D-D of FIG. 5;
fig. 8 is a structural view of the installation and use of the second embodiment of the present invention shown in fig. 5.
In the figure: 1. a main profile frame; 2. a drainage sloped wall; 3. a first slide rail seat; 4. a drain hole; 5. a second slide rail seat; 6. a main water leakage plate; 7. a main drainage cavity; 8. a separating block; 9. a third slide rail seat; 11. a retaining wall; 12. a first profile frame; 13. a second profile frame; 14. a heat insulation rubber strip; 15. sealing and pasting; 31. a first slide rail; 32. a first connecting wall; 33. an extension wall; 34. a water discharge tank; 35. clamping and fixing the base wall; 51. a second slide rail; 52. a second connecting wall; 61. a main water leakage hole; 62. a secondary water leakage plate; 63. a secondary water leakage hole; 64. an auxiliary water leakage plate; 65. auxiliary water leakage holes; 71. a secondary drainage chamber; 72. an auxiliary drainage cavity; 81. positioning the support wall; 82. a third positioning groove; 83. positioning blocks; 84. a fourth positioning groove; 85. a separator; 91. a third slide rail; 92. a third connecting wall; 351. a first positioning groove; 352. a first clamping block; 353. a second fixture block; 354. a second positioning groove.
Detailed Description
The invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the invention.
As shown in fig. 1-3, a first embodiment of a sectional drainage rail of the present invention comprises a main profile frame 1, a drainage inclined wall 2 inclined downward toward the outdoor side is provided on the top surface of the main profile frame 1, a first slide rail seat 3 is provided on the drainage inclined wall 2 located at the outdoor side, the first slide rail seat 3 is connected to the drainage inclined wall 2 through a first connecting wall 32, a first slide rail 31 is installed on the first slide rail seat 3, the first slide rail 31 is used for installing a door leaf, a second slide rail seat 5 is provided on the drainage inclined wall 2 at the inner side of the first slide rail seat 3, the second slide rail seat 5 is connected to the drainage inclined wall 2 through a second connecting wall 52, a second slide rail 51 is installed on the second slide rail seat 5, the second slide rail 51 is used for installing a door leaf, the second slide rail 51 is parallel to the first slide rail 31, an extension wall 33 is extended toward the outdoor side on the first slide rail seat 3, a drainage inclined wall 34 is formed between the extension wall 33 and the drainage inclined wall 2, a main water leakage plate 6 is arranged between the first slide rail seat 3 and the second slide rail seat 5, the main water leakage plate 6, the first connecting wall 32, the second connecting wall 52 and the drainage inclined wall 2 form a main drainage cavity 7, the main water leakage plate 6 and the main drainage cavity 7 are divided into sections by a separation stop 8, the main water leakage plate 6 and the main drainage cavity 7 are preferably divided into three sections by the separation stop 8, and the separation stop 8 is close to the end part of the main water leakage plate 6; and each section of the main water leakage plate 6 is provided with a main water leakage hole 61 communicated with each section of the main water drainage cavity 7, the first connecting wall 32 is provided with a water drainage hole 4 corresponding to the main water leakage hole 61 on each section of the main water leakage plate 6, the main water leakage hole 61, the main water drainage cavity 7, the water drainage hole 4 on the first connecting wall 32 and the water drainage groove 34 form a water drainage channel, under the blocking of the blocking block 8, rainwater usually overflows from the outdoor to the middle section of the main water leakage plate 6 and flows through the main water leakage hole 61 on the middle section of the main water leakage plate 6 to flow to other sections of the main water leakage plates 6 along the main water drainage cavity 7, the water drainage hole 4 on the first connecting wall 32 and the water drainage groove 34 to be drained out of the outdoor, when the rainwater is in a higher emergency, the rainwater overflowing into the main water leakage plate 6 flows to the other sections of the main water leakage plates 6 over the blocking block 8, and then the main water leakage hole 61 on the main water leakage plate 6 forms the water drainage channel along the main water drainage cavity 7, the first connecting wall 32 and the water drainage groove 34 to be drained to be, the rainwater collecting device has the functions of blocking rainwater from overflowing in a segmented mode, and guiding the rainwater to be smoothly discharged outdoors in a dispersed mode.
