CN102458064A - Waterproof module and equipment cabinet with same - Google Patents
Waterproof module and equipment cabinet with same Download PDFInfo
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- CN102458064A CN102458064A CN2010105226792A CN201010522679A CN102458064A CN 102458064 A CN102458064 A CN 102458064A CN 2010105226792 A CN2010105226792 A CN 2010105226792A CN 201010522679 A CN201010522679 A CN 201010522679A CN 102458064 A CN102458064 A CN 102458064A
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Abstract
The invention discloses a waterproof module and an equipment cabinet with the same. The equipment cabinet comprises a body and the waterproof module. The body is provided with at least one surface, and the surface is provided with an air outlet. The waterproof module is arranged on the surface and comprises a cover body, a first water retaining structure and a second water retaining structure, wherein the cover body is provided with at least one first opening; the first water retaining structure is provided with at least one a second opening, and the second opening is staggered with the first opening; and the second water retaining structure is surrounded at the circumference of the air outlet. Heat generated in the body is exhausted from the first opening after passing through the air outlet and the second opening. When suffering from wind and rain, the cover body firstly blocks rain water, and then penetrated steam is blocked by the first water retaining structure and the second water remaining structure, so that waterproof and heat radiation effects are achieved.
Description
Technical field
The present invention relates to a kind of rack, refer to a kind of open air that is arranged at especially, and can intercept the rack with waterproof module and the waterproof module thereof of aqueous vapor invasion.
Background technology
Electronics technology is flourishing now; Various electronic products stand in great numbers; Its inside of rack that is arranged at outdoor various electronic equipment all has relevant devices such as quite accurate chip, electronic circuit, and what these electronic equipments were afraid of most is exactly to be heated or to make moist, and electronic equipment all can produce heat energy when operation; So must offer the heat radiation air outlet with external communications in the rack outside, can't dissipation and cause device damage to avoid heat energy.
Yet; When rack meets with the invasion and attack of typhoon or heavy rain; High wind usually can be carried under one's arms, and to invade rack from the air outlet of rack inner for rainwater, causes the inner electronic equipment of rack to make moist even damage, and then possibly cause shorten the useful life of sophisticated electronics; And cause expensive changing the outfit and maintenance cost, how to prevent that therefore it is important problem that electronic product is heated and makes moist real.
Existing outdoor cabinet is as shown in Figure 1, has body 10, lid 11 and the ventilation interlayer 12 between body 10 and lid 11.Body 10 has top 13, be arranged at top 13 first air outlet 14, be arranged at fan 15 and a plurality of electronic installation 17 in the body 10.One side of lid 11 has second air outlet 16, and second air outlet, 16 set positions are lower than the position of first air outlet 14.Main at the radiating mode of existing cabinet 1 earlier by fan 15 actions, the heat that body 10 inner electronic installations 17 produce is discharged outside the body 10 from first air outlet 14, be disposed to cabinet 1 outside again via ventilation interlayer 12, and by second air outlet 16.
Though the outdoor cabinet 1 of this prior art can promote heat radiation; And the position of its second air outlet 16 is arranged on the position that is lower than first air outlet 14; In order to prevent that rainwater directly is splashed in first air outlet 14 via second air outlet 16; But when meeting with the invasion and attack of typhoon or heavy rain; Aqueous vapor still can be invaded to the interlayer 12 of ventilating through carrying under one's arms of storm wind via second air outlet 16, and flows through first air outlet 14 and infiltrate the inside of body 10, and then causes internal electronics 17 to be prone to situation occur damaging because of making moist.
Therefore, how to develop a kind of existing waterproof problem that is arranged at outdoor rack that solves, do not lower the rack with waterproof module and the waterproof module thereof of its heat dissipation again, real in pressing for the problem of solution at present.
Summary of the invention
Main purpose of the present invention is to provide a kind of rack with waterproof module and waterproof module thereof that intercepts the aqueous vapor invasion; To solve the existing rack that is arranged at the open air when meeting with heavy rain or typhoon; Rainwater can be invaded rack inside from air outlet, and then causes making moist of internal electronic equipment and the problem damaged.
