CN205314398U - Intelligent heat abstractor that airs exhaust - Google Patents
Intelligent heat abstractor that airs exhaust Download PDFInfo
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- CN205314398U CN205314398U CN201620012158.5U CN201620012158U CN205314398U CN 205314398 U CN205314398 U CN 205314398U CN 201620012158 U CN201620012158 U CN 201620012158U CN 205314398 U CN205314398 U CN 205314398U
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- sluice
- sluicing
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Abstract
The utility model discloses an intelligent heat abstractor that airs exhaust, have roof, a left side sluice top, the right side sluice the top, set up a left side sluice the top, set up the right side sluice top and outer roof, in the roof has ventilative mouthful, a left side sluices top, the right side and sluices the top and has separation in the separation in the left side, the right side respectively, sets up sluice top and set up the right side and sluice the top below and respectively have an outlet of a left side, outer roof with set up a left side sluice the top, set up the right side and sluice and respectively have the louvre between ding, separation in the characterized by left side, the separation is greater than 120 degrees angles with the contained angle on roof respectively in the right side, and a left side sluices top and the right side and sluices the stroke that pushes up and be greater than outer roof stroke, and the opening number of louvre times is greater than the opening of outlet, in view of the above, the hot -air in the room is by interior ventilative mouth to louvre exhaust heat air to the free fall mode is by the outlet rainwater of discharging, by the rainwater volume that the louvre fell into, is several times as much as from the outlet and gets into, goes into the rainwater and can't sluice that top and the right side sluice to drive in the wrong direction in the top on and by a left side outward in order to block, reaches keep off the rain the completely again purpose of environmental protection and energy saving of natural draft.
Description
Technical field
This utility model relates to the ventilating system of a kind of building, particularly relates to a kind of intelligent array wind heat radiator.
Background technology
It is known that owing to traditional architecture thing is by Exposure to Sunlight, it is easy to heat absorption, and not easy heat radiation, the especially building of concrete-containing building material, once be irradiated by long-term sunlight daytime, it is easy to heat absorption, not easy heat radiation, and then affects indoor temperature, promote indoor temperature, or Factory Building is that varnish board is built, equally being easy to heat absorption, hot-fluid system rises from lower to upper, constantly promotes indoor temperature, even if therefore to night in summer, remain sultry hard to bear within doors.
Though some dealers install fixing water sprinkler additional on roof, so, it is necessary to additionally install water pipe and water route additional, not only wasting water source, spray area is incomplete, uneven, dispels the heat limited; Some dealers, install radiator fan additional on roof, and by machine rotation discharge hot-air, this radiator fan cost height of right device and palpus electricity consumption, construction need to cut former roof; Or the material of the change building materials having, but solar heat protection building materials or constructional heat-insulating price are high, have the use effect phase and not hot also vexed.
Conventional building can be seen a little roof in the most top place of ridge, these both sides, little roof are ventilative, can device window or blind window or net, hot-fluid within doors can be discharged through both sides, little roof, but when meeting rainy or typhoon, windage is too big, and high wind attends by rainwater and also penetrates within doors through window, and inconvenient.
This utility model people once invented air discharging and radiating roof apparatus as shown in Figure 1, include a roof 10, one left sluicing top 11, one right sluicing top 12, one sets up left sluicing top 13, one sets up right top 14 and the outer roof 15 of sluicing, there are ventilation port 16 on roof 10, roof 10 is at least provided with left top 11 and the right sluicing top 12 of sluicing, a left inside obstruct 111 is had in the one left top 11 that sluices, left inside obstruct 111 upwardly extends by the left top sluicing top 11 and is formed, a right interior obstruct 121 is had in the right top that sluices, intercept 121 in right to push up the top of 12 and upwardly extend for right sluicing and formed, intercept in left inside obstruct 111 and the right side between 121 and be interior ventilation port 16, set up the left top 13 that sluices and be positioned at above the left top 11 that sluices, it is connected with spilled water hole 131, set up the right top 14 that sluices and be positioned at above the right top 12 that sluices, it is connected with spilled water hole 141, outer roof 15 is set up in above roof 10, with set up left sluicing top 13, set up right sluicing and be respectively arranged with a louvre 17 between top 14.