A third slide rail seat 9 is arranged on the inner side of the second slide rail seat 5 on the drainage inclined wall 2, the third slide rail seat 9 is connected to the drainage inclined wall 2 through a third connecting wall 92, a third slide rail 91 is arranged on the third slide rail seat 9, the third slide rail 91 is used for installing a screen fan, the third slide rail 91 is parallel to the second slide rail 51, a secondary water leakage plate 62 is arranged between the third slide rail seat 9 and the second slide rail seat 5, the secondary water leakage plate 62, the second connecting wall 52, the third connecting wall 92 and the drainage inclined wall 2 form a secondary drainage cavity 71, a secondary water leakage hole 63 communicated with the secondary drainage cavity 71 is arranged on the secondary water leakage plate 62, the secondary water leakage hole 63 is preferably distributed at two ends of the secondary water leakage plate 62, drain holes 4 are arranged on the second connecting wall 52 and the third connecting wall 92 corresponding to the secondary water leakage hole 63, drain holes 63 on the secondary water leakage hole 63, the secondary drainage cavity 71 and drain holes 4 on the second connecting wall 52 form a drainage channel, the secondary drainage cavity 71 is communicated with the main drainage cavity 7 through a drainage hole 4 on the second connecting wall 52, the end part of the drainage inclined wall 2 positioned on one indoor side extends upwards to form a blocking wall 11, an auxiliary drainage plate 64 is arranged between the blocking wall 11 and the third slide rail seat 9, the auxiliary drainage plate 64, the third connecting wall 92 and the drainage inclined wall 2 form an auxiliary drainage cavity 72, an auxiliary drainage hole 65 communicated with the auxiliary drainage cavity 72 is arranged on the auxiliary drainage plate 64, the auxiliary drainage holes 65 are preferably distributed at two ends of the auxiliary drainage plate 64, a drainage hole 4 is arranged on the third connecting wall 92 corresponding to the auxiliary drainage hole 65, drainage channels are formed by the auxiliary drainage hole 65, the auxiliary drainage cavity 72 and the drainage hole 4 on the third connecting wall 92, and the auxiliary drainage cavity 72 is communicated with the secondary drainage cavity 71 through the drainage hole 4 on the third connecting wall 92; even if a large amount of rainwater flows into the secondary water leaking plate 62 from the main water leaking plate 6, the rainwater can be drained into the main water draining cavity 7 through the secondary water leaking holes 63 on the secondary water leaking plate 62 through the secondary water draining cavity 71 and the water draining channel formed by the water draining holes 4 on the second connecting wall 52, and then is drained out of the room along the main water draining cavity 7, the water draining holes 4 on the first connecting wall 32 and the water draining channel 34, so that the water draining capacity is further improved; when the rainwater is urgent and the secondary water leakage plate 62 is further flood-irrigated to the auxiliary water leakage plate 64, the rainwater is drained into the secondary water drainage cavity 71 through the auxiliary water leakage holes 65 on the auxiliary water leakage plate 64 and the water drainage channel formed by the auxiliary water drainage cavity 72 and the water drainage holes 4 on the third connecting wall 92, and then is drained out of the room through the water drainage holes 4 on the second connecting wall 52, the main water drainage cavity 7, the water drainage holes 4 on the first connecting wall 32 and the water drainage grooves 34, so that the water drainage capability is further improved, and the rainwater is prevented from seeping into the room.
As shown in fig. 5-7, the second embodiment of the present invention is different from the first embodiment in that: the third slide rail seat 9 is not arranged, so that a screen sash is not installed when the water drainage device is used, the end part of the drainage inclined wall 2 positioned on one side in a room is upwards extended to form a blocking wall 11, an auxiliary water leakage plate 64 is arranged between the blocking wall 11 and the second slide rail seat 5, the auxiliary water leakage plate 64, the second connecting wall 52 and the drainage inclined wall 2 form an auxiliary drainage cavity 72, an auxiliary water leakage hole 65 communicated with the auxiliary drainage cavity 72 is formed in the auxiliary water leakage plate 64, the auxiliary water leakage holes 65 are preferably distributed at two ends of the auxiliary water leakage plate 64, a drainage hole 4 is formed in the second connecting wall 52 corresponding to the auxiliary water leakage hole 65, the auxiliary drainage cavity 72 and the drainage hole 4 in the second connecting wall 52 form a drainage channel, and the auxiliary drainage cavity 72 is communicated with the main drainage cavity 7 through the drainage hole 4 in the second connecting wall 52; similarly, in the case of a large amount of rainwater flood irrigation, rainwater seeps into the auxiliary water leaking plate 64 from the main water leaking plate 6, and the rainwater can drain into the main water draining chamber 7 through the auxiliary water leaking holes 65 on the auxiliary water leaking plate 64 via the auxiliary water draining chamber 72 and the water draining holes 4 on the second connecting wall 52, and then is drained out of the room along the water draining channel formed by the main water draining chamber 7, the water draining holes 4 on the first connecting wall 32 and the water draining grooves 34, so that the water draining capability is further improved.
As shown in fig. 2 and 6, the main profile frame 1 includes a first profile frame 12, a second profile frame 13, and a heat insulation adhesive tape 14, the first profile frame 12 and the second profile frame 13 are connected by the heat insulation adhesive tape 14 to form a heat insulation bridge cut-off, the drainage inclined wall 2 is disposed on the top surfaces of the first profile frame 12 and the second profile frame 13, the first slide rail seat 3 is disposed on the first profile frame 12, and the second slide rail seat 5 is disposed on the second profile frame 13, and has a heat insulation effect.