For reaching above-mentioned purpose, one of them form of implementation of the present invention comprises for a kind of rack is provided: body and waterproof module, and body has at least one surface, and said at least one surface has air outlet.The waterproof module is arranged at least one surface of body, and the waterproof module comprises: lid, it has at least one first opening.First water-retaining structure has at least one second opening, and at least one second opening and first opening shift to install.And second water-retaining structure is around being arranged at around the air outlet.Wherein, the heat that body interior produced is discharged from least one first opening through by air outlet and at least one second opening; When meeting with the wind and rain invasion and attack; Lid blocks rainwater in advance, is stopped the aqueous vapor of infiltration again by first water-retaining structure and second water-retaining structure, reaches the effect of waterproof and heat radiation with this.
According to conception of the present invention, side that wherein said at least one surface is a body and end face at least one of them.
According to conception of the present invention, wherein lid is the square cubic structure, and it is formed by first surface, side frame and base jointly.
According to conception of the present invention, wherein first water-retaining structure is vertical with base is provided with.
According to conception of the present invention, wherein the base in the lid is corresponding to side frame, and it has second surface, and said at least one first opening is arranged on the second surface.
According to conception of the present invention, wherein base also has extension, extend by the side of second surface, and with respect to first water-retaining structure.
According to conception of the present invention; Wherein first water-retaining structure is a frame type structure; And combine by a plurality of water bars; And said at least one second opening is arranged on a plurality of water bars, and the opening direction of said at least one second opening and said at least one first opening is towards different normal vectors, and not corresponding each other.
According to conception of the present invention, wherein second water-retaining structure is a frame structure, and is combined by a plurality of water bars, and around being arranged at around the air outlet.
According to conception of the present invention, wherein the angle between this second water-retaining structure and the said at least one surface is for being less than or equal to 90 degree.
For reaching above-mentioned purpose, another kind of form of implementation of the present invention is applied to rack for a kind of waterproof module is provided, and it has body, and body has at least one surface, and said at least one surface has air outlet.The waterproof module comprises: lid has at least one first opening.First water-retaining structure has at least one second opening, and at least one second opening and first opening shift to install.And second water-retaining structure is around being arranged at around the air outlet.Wherein, The heat that body interior produced is passed through by main air outlet and at least one second opening; Discharge from least one first opening, when meeting with the wind and rain invasion and attack, lid blocks rainwater in advance; Stop the aqueous vapor of infiltration again by first water-retaining structure and second water-retaining structure, reach the effect of waterproof and heat radiation with this.
Description of drawings
Fig. 1 is the structural representation of existing rack.
Fig. 2 is the structural representation of the rack of first embodiment of the invention.
Fig. 3 is the structural representation that the ecto-entad of the waterproof module of first embodiment of the invention is seen.
Fig. 4 is the structural representation of seeing from inside to outside of the waterproof module of first embodiment of the invention.
Fig. 5 is the cross-sectional view of the rack of first embodiment of the invention.
Fig. 6 is the structural representation with waterproof module rack of second embodiment of the invention.
Fig. 7 is the cross-sectional view of the rack with waterproof module shown in Figure 6.
Fig. 8 is the part-structure sketch map with waterproof module rack of third embodiment of the invention.
Wherein, description of reference numerals is following:
Rack: 1,2,3,4 first water-retaining structures: 25,33,43
Body: 10,20,30,40 second water-retaining structures: 26,34
Lid: 11,24,32,42 water bars: 250
Ventilation interlayer: 12 second openings: 251,330,430
Top: 13 inner spaces: 240,320
First air outlet: 14 first surfaces: 241,321,421
Fan: 15 side frames: 242,322,422
Second air outlet: 16 bases: 243,323,423
Electronic installation: 17,22 list structures: 242a
Waterproof module: 21,31,41 second surface: 243a, 323b, 423b
Surface: 202,302,402 extension: 243b, 423c
Air outlet: 201,301 first opening: 243c, 323a, 423a
Heat abstractor: 23 gaps: h
Angle: θ
The direction of heat radiation approach: A, X
1, Y
1, Z
1
The direction of aqueous vapor invasion: B, B 1, B2, X
2, Y
2, Z
2
Embodiment
Some exemplary embodiments that embody characteristic of the present invention and advantage will be described in detail in the explanation of back segment.Be understood that the present invention can have various variations different in form, its neither departing from the scope of the present invention, and explanation wherein and accompanying drawing be used as explanation usefulness in itself, but not in order to restriction the present invention.