When hot-air within doors is circulated to interior ventilation port 16 from lower to upper, then discharged hot-air by louvre 17, spilled water hole 131 discharge rainwater, and by the rainwater entered outside left inside obstruct 111, right interior obstruct 121 stop, reach the purpose of gravity-flow ventilation.
As shown in Figure 2, also invented by inventor, include a roof 20, one left sluicing top 21, one right sluicing top 22, one sets up left sluicing top 23, one sets up right top 24 and the outer roof 25 of sluicing, there are ventilation port 26 on roof 20, roof 25 is at least provided with left top 21 and the right sluicing top 22 of sluicing, a left inside obstruct 211 is had in the left top 21 that sluices, left inside obstruct 211 upwardly extends by the left top sluicing top 21 and is formed, and the angle on this left inside obstruct 211 and roof 20 is less than 120 degree of angles, a right interior obstruct 222 is had in the right top 22 that sluices, intercept 222 in right to push up the top of 22 and upwardly extend for right sluicing and formed, and intercept 222 in this right side with the angle on roof 22 less than 120 degree of angles, set up the left top 23 that sluices and stand on above the left top 21 that sluices, it is connected with spilled water hole 231, set up the right top 24 that sluices and stand on above the right top 22 that sluices, it is connected with spilled water hole 241, outer roof 25 is set up in above roof 20, with set up left sluicing top 23, set up right sluicing and be respectively arranged with a louvre 27 between top 24.
When hot-air within doors is circulated to interior ventilation port 26 from lower to upper, then discharged hot-air by louvre 27, spilled water hole discharge rainwater, and by the rainwater entered outside left inside obstruct 23, right interior obstruct 24 stop, reach the purpose of gravity-flow ventilation.
Above-mentioned two structures and " roof apparatus of free convection " then released, all obtain industry certainly.
Summary of the invention
This utility model main purpose provides the building by the varnish board of tradition is built to reconstruct, ridge varnish board will be leaned on to remove, set up left and right top and the outer roof of sluicing in left and right top, the top overlap joint one that sluices, construct simple and easy, engineering time is short, with low cost, do not destroy original structure, safety and reach gravity-flow ventilation without anxiety and keep off the rain the intelligent array wind heat radiator of purpose;
Another object system of the present utility model provides hot-air to be within doors circulated to exhaust outlet from lower to upper, it flow to interior ventilation port again, hot-air is discharged again by louvre, rainwater is discharged by spilled water hole in freely falling body mode, the rainwater made via and fallen into by louvre, cannot be driven in the wrong direction with the right top that sluices by the left top that sluices and on, reaching gravity-flow ventilation keeps off the rain the intelligent array wind heat radiator of purpose completely;
This utility model the 3rd order is the intelligent array wind heat radiator providing the roof of comparatively wide-angle A type to be suitable for;
This utility model the 4th order is the intelligent array wind heat radiator providing the roof of circular arc type to be suitable for;
This utility model the 5th order is the intelligent array wind heat radiator providing the roof of circular arc type or frame.