As shown in fig. 2, 6 and 7, the separation stopper 8 is installed between the first slide rail seat 3 and the second slide rail seat 5, the clamping seat wall 35 is formed at one side of the first slide rail seat 3 and the second slide rail seat 5 where the separation stopper 8 is installed, the top surface of the clamping seat wall 35 is provided with a first positioning groove 351, the bottom of the first positioning groove 351 is provided with a first clamping block 352 in a side protruding manner, a second clamping block 353 is arranged below the first clamping block 352, a second positioning groove 354 is formed between the second clamping block 353 and the first clamping block 352, two sides of the separation stopper 8 are respectively provided with a positioning support wall 81 corresponding to the first positioning groove 351 of the clamping seat wall 35 of the first slide rail seat 3 and the second slide rail seat 5, the positioning support wall 81 is in supporting connection with the first positioning groove 351, a third positioning groove 82 is arranged below the positioning support wall 81 corresponding to the first clamping block 352, the first clamping block 352 is in positioning connection with the third positioning groove 82, a positioning block 83 is disposed below the third positioning groove 82 corresponding to the second positioning groove 354, the positioning block 83 is connected to the second positioning groove 354 in a positioning manner, a fourth positioning groove 84 is disposed below the positioning block 83 corresponding to the second positioning block 353, the second positioning block 353 is connected to the fourth positioning groove 84 in a positioning manner, a partition 85 which is in contact with the drainage inclined wall 2, the first connecting wall 32 and the second connecting wall 52 and is used for partitioning the main drainage cavity 7 into sections is formed below the fourth positioning groove 84, and the partitioning of the main drainage plate 6 is completed by a portion of the partition 8 which is located above the partition 85, the installation structure of the partition 8 is not limited to the above manner, and other installation structures which can partition the main drainage plate 6 and the main drainage cavity 7 into sections can be adopted.
Here, it should be additionally noted that: as shown in fig. 4 and 8 the utility model discloses its both ends tip of segmentation separation drainage lower rail need come to be connected with the side frame seal installation of door frame through sealed subsides 15 when installation uses, and this kind of mode of coming seal installation to connect door frame side frame and lower rail through sealed subsides 15 belongs to current conventional push-and-pull door lower rail mounting means, and the purpose prevents that the rainwater from flowing the infiltration to indoorly from the tip of lower rail, makes the rainwater of overflowing the lower rail can only finally discharge through water drainage tank 34.
Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.
Claims (7)
1. The utility model provides a segmentation separation drainage lower rail, including main section bar frame (1), the top surface of this main section bar frame (1) is equipped with drainage skew wall (2) towards outdoor one side downward sloping, it is provided with first slide rail seat (3) to lie in outdoor one side on this drainage skew wall (2), this first slide rail seat (3) are connected in this drainage skew wall (2) and this first slide rail seat (3) through first connecting wall (32) and are installed first slide rail (31), the inboard that lies in this first slide rail seat (3) on this drainage skew wall (2) is provided with second slide rail seat (5), this second slide rail seat (5) are connected in this drainage skew wall (2) and this second slide rail seat (5) through second connecting wall (52) and are installed second slide rail (51), this second slide rail (51) are parallel with this first slide rail (31), its characterized in that: an extension wall (33) is arranged on one side of the first slide rail seat (3) facing the outdoor in an extending mode, a drainage groove (34) is formed between the extension wall (33) and the drainage inclined wall (2), a main water leakage plate (6) is arranged between the first slide rail seat (3) and the second slide rail seat (5), the main water leakage plate (6), the first connecting wall (32), the second connecting wall (52) and the drainage inclined wall (2) form a main drainage cavity (7), the main water leakage plate (6) and the main drainage cavity (7) are divided into sections by a partition block (8), main water leakage holes (61) communicated with the main drainage cavities (7) are formed in each section of the main water leakage plate (6), and drainage holes (4) are formed in the first connecting wall (32) corresponding to the main water leakage holes (61) in each section of the main water leakage plate (6), the main water leakage hole (61), the main water drainage cavity (7), the water drainage hole (4) on the first connecting wall (32) and the water drainage groove (34) form a water drainage channel.
2. The segmented barrier drainage lower rail of claim 1, wherein: the main water leakage plate (6) and the main drainage cavity (7) are divided into three sections by a baffle block (8), and the baffle block (8) is close to the end part of the main water leakage plate (6).