See also Fig. 2, it is the structural representation of the rack of first embodiment of the invention.As shown in the figure, rack 2 of the present invention is applicable to the open air, and mainly is made up of body 20 and 21 of waterproof modules.Have an air outlet 201 on the surface 202 of body 20, wherein waterproof module 21 promptly is arranged on the surface 202 of body 20, and waterproof module 21 and correspondence are covered on the air outlet 201.In present embodiment, body 20 set inside have electronic installation 22, but the for example device of server or other heat production or electronic component etc., but not as limit, and heat abstractor 23.Because electronic installation 22 time can produce heat in operation, hot type to body 20 outsides that therefore must electronic installation 22 be produced through heat abstractor 23 are to avoid electronic installation 22 because of overheated and impaired.In some embodiment, heat abstractor 23 can be fan, but not as limit.In other embodiment, also heat abstractor 23 can be set in the body 20, can be the heat dissipation that electronic installation 22 is produced is external to this through free convection.
See also Fig. 3, it is the structural representation that the ecto-entad of the waterproof module of first embodiment of the invention is seen.As shown in the figure, waterproof module 21 is arranged at the surface 202 of body 20, and in present embodiment, this surface 202 can be a side, but not as limit.Waterproof module 21 is made up of lid 24, first water- retaining structure 25 and 26 of second water-retaining structures.Wherein, the material of waterproof module 21 can be waterproof material, but not as limit, and it can select lower-cost waterproof material for use, thereby can reach waterproof and cost-effective effect.And; First water-retaining structure 25 is a frame type structure; It can be combined by a plurality of water bars 250, but not as limit, on water bar 250, has at least one second opening 251; In order to the opening as heat dissipation path, and this second opening 251 mainly is arranged on the water bar 250 of first water-retaining structure, 25 both sides or bottom.In present embodiment, first water-retaining structure 25 is arranged at the inboard of lid 24, and mutual combination with it, to be covered in jointly on the air outlet 201.And because the area coverage of lid 24 is bigger, its inner space 240 is also spacious relatively, and promptly aperture opening ratio is big, so be covered in 201 last times of air outlet when lid 24, can make air smooth and easy convection current in this inner space 240, thereby can not influence heat dissipation.As for second water-retaining structure 26; It can be but not be limited to a frame type structure; And also can combine by a plurality of water bars; And around being arranged on around the air outlet 201, and the angle between second water-retaining structure 26 and the surface 202 can be but not be limited to and be less than or equal to 90 degree, thus can further reduce the chance that aqueous vapor invades air outlet 201 again.
See also Fig. 4, it is the structural representation of seeing from inside to outside of the waterproof module of first embodiment of the invention.As shown in the figure, when by the inner outwards apparent times of body 20, air outlet 201 is arranged on the surface 202 of body 20, and it is provided with structures such as second water-retaining structure 26, first water-retaining structure 25 and lid 24 in regular turn.In this instance, lid 24 is made up of a first surface 241, side frame 242 and 243 of bases, and it is a square cubic structure, has an inner space 240 in lid 24 inside.Base 243 is made up of second surface 243a and extension 234b; Wherein second surface 243a is with respect to first surface 241; And extension 243b extends from the side of second surface 243a, and it is with respect to first water-retaining structure 25, and perpendicular to second surface 243a.And; On second surface 243a, have at least one first opening 243c, in some embodiment, the first opening 243c is netted hatch frame, strip-like opening structure; Or all the other can prevent the hatch frame that insects get into; And not as limit, for example also a fly net can be set, thereby can prevent the mosquito invasion in the inboard of the first opening 243c.