Above-mentioned technical problem of the present utility model is addressed mainly by following technical proposals:
A kind of intelligent array wind heat radiator, includes:
One roof, is the top of a building, and there is ventilation port on roof, and roof is at least provided with left top and the right top that sluices of sluicing;
The one left top that sluices, is positioned at the left side above roof, has a left inside obstruct, and the top that left inside obstruct is the left top that sluices extends and formed;
One right sluicing is pushed up, and is positioned at the right above roof, has a right interior obstruct, and right internal resistance is divided into the top extension on the right top that sluices and is formed;
One sets up the left top that sluices, and is positioned at the left top, top that sluices, is connected with spilled water hole;
One sets up the right top that sluices, and is positioned at the right top, top that sluices, is connected with spilled water hole;
One outer roof, is set up in above roof, and set up left sluice top, set up right sluice top between be respectively arranged with a louvre;
It is characterized in that: the angle on this left inside obstruct and roof is more than 120 degree of angles, the angle with roof is intercepted also greater than 120 degree of angles in this right side, and the left top stroke with the right top that sluices that sluices is more than outer room top line journey, louvre opening number times spilled water hole opening;
Accordingly, hot-air within doors is circulated to interior ventilation port from lower to upper, hot-air is discharged again by louvre, rainwater is discharged by spilled water hole in freely falling body mode, this left top stroke with the right top that sluices that sluices is more than outer room top line journey, the amount of rainfall made via and fallen into by louvre, it is several times as much as from spilled water hole entrance, use stop outer enter rainwater cannot be driven in the wrong direction with the right top that sluices by the left top that sluices and on, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation and keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
As preferably, this spilled water hole position is lower than louvre position.
As preferably, this outer roof louvre is positioned at sets up the left lower section, top that sluices, or louvre is positioned at and sets up lower section, sluicing top.
As preferably, this outer roof is a circular arc type roof, and the angle on its left inside obstruct and roof is 180 degree of angles to the maximum, and intercepting maximum with the angle on roof in this right side is also 180 degree of angles.
Another technical scheme of the present utility model:
A kind of intelligent array wind heat radiator, includes:
One roof, is the top of a building, and there is ventilation port on roof, and roof is at least provided with left top and the right top that sluices of sluicing;
The one left top that sluices, is positioned at the left side above roof, has a left inside obstruct, and the top that left inside obstruct is the left top that sluices extends and formed;
One right sluicing is pushed up, and is positioned at the right above roof, has a right interior obstruct, and right internal resistance is divided into the top extension on the right top that sluices and is formed;
One sets up the left top that sluices, and is positioned at the left top, top that sluices, is connected with spilled water hole;
One sets up the right top that sluices, and is positioned at the right top, top that sluices, is connected with spilled water hole;
One outer roof, is set up in above roof, and set up left sluice top, set up right sluice top between be respectively arranged with a louvre;
It is characterized in that: the angle on this left inside obstruct and roof is 180 degree of angles, in this right side, the angle intercepted with roof is also 180 degree of angles, set up left sluice top and set up right sluice top upper end be respectively overlapped in upper end, outer roof, it is respectively provided with a top louvre, and the left top stroke with the right top that sluices that sluices is more than outer room top line journey, and the opening several times of top louvre are more than the opening of spilled water hole;
Accordingly, hot-air within doors is circulated to interior ventilation port from lower to upper, hot-air is discharged again by louvre and top louvre, rainwater is discharged by spilled water hole in freely falling body mode, this left top that sluices, the right top that sluices is pushed up more than setting up left sluicing with the stroke on outer roof, set up right sluicing top line journey, make the amount of rainfall fallen into via top louvre, it is several times as much as and can enter from spilled water hole, use stop rainwater cannot by left sluice top with right sluice top drive in the wrong direction and on, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
As preferably, this spilled water hole position is lower than louvre position.
3rd technical scheme of the present utility model:
A kind of intelligent array wind heat radiator, includes:
One roof, is the top of a building, has ventilation port in, at least provided with left top and the right top that sluices of sluicing of circular arc type;
The one left top that sluices, is positioned at the left side above roof;
The one right top that sluices, is positioned at the right above roof;
One outer roof, is set up in above roof;
It is characterized in that: this outer roof and roof are upper-lower position, at least forming an outer exhaust outlet, have at least one ventilative pipe within this outer exhaust outlet, this ventilative pipe is provided with a plurality of asymmetric air-permeating hole;
Accordingly, hot-air within doors is circulated to interior ventilation port from lower to upper, then flow to ventilative pipe through air-permeating hole, hot-air is discharged again by outer exhaust outlet, and stopped that rainwater enters interior ventilation port by ventilative pipe, gone out rainwater in freely falling body mode by left and right sluicing top row, reach the purpose that gravity-flow ventilation is kept off the rain.
