CN102905501A

CN102905501A - Air guide hood

Info

Publication number: CN102905501A
Application number: CN2011102105199A
Authority: CN
Inventors: 詹弘州; 叶振兴
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2011-07-26
Filing date: 2011-07-26
Publication date: 2013-01-30
Also published as: TW201305446A; US20130029584A1

Abstract

An air guide hood comprises a body which comprises a top wall, two opposite side walls and an air guide passage formed by enclosure of the top wall and the two side walls. A wind shield is pivotally mounted at the top of one end of the air guide passage and capable of rotating between a first position and a second position; when at the first position, the wind shield is supported on the top wall; and when at the second position, the wind shield is retained at the top of the end of the air guide passage. The wind shield of the air guide hood can be retained at one end of the air guide hood according to needs, and accordingly the function of adjusting air inlet or air outlet flow is achieved.

Description

Wind scooper

Technical field

The present invention relates to a kind of wind scooper.

Background technology

Electronic installation such as server etc., in order to satisfy the heat radiation needs, at heat-generating electronic elements or radiator installing one wind scooper, rectifies to a fan one of this wind scooper usually, concentrates fast with the heat that electronic component is produced and discharges.But because the height of the electronic component that need dispel the heat is different with volume, thereby assignment of traffic changes greatly after can causing distinguished and admirable process electronic component, and then affects the integral heat sink of internal system.

Summary of the invention

In view of more than, be necessary to provide a kind of and can regulate air intake or the distinguished and admirable wind scooper of air-out.

A kind of wind scooper, comprise a main part, this main part comprises the air-guiding aisle that a roof, two relative sidewalls and are surrounded by this roof and this two side, the top of one end of this air-guiding aisle is equiped with a deep bead pivotally, this deep bead can rotate between a primary importance and a second place, when this deep bead during in primary importance, this deep bead is supported on this roof; When this deep bead during in the second place, this deep bead block is in the top of this end of this air-guiding aisle.

Compare prior art, the deep bead of this wind scooper as required block in an end of this wind scooper, thereby play air intake or the distinguished and admirable effect of air-out regulated.

Description of drawings

Fig. 1 is that the preferred embodiments of wind scooper of the present invention is in the three-dimensional assembly diagram of the first state.

Fig. 2 is the three-dimensional exploded view of the end of Fig. 1.

Fig. 3 is the three-dimensional assembly diagram of Fig. 2, and wherein this wind scooper is in the second state.

The main element symbol description

Main part	20
		Roof	21
Grab	212
		Sidewall	23
Projection	231
		Pivoting hole	233、412、512
Groove	235
		Air-guiding aisle	25
Air inlet	251
		Air outlet	253
The first pivot rods	30
		Stock	31
Stop part	36
		The second pivot rods	40
Fixture	41
		Pivot part	413
Fixed part	415
		The body of rod	43
Deep bead	50
		Flange	51
Buckle	53

Following embodiment further specifies the present invention in connection with above-mentioned accompanying drawing.

Embodiment

Please refer to Fig. 1 and Fig. 2, the preferred embodiments of wind scooper of the present invention comprises a main part 20, two first pivot rods 30, two second pivot rods 40 and two deep beads 50.

This main part 20 comprises a roof 21 and two relative sidewalls 23.This roof 21 is encircled into an air-guiding aisle 25 with this two side 23.This air-guiding aisle 25 comprises an air inlet 251 and an air outlet 253.This roof 21 is provided with a grab 212 towards the direction of a relative sidewall 23 in contiguous this air inlet 251 in the top of each sidewall 23 respectively with these air outlet 253 places.The top at the two ends of each sidewall 23 is convexly equipped with one and extends upward the projection 231 that protrudes from this roof 21.The top of each projection 231 is provided with a pivoting hole 233.The two ends of each sidewall 23 are provided with a groove 235 in the below of corresponding projection 231.

This first pivot rods 30 comprises a columniform stock 31 and removably is installed in respectively two stop parts 36 at these stock 31 two ends.In the present embodiment, this stock 31 is connected by screw thread and screw with this two stop part 36.

This second pivot rods 40 comprises fixture 41 and a columniform microscler body of rod 43 of a strip.A pivot part 413 that is provided with pivoting hole 412 is extended respectively to a side in the two ends of this fixture 41, extends respectively a fixed part 415 with draw-in groove to opposite side.The two ends of this body of rod 43 removably are fastened in respectively the draw-in groove of this two fixed part 415.When this body of rod 43 is installed between this two fixed part 415, this body of rod 43 be parallel to this fixture 41 and and this fixture 41 between form an interval.

Each deep bead 50 roughly is rectangle, and the one side extends outward a microscler flange 51 that is parallel to this side that is provided with pivoting hole 512.A buckle 53 is extended to same perpendicular direction respectively in the side away from flange 51 in two opposite ends of each deep bead 50.