Please consult Fig. 2 and Fig. 4 simultaneously; When the body 20 inner hot desires that produced are discharged outside the body 20; Main by air outlet 201 thermal current the discharge earlier; The loss immediately of this thermal current is in lid 24 formed inner spaces 240, and again by in the side frame 242 and the space between the base 243 that are arranged at second opening, 251 loss to the lid 24 on the first inboard water-retaining structure 25 of lid 24, the direction that this thermal current flows i.e. as shown in Figure 4 Y
1Direction, thereafter, because second opening 251 and the first opening 243c be for shifting to install, promptly second opening 251 and the opening direction of the first opening 243c be towards different normal vectors, and not corresponding each other.Therefore, will be in the space of thermal current between side frame 242 and base 243 again along Z
1Direction flows; Wherein, In 202 last times of surface around lid 24 is covered in air outlet 201, the extension 243b of the base 243 of lid 24 is sealedly attached on the surface 202 of body 20, so that have inner space 240 between lid 24 and the surface 202; Simultaneously; Because extension 243b, therefore makes to have a gap h (as shown in Figure 5) between the lid 24 and surperficial 202 perpendicular to the second surface 243a of base 243 and surface 202, thus in the thermal current of the inner space 240 of lid 24 can be again via the first opening 243c on the second surface 243a of lid 24 with X
1Direction is disposed to lid 24 and the gap h of surface between 202, with outside thermal current loss to the lid 24.In this heat radiation process, though its heat dissipation path needs via Y
1Direction flows out second opening 251 of first water-retaining structure 25, again by Z
1Direction flows, and from X
1Direction flows out on the lid 24 three-dimensional path such as the first opening 243c can accomplish heat radiation, but because the aperture opening ratio of air outlet 201 is bigger, thereby can not have influence on the heat dissipation of heat abstractor 23, still can reach good radiating efficiency.
Please consult Fig. 4 again; Wherein, When lid 24 and first water-retaining structure 25, second water-retaining structure 26 and body 20 are connected with group; First water-retaining structure, 25 correspondences are arranged at the inboard of lid 24,, are arranged at as for 26 of second water-retaining structures around the air outlet 201 of body 20 so that have a space (not shown) between the first surface 241 of first water-retaining structure 25 and lid 24, side frame 242 and the base 243.And; Owing to have gap h between lid 24 and the surface 202; So when the inner thermal current of rack 2 when aforesaid three-dimensional path is discharged lid 42, be disposed to this gap h by the first opening 243c on the second surface 243a of lid 42 at last, thermal current is discharged into the outside of rack 2.
Please consult Fig. 3, Fig. 4 and 5 figure simultaneously, wherein, waterproof module 21 mainly is made up of lid 24, first water- retaining structure 25 and 26 of second water-retaining structures.When wind and rain invasion and attack rack 2, lid 24 is for blocking the first line of defence of rainwater invasion, especially; On outward appearance, as shown in Figure 5, can't see any opening on lid 24 and the rack 2; Thereby when wind and rain was attacked, rainwater can't directly be flowed into by opening in the rack 2 naturally.Yet, because the second surface 243a of lid 24 is provided with at least one first opening 243c, so comfort and when being splashed among the first opening 243c, suppose that the planar process vector with the first opening 243c is X from blowing along with blast as if rainwater
2Direction (as shown in Figure 3), rainwater are promptly earlier by X
2Direction is splashed in the lid 24, in rainwater is splashed into lid 24 after, then can be because of gravity factor or adhesive force factor along the side frame 242 of lid 24 and first water-retaining structure 25 toward Z
2Direction flow (as shown in Figure 4); At this moment; Because second opening 251 and the first opening 243c on first water-retaining structure 25 shift to install, thus between the rainwater of most of intrusion lid 24 or first surface 241, side frame 242 and the base 243 that aqueous vapor can be barred from first water-retaining structure 25 and lid 24 formed space (not shown) in.If, still have the residue aqueous vapor from second opening 251 of first water-retaining structure 25 with Y
2Direction is infiltrated in the inner space 240 between body 20 and the lid 24, then will stop aqueous vapor fully around second water-retaining structure 26 that is arranged at around the air outlet 201, with as the last line of defense that stops that aqueous vapor is invaded.Thus; Can prevent effectively that via the three-dimensional defence line of lid 24, first water-retaining structure 25 and second water-retaining structure 26 of waterproof module 21 aqueous vapor from invading to rack 2 in regular turn; Except that can reaching the waterproof and dustproof effect; Because gas also can smooth and easy circulation between these structures, thereby more can take into account the usefulness of heat radiation simultaneously.