As preferably, there is a left extension on this left sluicing top, forms single outer exhaust outlet.
As preferably, forming two outer exhaust outlets between this outer roof and roof, be respectively arranged with ventilative pipe in two outer exhaust outlets.
This utility model beneficial effect:
This utility model one intelligent array wind heat radiator, it is that the building built the varnish board of tradition reconstructs (or the building of newly-built baking finish wave board also can directly build), thus becoming one hot-air to be within doors circulated to interior ventilation port from lower to upper, hot-air is discharged again by louvre, rainwater is discharged by spilled water hole in freely falling body mode, its construction is simple and easy, engineering time is short, with low cost, do not destroy original structure, do not use the energy, and can gravity-flow ventilation keep off the rain, be the heat abstractor of a kind of safety and environmental protection.
Accompanying drawing explanation
Fig. 1 is the roof apparatus generalized section of known air discharging and radiating.
Fig. 2 is the roof apparatus generalized section of another known air discharging and radiating.
Fig. 3 is this utility model the 1st embodiment generalized section.
Fig. 4 is this utility model the 2nd embodiment generalized section.
Fig. 5 is this utility model the 3rd embodiment generalized section.
Fig. 6 is the generalized section of this utility model the 4th embodiment.
Fig. 7 is the ventilative pipe section enlarged diagram of Fig. 6.
Fig. 8 is the ventilative pipe schematic perspective view of Fig. 6.
Fig. 9 is this utility model the 5th embodiment generalized section.
Description of reference numerals:
10, roof, the 11 left tops that sluice, 12, the right top that sluices, 13, set up the left top that sluices, 14, set up the right top that sluices, 15, outer roof, 16, interior ventilation port, 111, left inside obstruct, 121, right in intercept, 131, spilled water hole, 141, spilled water hole, 17, louvre;
20, roof, 21, the left top that sluices, 22, the right top that sluices, 23, set up the left top that sluices, 24, set up the right top that sluices, 25, outer roof, 26, interior ventilation port, 211, left inside obstruct, 222, right in intercept, 231, spilled water hole, 241, spilled water hole, 27, louvre;
30, roof, 31, the left top that sluices, 32, the right top that sluices, 33, set up the left top that sluices, 34, set up the right top that sluices, 35, outer roof, 36, interior ventilation port, 311, left inside obstruct, 321, right in intercept, 331, spilled water hole, 341, spilled water hole, 37, louvre;
40, roof, 41, the left top that sluices, 42, the right top that sluices, 43, set up the left top that sluices, 44, set up the right top that sluices, 45, outer roof, 46, interior ventilation port, 411, left inside obstruct, 421, right in intercept, 431, spilled water hole, 441, spilled water hole, 47, louvre;
50, roof, 51, left sluice top, 52, right sluice top, 53, the left top that sluices is set up, 54, set up the right top that sluices, 55, outer roof, 56, interior ventilation port, 511, left inside obstruct, 521, right in intercept, 531, spilled water hole, 541, spilled water hole, 551, louvre, 552, louvre, 57, top louvre, 58, ridge cover plate;
60, roof, 61, the left top that sluices, 62, the right top that sluices, 63, outer roof, 64, interior ventilation port, 611, left extension, 65, outer exhaust outlet;
70, ventilative pipe, 71, air-permeating hole;
80, roof, 81, the left top that sluices, 82, the right top that sluices, 83, outer roof, 84, interior ventilation port, 85, outer exhaust outlet.