3. The segmented barrier drainage lower rail of claim 1, wherein: a third slide rail seat (9) is arranged on the drainage inclined wall (2) and positioned on the inner side of the second slide rail seat (5), the third slide rail seat (9) is connected to the drainage inclined wall (2) through a third connecting wall (92), a third slide rail (91) is arranged on the third slide rail seat (9), the third slide rail (91) is parallel to the second slide rail (51), a secondary water leakage plate (62) is arranged between the third slide rail seat (9) and the second slide rail seat (5), the secondary water leakage plate (62), the second connecting wall (52), the third connecting wall (92) and the drainage inclined wall (2) form a secondary drainage cavity (71), a secondary water hole (63) communicated with the secondary drainage cavity (71) is arranged on the secondary water leakage plate (62), and a secondary water drainage hole (4) is arranged on the second connecting wall (52) and the third connecting wall (92) corresponding to the secondary water leakage hole (63), the secondary water leakage hole (63), the secondary drainage cavity (71) and the drainage hole (4) on the second connecting wall (52) form a drainage channel, and the secondary drainage cavity (71) is communicated with the main drainage cavity (7) through the drainage hole (4) on the second connecting wall (52);
a blocking wall (11) extends upwards from the end part of the drainage inclined wall (2) positioned at one indoor side, an auxiliary water leakage plate (64) is arranged between the retaining wall (11) and the third slide rail seat (9), the auxiliary water leakage plate (64), the third connecting wall (92) and the drainage inclined wall (2) form an auxiliary drainage cavity (72), the auxiliary water leakage plate (64) is provided with an auxiliary water leakage hole (65) communicated with the auxiliary water drainage cavity (72), the third connecting wall (92) is provided with a drain hole (4) corresponding to the auxiliary drain hole (65), the auxiliary water leakage hole (65), the auxiliary drainage cavity (72) and the drainage hole (4) on the third connecting wall (92) form a drainage channel, the auxiliary drain chamber (72) communicates with the secondary drain chamber (71) through a drain hole (4) in the third connecting wall (92).
4. The segmented barrier drainage lower rail of claim 1, wherein: a blocking wall (11) extends upwards from the end part of the drainage inclined wall (2) positioned at one indoor side, an auxiliary water leakage plate (64) is arranged between the retaining wall (11) and the second slide rail seat (5), the auxiliary water leakage plate (64), the second connecting wall (52) and the drainage inclined wall (2) form an auxiliary drainage cavity (72), the auxiliary water leakage plate (64) is provided with an auxiliary water leakage hole (65) communicated with the auxiliary water drainage cavity (72), the second connecting wall (52) is provided with a drain hole (4) corresponding to the auxiliary drain hole (65), the auxiliary water leakage hole (65), the auxiliary drainage cavity (72) and the drainage hole (4) on the second connecting wall (52) form a drainage channel, the auxiliary drainage cavity (72) is communicated with the main drainage cavity (7) through a drainage hole (4) on the second connecting wall (52).
5. The segmented barrier drainage lower rail of claim 1, wherein: main section bar frame (1) includes first section bar frame (12), second section bar frame (13) and thermal-insulated adhesive tape (14), first section bar frame (12) with pass through between second section bar frame (13) thermal-insulated bridge cut-off connection is carried out to thermal-insulated adhesive tape (14), drainage skew wall (2) are located first section bar frame (12) with the top surface of second section bar frame (13), first slide rail seat (3) set up in first section bar frame (12), second slide rail seat (5) set up in second section bar frame (13).
6. The segmented barrier drainage lower rail of claim 3, wherein: the secondary water leakage holes (63) are distributed at two ends of the secondary water leakage plate (62).
7. The segmented barrier drainage lower rail of claim 3 or 4, wherein: the auxiliary water leakage holes (65) are distributed at two ends of the auxiliary water leakage plate (64).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020266591.8U CN212317810U (en) | 2020-03-06 | 2020-03-06 | Segmented blocking drainage lower rail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020266591.8U CN212317810U (en) | 2020-03-06 | 2020-03-06 | Segmented blocking drainage lower rail |
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| Publication Number | Publication Date |
|---|---|
| CN212317810U true CN212317810U (en) | 2021-01-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020266591.8U Active CN212317810U (en) | 2020-03-06 | 2020-03-06 | Segmented blocking drainage lower rail |
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| CN (1) | CN212317810U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111219135A (en) * | 2020-03-06 | 2020-06-02 | 佛山市爱的美门窗有限公司 | Segmented blocking drainage lower rail |
-
2020
- 2020-03-06 CN CN202020266591.8U patent/CN212317810U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111219135A (en) * | 2020-03-06 | 2020-06-02 | 佛山市爱的美门窗有限公司 | Segmented blocking drainage lower rail |
| CN111219135B (en) * | 2020-03-06 | 2024-07-09 | 佛山市爱的美门窗有限公司 | Segmented barrier row underwater rail |
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