Please consult Fig. 5 again, as shown in the figure, the rack 2 that waterproof module 21 is set is except that can't see any opening in appearance, and it can be provided with a plurality of waterproof modules 21 on the different surfaces 202 of same rack 2.In present embodiment, the surface 202 is not limited to the side or the end face of rack 2, and the quantity that waterproof module 21 is set on rack 2 does not also limit; In some embodiment; It can be arranged on four sides and end face of rack 2, to promote the radiating efficiency of the heat abstractor 23 that rack 2 is inner, this shows; Position that waterproof module 21 is set and quantity can be made situation and appoint and execute variation according to actual executing, not as limit.
See also Fig. 6, it is the structural representation of the rack with waterproof module of second embodiment of the invention.As shown in the figure, rack 3 of the present invention is applicable to the open air, and is made up of body 30 and 31 of waterproof modules.Wherein, has air outlet 301 on the surface 302 of body 30.And waterproof module 31 is arranged on the surface 302, to cover air outlet 301.In present embodiment, surface 302 is an end face of body 30, but not as limit.And waterproof module 31 is lid 32, first water- retaining structure 33 and 34 compositions of second water-retaining structure.Wherein, lid 32 is by first surface 321,323 formation of side frame 322 and base, and have an inner space 320 between lid 32 and the body 30, use for air flow.Structures such as the first surface 321 of present embodiment, side frame 322 and base 323 and compound mode and previous embodiment are similar, so repeat no more.In present embodiment, on the second surface 323b of base 322, also have the first opening 323a, and this first opening 323a is for being provided with, in order to be connected with the external world down.And, the vertical setting of second surface 323b of first water-retaining structure 33 and base 322, and have second opening 330 at the side of first water-retaining structure 33, and this second opening 330 shifts to install with this first opening 323a.
Please consult Fig. 6 and Fig. 7 simultaneously, Fig. 7 is the cross-sectional view of the rack with waterproof module shown in Figure 6.As shown in the figure; The direction of heat radiation approach shown in arrow A of rack 3; When the body 30 inner heat that produced are desired outside loss to the rack 3; Thermal current is expelled in the inner space 320 between body 31 and the lid 32 from air outlet 301, discharges rack 3 outsides via the first opening 323a on second opening 330 that is arranged at first water-retaining structure, 33 sides and the lid 32 again, so to accomplish the heat radiation of rack 3.When meeting with typhoons or heavy rain invasion and attack when rack 3, the approach of its rainwater or aqueous vapor invasion is the direction shown in arrow B then, at first; Lid 32 can block rainwater in advance; But, then can make aqueous vapor adhere to and compile, the direction shown in arrow B1 by first water-retaining structure 33 that is provided with perpendicular to the first opening 323a if there is aqueous vapor to invade from the first opening 323a of lid 32; Stopping that aqueous vapor continue to invade, and can impel the aqueous vapor of adhering to discharge by the first opening 323a again; At last, if still have aqueous vapor to infiltrate in the inner space 320 of lid 32, then second water-retaining structure 34 will be as last line of defense, the direction shown in arrow B2, and it can intercept aqueous vapor once more, goes into to air outlet 301 to prevent the water gas cut.
See also Fig. 8, it is for the partial structurtes sketch map with waterproof module rack of third embodiment of the invention.In present embodiment, rack 4 also is applicable to the open air, and is made up of body 40 and 41 of waterproof modules.Similar with previous embodiment, body 40 has surface 402 and is arranged at the air outlet (not shown) on the surface 402; Waterproof module 41 is arranged on the surface 402, and with covering air outlet (not shown), and it is made up of lid 42, first water-retaining structure 43 and second water-retaining structure (not icon).In present embodiment, side or end face that surface 402 is not limited to body 40, it can make situation and appoint and execute variation according to actual executing.Because structure such as body 40, air outlet and second water-retaining structure of present embodiment and compound mode and previous embodiment are similar, so repeat no more in this.