Detailed description of the invention
By the examples below, and in conjunction with accompanying drawing, the technical solution of the utility model is described in further detail.
Embodiment:
The device of a kind of intelligent air discharging and radiating of this utility model, the building that the baking finish wave board of tradition is built is reconstructed (or the building of newly-built baking finish wave board also can directly build) by main system,
This utility model the 1st embodiment, as shown in Figure 3, this utility model includes a roof 30, one left sluicing top 31, one right sluicing top 32, one sets up left sluicing top 33, one sets up right top 34 and the outer roof 35 of sluicing, roof 30 is the top of a building, roof 30 for A type, there are ventilation port 36 on roof 30, roof 30 is at least provided with left top 31 and the right sluicing top 32 of sluicing, left sluicing top 31 and the right top 32 that sluices broadly fall into flat baking finish wave board, the one left top 31 that sluices is positioned at the left side above roof 30, inside there is a left inside obstruct 311, left inside obstruct 311 upwardly extends by the left top sluicing top 31 and is formed, and the angle on this left inside obstruct 311 and roof 30 is more than 120 degree of angles, (left inside obstruct 311 mainly tie up to left sluice top 31 tops part baking finish wave board remove after, increase by a left inside obstruct 311), the right top 32 that sluices is positioned at the right above roof 30, inside there is a right interior obstruct 321, intercept 321 in right to push up the top of 32 and upwardly extend for right sluicing and formed, and intercept 321 in this right side with the angle on roof also greater than 120 degree angles (after intercepting the 321 part baking finish wave boards dismountings mainly tying up to right 32 tops, top that sluice in right, increase by a right interior obstruct 321), intercept in left inside obstruct 311 and the right side between 321 and be interior ventilation port 36, set up the left top 33 that sluices and be positioned at above the left top 31 that sluices, it is connected with spilled water hole 331, set up the right top 34 that sluices and be positioned at above the right top 32 that sluices, it is connected with spilled water hole 341, outer roof 35 is set up in above roof 30, with set up left sluicing top 33, set up right sluicing and be respectively arranged with a louvre 37 between top 34, louvre 37 opening number times spilled water hole 331, 341, spilled water hole 331, 341 openings of sizes only hold discharge rainwater and position lower than louvre 37 position, and the left top 31 stroke with the right top 32 that sluices that sluices is more than outer roof 35 stroke, ridge baking finish wave board will be leaned on to remove, its original structure does not change, set up left sluicing top 33, right top 34 and the outer roof 35 of sluicing, also skeletal support can be provided with, this outer roof louvre 37 is positioned to be set up below the left top 33 that sluices, or set up below the right top 34 that sluices.
The constructional device of above, the device of a kind of intelligent air discharging and radiating of this utility model, the 1st embodiment, hot-air within doors is circulated to interior ventilation port 36 from lower to upper, then is discharged hot-air by louvre 37, discharges in roundabout large S-shaped convection type; Rainwater is discharged by spilled water hole 331,341 in freely falling body mode, this left top 31 stroke with the right top 32 that sluices that sluices is more than outer roof 35 stroke, the amount of rainfall made via and fallen into by louvre 37, it is several times as much as and can enter from spilled water hole 331,341, use stop rainwater cannot by left sluice top 31 with right sluice top 32 drive in the wrong direction and on, solve rainwater expulsion problem, without electric power, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation and keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