Please refer to Fig. 1, this two deep bead 50 is installed in respectively the air inlet 251 and air outlet 253 places of this main part 20.Because installation method is identical, the below only is illustrated the installation of the deep bead 50 at air outlet 253 places.At first, the body of rod 43 of this second pivot rods 40 is pulled down by fixture 41.The body of rod 43 passed the pivoting hole 512 of this deep bead 50 and make the two ends of this body of rod 43 be exposed to respectively the two ends of this deep bead 50.The two ends of this body of rod 43 are placed in respectively the draw-in groove of two fixed parts 415 of this second pivot rods 40.Then, two pivot parts 413 of this second pivot rods 40 are affixed on respectively the inboard of two projections 231 of air outlet 253 1 ends of this main part 20, the pivoting hole 412 that makes this two pivot part 413 and the pivoting hole 233 of this two projection 231 over against.At last, two stop parts 36 of this first pivot rods 30 are pulled down.The stock 31 of this first pivot rods 30 is passed the pivoting hole 233 of this two projection 231 and the pivoting hole 412 of this two pivot part 413, and make the two ends of this stock 31 be exposed to respectively the outside of this two projection 231.This two stop part 36 is locked in respectively the two ends of this stock 31.At this moment, these two stop parts, 36 difference blocks are in the outside of this two projection 231.Thereby this deep bead 50 is connected in the top of the air outlet 253 of this main part 20 rotationally, and this deep bead 50 can rotate relative to this second pivot rods 40, and this second pivot rods 40 can rotate relative to this first pivot rods 30 simultaneously.

During use, this wind scooper is installed in the electronic installation, at least one electronic component (not shown) is contained in this wind scooper, and make a fan (not shown) over against the air inlet 251 of this wind scooper.The cold wind that fan blows out is flowed into this electronic component of flowing through behind the main part 20 of these wind scoopers by this air inlet 251, give that the air outlet 253 from this wind scooper flows out behind this electronic element radiating.

When the more distinguished and admirable inflow of needs or when flowing out this main part 20, the user can turn to the deep bead 50 of correspondence and be affixed on this roof 21.The grab 212 of pulling on this roof 21 can make grab 212 be placed in respectively the top of corresponding deep bead 50.

Please refer to Fig. 3, when the less distinguished and admirable inflow of needs or when flowing out this main part 20, the corresponding grab 212 that the user can pull on this roof 21 makes corresponding deep bead 50 be swung down to block in the top of air inlet 251 or the air outlet 253 of correspondence.The buckle 53 of deep bead 50 snaps in respectively in the groove 235 of corresponding sidewall 23 and with deep bead 50 lockings.

In other embodiments, the user can only pivot at the top of air inlet 251 or air outlet 253 as required and install deep bead 50.

Claims

1. wind scooper, comprise a main part, this main part comprises the air-guiding aisle that a roof, two relative sidewalls and are surrounded by this roof and this two side, the top of one end of this air-guiding aisle is equiped with a deep bead pivotally, this deep bead can rotate between a primary importance and a second place, when this deep bead during in primary importance, this deep bead is supported on this roof; When this deep bead during in the second place, this deep bead block is in the top of this end of this air-guiding aisle.

2. wind scooper as claimed in claim 1, it is characterized in that: each sidewall is convexly equipped with one in the top of this end and extends upward the projection that protrudes from this roof, one first pivot rods is connected between this two projection, one second pivot rods is connected in this first pivot rods rotationally, and this deep bead is connected in this second pivot rods.

3. wind scooper as claimed in claim 2, it is characterized in that: the top of each projection is provided with a pivoting hole, and this first pivot rods comprises that the stock and two that passes this two pivoting hole is locked in respectively the two ends of this stock and block in the stop part in this two projections outside.

4. wind scooper as claimed in claim 3, it is characterized in that: this second pivot rods comprises the fixture of a strip, a pivot part that is provided with pivoting hole is extended respectively to a side in the two ends of this fixture, this two pivot part is affixed on respectively the inboard of this two projection, and the stock of this first pivot rods also passes the pivoting hole of this two pivot part when passing the pivoting hole of this two projection.

5. wind scooper as claimed in claim 4, it is characterized in that: a fixed part with draw-in groove is extended respectively to opposite side in the two ends of this fixture, this second pivot rods also comprises a microscler body of rod, one side of this deep bead extends outward a microscler flange that is parallel to this side that is provided with pivoting hole, this body of rod passes the pivoting hole of this flange, and the two ends of this body of rod are placed in respectively the draw-in groove of this two fixed part.

6. wind scooper as claimed in claim 5, it is characterized in that: this deep bead can rotate relative to this body of rod.

7. wind scooper as claimed in claim 1, it is characterized in that: this roof is provided with a grab towards the direction of a relative sidewall respectively in contiguous this end place, the top of each sidewall, when this deep bead during in primary importance, the two ends of this deep bead are respectively by this two grabs holding.

8. wind scooper as claimed in claim 1, it is characterized in that: each sidewall is provided with a groove in this end, and the two ends of this deep bead are respectively equipped with a buckle, and when this deep bead during in the second place, this two buckle is placed in respectively in this two groove.