Yet in this instance, lid 42 is made up of first surface 421, side frame 422 and 423 of bases, and it is a square cubic structure.Base 423 is made up of second surface 423b and extension 423c; And second surface 423b is connected in side frame 422 and extension 423c, in present embodiment, has an angle theta between second surface 423b and the side frame 422; And this angle theta is between 0 to 90 degree, but not as limit.Likewise, on second surface 423b, have at least one first opening 423a, in some embodiment, the first opening 423a is strip-like opening structure, netted hatch frame, or all the other can prevent the hatch frame that insects get into, and not as limit.And extension 423c extends from the side of second surface 423b, and it is with respect to first water-retaining structure 43, and is connected with the surface 402 of rack 4.
And first water-retaining structure 43 also is a frame type structure, but not as limit; And have at least one second opening 430 on first water-retaining structure 43, in order to opening as heat dissipation path, and in present embodiment; Owing to the second surface 423b of first water-retaining structure 43 and lid 42 is provided with towards different directions; And the position that is arranged at the first opening 423a and second opening 430 on both is not corresponding each other, and is provided with towards different normal vectors, so its also structure for shifting to install each other.
Please consult Fig. 8 again, when wind and rain invasion and attack rack 4, lid 42 is the first line of defence that blocks the rainwater invasion also, and with on the outward appearance, can't see any opening on lid 42 and the rack 4, so when wind and rain was attacked, rainwater can't directly be flowed into by opening in the rack 4.Yet; Because of the second surface 423b of lid 42 is provided with at least one first opening 423a; So if rainwater comforts and when being splashed among the first opening 423a from blowing along with blast, owing to have angle theta between the set second surface 423b of the first opening 423a and the side frame 422, thereby it is mobile towards the direction of angle theta in response to gravity to make that the rainwater that is splashed into is prone to; So be prone to flow out again outside the rack 4, or accumulate in the angle theta place from the first opening 423a.
Moreover; If part steam enters in the lid 42 with the wind; At this moment, because first water-retaining structure 43 and side frame 422 corresponding settings, so can block the entering of rainwater once more; And the rainwater of these invasions or aqueous vapor also can be condensed once more, come together in because of gravity factor between first water-retaining structure 43 and the extension 423c, so can stop aqueous vapor once more.
At last; If still have aqueous vapor to get between body 40 and the lid 42 from second opening 430 on first water-retaining structure 43; Then can be again through around second water-retaining structure (not icon) that is arranged at around the air outlet, stopping aqueous vapor fully, and as the last line of defense that stops the aqueous vapor invasion.
Thus, can prevent effectively that via the three-dimensional defence line of lid 42, first water-retaining structure 43 and second water-retaining structure of waterproof module 41 aqueous vapor from invading to rack 4 in regular turn, and then reach the usefulness of waterproof and dustproof and heat radiation.Visible by aforementioned different embodiment, waterproof module of the present invention can be arranged at the side or the end face of the body of rack, and its set quantity and position be not all as limit.But no matter the waterproof module is arranged at side or end face; It all can separate the air channel through aforesaid lid, first water-retaining structure and second water-retaining structure with water channel; Make the thermal current of heat transmission can be with the air channel loss to rack, and further stop water channel, make to be splashed into rainwater the stopping layer by layer down in the lid in first water-retaining structure and second water-retaining structure; Body interior can't be invaded, and then the life-span of intrinsic electronic installation can be prolonged.And, because first water-retaining structure and second water-retaining structure is simple in structure, make more easily simultaneously, only need to form by a plurality of list structure, can stop the aqueous vapor invasion; And its material only need adopt waterproof material with low cost to get final product; The part-structure of this waterproof module more can be one-body molded with structures such as lid or air outlets even; So it can more save cost and easy in making, and its form of implementation also can be executed with difference and makes situation and appoint and execute variation.