This utility model the 2nd embodiment, as shown in Figure 4, include a roof 40, one left sluicing top 41, one right sluicing top 42, one sets up left sluicing top 43, one sets up right top 44 and the outer roof 45 of sluicing, roof 40 is the top of a building, there are ventilation port 46 on roof 40, roof 45 is at least provided with left top 41 and the right sluicing top 42 of sluicing, left sluicing top 41 and the right top 42 that sluices broadly fall into flat baking finish wave board, the one left top 41 that sluices is positioned at the left side above roof 40, inside there is a left inside obstruct 411, the top that left inside obstruct 411 is the left top 41 that sluices extends and is formed, and the angle on this left inside obstruct 411 and roof 40 is 180 degree of angles to the maximum, the right top 42 that sluices is positioned at the right above roof 40, inside there is a right interior obstruct 421, the top extension that the interior obstruct in the right side 421 is the right top 42 that sluices is formed, and intercept in this right side 421 maximum with the angle on roof 40 be also 180 degree of angles, intercept in left inside obstruct 411 and the right side between 421 and be interior ventilation port 46, set up the left top 43 that sluices and be positioned at above the left top 41 that sluices, it is connected with spilled water hole 431, set up the right top 44 that sluices and be positioned at above the right top 42 that sluices, it is connected with spilled water hole 441, outer roof 45 is set up in above roof 40, outer roof 45 is a circular arc type roof, with set up left sluicing top 43, set up right sluicing and be respectively arranged with a louvre 47 between top 44, opening number times spilled water hole 431, 441, spilled water hole 431, 441 openings of sizes only hold discharge rainwater and position lower than louvre 47, and the left top 41 stroke with the right top 42 that sluices that sluices is more than outer roof 45 stroke.
The constructional device of above, 2nd embodiment, hot-air within doors is circulated to interior ventilation port 46 from lower to upper, hot-air is discharged again by louvre 47, discharge in roundabout large S-shaped convection type, rainwater is discharged by spilled water hole 431 in freely falling body mode, this left top 41 stroke with the right top 42 that sluices that sluices is more than outer roof 45 stroke, the amount of rainfall made via and fallen into by louvre 47, it is several times as much as from spilled water hole 431, 441 amount of rainfalls that can enter, use stop rainwater, cannot by left sluice top 41 with right sluice top 42 drive in the wrong direction and on, solve rainwater expulsion problem, without electric power, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
This utility model the 3rd embodiment, as shown in Figure 5, it is include a roof 50, one left sluicing top 51, one right sluicing top 52, one sets up left sluicing top 53, one sets up right top 54 and the outer roof 55 of sluicing, roof 50 is the top of a building, there are ventilation port 56 on roof 50, roof 50 is at least provided with left top 51 and the right sluicing top 52 of sluicing, the left top 51 that sluices is positioned at the left side above roof 50, there is a left inside obstruct 511, the top that left inside obstruct 511 is the left top 51 that sluices extends and is formed, the angle on this left inside obstruct 511 and roof 50 is 180 degree of angles to the maximum, the right top 52 that sluices is positioned at the right above roof 50, there is a right interior obstruct 521, the top extension that the interior obstruct in the right side 521 is the right top 52 that sluices is formed, in this right side, obstruct 521 is maximum with the angle on roof 50 is also 180 degree of angles, set up the left top 53 that sluices and be positioned at above the left top 51 that sluices, it is connected with spilled water hole 531, set up the right top 54 that sluices and be positioned at above the right top 52 that sluices, it is connected with spilled water hole 541, set up left sluice top 53 with set up right sluice top 54 intersections have a ridge cover plate 58, outer roof 55 is set up in above roof 50, push up with setting up left sluicing, set up right sluicing and be respectively arranged with a louvre 551 between top, 552, set up left sluice top 53 and set up right sluice top 54 upper ends be respectively overlapped in outer roof 55 and upper end, roof 50, it is respectively provided with a top louvre 57, top louvre 57 opening number times spilled water hole 531, 541, spilled water hole 531, 541 openings of sizes only hold discharge rainwater, and position is lower than louvre 551, 552, and the left top 51 stroke with the right top 52 that sluices that sluices is more than outer roof 55 stroke.