In sum; The present invention is applicable to that outdoor rack with waterproof module and waterproof module thereof are through shifting to install first opening and second opening; And through the mutual dislocation combination between lid, first water-retaining structure and second water-retaining structure, and then can reach advantages such as water proof and dust proof and promotion heat radiation simultaneously.Moreover because simple structure, manufacture are simple and easy, material cost is also low, so have more advantage with low cost.
The present invention must be by knowing that this technological personage Ren Shi craftsman thinks and be to modify as all, however neither scope of taking off the desire protection of appended claims institute.
Claims (10)
1. rack comprises:
One body, it has at least one surface, and said at least one surface has an air outlet; And
At least one waterproof module is arranged on said at least one surface of this body, and this waterproof module comprises:
One lid has at least one first opening;
One first water-retaining structure has at least one second opening, and said at least one second opening and said at least one first opening shift to install; And
One second water-retaining structure is around being arranged at around this air outlet;
Wherein, The heat that this body interior produced is in regular turn by this air outlet and said at least one second opening; Discharge from said at least one first opening, when meeting with the wind and rain invasion and attack, this lid blocks rainwater in advance; Stop the aqueous vapor of infiltration again by this first water-retaining structure and this second water-retaining structure, reach the effect of waterproof and heat radiation with this.
2. rack as claimed in claim 1, wherein said at least one surface be this body a side and an end face at least one of them.
3. rack as claimed in claim 1, wherein this lid is a square cubic structure, it is formed by a first surface, a side frame and a base jointly.
4. rack as claimed in claim 3, wherein this first water-retaining structure is provided with this base is vertical.
5. rack as claimed in claim 3, wherein this base in this lid is corresponding to this side frame, and it has a second surface, and said at least one first opening is arranged on this second surface.
6. rack as claimed in claim 5, wherein this base also has an extension, and this extension is extended by a side of this second surface, and with respect to this first water-retaining structure.
7. rack as claimed in claim 1; Wherein this first water-retaining structure is a frame type structure; And combine by a plurality of water bars; Wherein said at least one second opening is arranged on said a plurality of water bar, and the opening direction of said at least one second opening and said at least one first opening is towards different normal vectors, and not corresponding each other.
8. rack as claimed in claim 1, wherein this second water-retaining structure is a frame structure, and is combined by a plurality of water bars, and around being arranged at around this air outlet.
9. rack as claimed in claim 1, wherein the angle between this second water-retaining structure and this surface is for being less than or equal to 90 degree.
10. a waterproof module is applied to a rack, and this rack has a body, and this body has at least one surface, and said at least one surface has an air outlet, and this waterproof module comprises:
One lid has at least one first opening;
One first water-retaining structure has at least one second opening, and said at least one second opening and said at least one first opening shift to install; And
One second water-retaining structure is around being arranged at around this air outlet;
Wherein, The heat that this body interior produced is passed through by this air outlet and said at least one second opening; Discharge from said at least one first opening, when meeting with the wind and rain invasion and attack, this lid blocks rainwater in advance; Stop the aqueous vapor of infiltration again by this first water-retaining structure and this second water-retaining structure, reach the effect of waterproof and heat radiation with this.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105226792A CN102458064A (en) | 2010-10-26 | 2010-10-26 | Waterproof module and equipment cabinet with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105226792A CN102458064A (en) | 2010-10-26 | 2010-10-26 | Waterproof module and equipment cabinet with same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102458064A true CN102458064A (en) | 2012-05-16 |
Family
ID=46040525
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105226792A Pending CN102458064A (en) | 2010-10-26 | 2010-10-26 | Waterproof module and equipment cabinet with same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102458064A (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020079653A1 (en) * | 2000-12-26 | 2002-06-27 | Kouichi Noguchi | Portable electronic equipment |
| CN2798516Y (en) * | 2005-06-14 | 2006-07-19 | 沈思贤 | Cabinet top cover with waterproof structure |
-
2010
- 2010-10-26 CN CN2010105226792A patent/CN102458064A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020079653A1 (en) * | 2000-12-26 | 2002-06-27 | Kouichi Noguchi | Portable electronic equipment |
| CN2798516Y (en) * | 2005-06-14 | 2006-07-19 | 沈思贤 | Cabinet top cover with waterproof structure |
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Application publication date: 20120516 |