The constructional device of above, the 3rd embodiment, hot-air within doors is circulated to interior ventilation port 56 from lower to upper, then is discharged hot-air by louvre 551,552 and top louvre 57, discharges in roundabout large S-shaped convection type, rainwater in freely falling body mode by spilled water hole 531, 541 discharge, openings of sizes only holds discharge rainwater, this left sluicing top 51, the right top 52 stroke with outer roof 55 that sluices is more than setting up left sluicing top 51, set up right top 52 strokes that sluice, make via and by top louvre 57 and louvre 551, 552 rainwater fallen into, cannot by left sluice top 51 with right sluice top 52 drive in the wrong direction and on, make the amount of rainfall fallen into via top louvre 57, it is several times as much as the amount of rainfall that can enter from spilled water hole 531, use the rainwater entered outside stopping, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
This utility model the 4th embodiment, see 6, 7, shown in 8 figure, it is include a roof 60, one left sluicing top 61, one right top 62 and the outer roof 63 of sluicing, roof 60 is the top of a building, there are ventilation port 64 in, left top 61 and the right sluicing top 62 of sluicing at least provided with circular arc type, the left top 61 that sluices is positioned at the left side above roof 60, the right top 62 that sluices is positioned at the right above roof 60, outer roof 63 is set up in above roof 60, this outer roof 63 is upper-lower position with roof 60, there is a left extension 611 on the left top 61 that sluices, form single outer exhaust outlet 65, within this outer exhaust outlet 65, there is at least one ventilative pipe 70, this ventilative pipe 70 is provided with a plurality of asymmetric air-permeating hole 71.
The constructional device of above, 4th embodiment, when within doors or when producing a predetermined temperature in frame, within doors or the hot-air of frame be circulated to interior ventilation port 64 from lower to upper, it flow to ventilative pipe 70 again through air-permeating hole 71, discharged hot-air by outer exhaust outlet 65 again, discharge in roundabout large S-shaped convection type; And stopped that rainwater enters interior ventilation port 64 by ventilative pipe 70, in freely falling body mode by left sluicing top 61, the right top 62 discharge rainwater that sluice, reach the purpose that gravity-flow ventilation is kept off the rain, and the 4th embodiment is applicable to the frame that open air is set up.
This utility model the 5th embodiment, as shown in Figure 9, it is include a roof 80, one left sluicing top 81, one right top 82 and the outer roof 83 of sluicing, roof 80 is the top of a building, there are ventilation port 84 in, left top 81 and the right sluicing top 82 of sluicing at least provided with circular arc type, the left top 81 that sluices is positioned at the left side above roof 80, the right top 82 that sluices is positioned at the right above roof 80, outer roof 83 is set up in above roof 80, this outer roof 83 is upper-lower position with roof 80, two outer exhaust outlets 85 are formed between this outer roof 83 and roof 80, it is respectively arranged with ventilative pipe 70 in two outer exhaust outlets 85, this ventilative pipe 70 is provided with a plurality of asymmetric air-permeating hole 71.
The constructional device of above, 5th embodiment, when within doors or when producing a predetermined temperature in frame, within doors or the hot-air of frame be circulated to interior ventilation port 84 from lower to upper, it flow to ventilative pipe 70 again through air-permeating hole 71, hot-air is discharged again by outer exhaust outlet 85, and stopped that rainwater enters interior ventilation port 84 by ventilative pipe 70, in freely falling body mode by left sluicing top 81, the right top 82 discharge rainwater that sluices, more smooth along reducing windage and not needing power heat extraction by structure, reach gravity-flow ventilation and keep off the rain completely and reduce windage energy-conservation carbon-free purpose again.
Claims (9)
1. an intelligent array wind heat radiator, includes:
One roof, is the top of a building, and there is ventilation port on roof, and roof is at least provided with left top and the right top that sluices of sluicing;
The one left top that sluices, is positioned at the left side above roof, has a left inside obstruct, and the top that left inside obstruct is the left top that sluices extends and formed;
One right sluicing is pushed up, and is positioned at the right above roof, has a right interior obstruct, and right internal resistance is divided into the top extension on the right top that sluices and is formed;
One sets up the left top that sluices, and is positioned at the left top, top that sluices, is connected with spilled water hole;
One sets up the right top that sluices, and is positioned at the right top, top that sluices, is connected with spilled water hole;
One outer roof, is set up in above roof, and set up left sluice top, set up right sluice top between be respectively arranged with a louvre;
It is characterized in that: the angle on this left inside obstruct and roof is more than 120 degree of angles, the angle with roof is intercepted also greater than 120 degree of angles in this right side, and the left top stroke with the right top that sluices that sluices is more than outer room top line journey, louvre opening number times spilled water hole opening.
2. intelligent array wind heat radiator according to claim 1, it is characterised in that: this spilled water hole position is lower than louvre position.
3. intelligent array wind heat radiator according to claim 1, it is characterised in that: this outer roof louvre is positioned at sets up the left lower section, top that sluices, or louvre is positioned at and sets up lower section, sluicing top.
4. intelligent array wind heat radiator according to claim 1, it is characterized in that: this outer roof is a circular arc type roof, the angle on its left inside obstruct and roof is 180 degree of angles to the maximum, and intercepting maximum with the angle on roof in this right side is also 180 degree of angles.
5. an intelligent array wind heat radiator, includes:
One roof, is the top of a building, and there is ventilation port on roof, and roof is at least provided with left top and the right top that sluices of sluicing;
The one left top that sluices, is positioned at the left side above roof, has a left inside obstruct, and the top that left inside obstruct is the left top that sluices extends and formed;
One right sluicing is pushed up, and is positioned at the right above roof, has a right interior obstruct, and right internal resistance is divided into the top extension on the right top that sluices and is formed;
One sets up the left top that sluices, and is positioned at the left top, top that sluices, is connected with spilled water hole;
One sets up the right top that sluices, and is positioned at the right top, top that sluices, is connected with spilled water hole;
One outer roof, is set up in above roof, and set up left sluice top, set up right sluice top between be respectively arranged with a louvre;
It is characterized in that: the angle on this left inside obstruct and roof is 180 degree of angles, in this right side, the angle intercepted with roof is also 180 degree of angles, set up left sluice top and set up right sluice top upper end be respectively overlapped in upper end, outer roof, it is respectively provided with a top louvre, and the left top stroke with the right top that sluices that sluices is more than outer room top line journey, and the opening several times of top louvre are more than the opening of spilled water hole.
6. intelligent array wind heat radiator according to claim 5, it is characterised in that: this spilled water hole position is lower than louvre position.
7. an intelligent array wind heat radiator, includes:
One roof, is the top of a building, has ventilation port in, at least provided with left top and the right top that sluices of sluicing of circular arc type;
The one left top that sluices, is positioned at the left side above roof;
The one right top that sluices, is positioned at the right above roof;
One outer roof, is set up in above roof;
It is characterized in that: this outer roof and roof are upper-lower position, at least forming an outer exhaust outlet, have at least one ventilative pipe within this outer exhaust outlet, this ventilative pipe is provided with a plurality of asymmetric air-permeating hole.
8. intelligent array wind heat radiator according to claim 7, it is characterised in that: there is a left extension on this left sluicing top, forms single outer exhaust outlet.
9. intelligent array wind heat radiator according to claim 7, it is characterised in that: form two outer exhaust outlets between this outer roof and roof, in two outer exhaust outlets, be respectively arranged with ventilative pipe.
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| CN201620012158.5U CN205314398U (en) | 2016-01-07 | 2016-01-07 | Intelligent heat abstractor that airs exhaust |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105672589A (en) * | 2016-01-07 | 2016-06-15 | 黄振利 | Intelligent air exhausting and heat dissipation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105672589A (en) * | 2016-01-07 | 2016-06-15 | 黄振利 | Intelligent air exhausting and heat dissipation device |
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