CN208110517U - A kind of cooling system of big data equipment - Google Patents

Abstract

The utility model discloses a kind of cooling systems of big data equipment, cool air hose is fixed on the ceiling by support frame, the bottom of cool air hose and telescoping tube are through connection, the bottom of telescoping tube and the top of hollow disk are through connection, the inside of hollow disk is equipped with elastic sealing device, elastic sealing device includes movable sealing plate, T-bar, annular slab and through-hole, the top of hollow disk is fixedly connected by electric pushrod with cold wind bottom of the tube, apparatus body immediately below hollow disk bottom is equipped with inlet duct, the bottom of apparatus body is equipped with heat release hole, inlet duct includes heat sink, ventilation duct, vertical rails and movable plate.The utility model is different from the mode that conventional interior heat emission fan radiates, and is radiated using extraneous cold wind to apparatus body inside, is not take up the space inside apparatus body；It can prevent extraneous dust from entering and dust is made to generate electrostatic in equipment inner accumulation, to avoid that fire occurs.

Description

A kind of cooling system of big data equipment

Technical field

The utility model relates to the cooling system technical field of big data equipment, specially a kind of heat dissipation of big data equipment System.

Background technique

Big data equipment is used for the analysis and processing of complex and systematization big data, the general volume of big data equipment It is huger, they have many advantages, such as quickly analyze, computational efficiency, but it there are still following disadvantages during actual use End：

1. big data equipment is due to often in the states such as powerful operation and processing, storage, in apparatus body Portion is easy to produce amount of heat, if if these heats are not to be released in time, equipment own analysis is not only made to slow, and drops The service life of low equipment；

2. for the device that some heat emission fans in the prior art radiate, not only noise is larger, and rate of heat dispation is low, and It is easy for extraneous dust to be involved in inside apparatus body, dust stratification inside equipment is caused to generate electrostatic.

Utility model content

The purpose of this utility model is to provide a kind of cooling systems of big data equipment, to solve in above-mentioned background technique The problem of proposition.

To achieve the above object, the utility model provides the following technical solutions：A kind of cooling system of big data equipment, packet Cool air hose, elastic sealing device and inlet duct are included, the cool air hose is fixed on the ceiling by support frame, the cool air hose Bottom and telescoping tube through connection, the top of the bottom of the telescoping tube and hollow disk is through connection, the hollow disk Inside be equipped with elastic sealing device, the elastic sealing device includes movable sealing plate, T-bar, annular slab and through-hole, described The top of hollow disk is fixedly connected by electric pushrod with cold wind bottom of the tube, setting immediately below the hollow disk bottom Standby ontology is equipped with inlet duct, and the bottom of the apparatus body is equipped with heat release hole, and the inlet duct includes heat sink, ventilation Pipe, vertical rails and movable plate, the vertical rails are located at the side of ventilation duct, the bottom of the ventilation duct with positioned at equipment sheet Intracorporal heat sink is equipped with inclined via-hole through connection, the bottom of the heat sink.

Preferably, movable sealing plate, the side of the movable sealing plate are equipped with positioned at the top of through-hole in the hollow disk Edge is equipped with T-bar, and annular slab is socketed on the T-bar, is located above annular slab on the T-bar and is socketed with spring.

Preferably, the T-bar is equipped with multiple groups, bottom interior wall movable sealing plate of the T-bar described in multiple groups in hollow disk Edge in equidistant ring arrange.

Preferably, when the spring on the T-bar is in nature tensioning state, the movable sealing plate is close to through-hole Inner surface, and the diameter of the movable sealing plate be greater than through-hole diameter.

Preferably, movable plate is equipped in the vertical rails, the top of the movable plate is fixedly connected with push rod, and push rod End stretch out ventilation duct outer wall, the bottom of the movable plate is fixedly connected by spring with the bottom of vertical rails.

Preferably, the vertical rails are equipped with multiple groups, and vertical rails described in multiple groups are in equidistant in the fascia edge of ventilation duct Annular array.

Preferably, when the spring positioned at the movable plate bottom is in most compressed state, the movable sealing plate is detached from The bottom inside surface of hollow disk.

Compared with prior art, the utility model has the beneficial effects that：The utility model structure setting is reasonable, functional By force, it has the following advantages that：

1. the utility model is when being radiated, it is only necessary to hollow disk be pushed down on and can be incited somebody to action by electric pushrod Cold air in cool air hose, which sprays into downwards inside apparatus body, to radiate, and use is more convenient；

2. the utility model is different from the mode that conventional interior heat emission fan radiates, using extraneous cold wind to apparatus body Inside is radiated, and the space inside apparatus body is not take up；

3. having no other communicate with the outside world since the utility model is other than being located at the heat release hole of apparatus body bottom Device, therefore leakproofness is better, can prevent extraneous dust from entering and dust is made to generate electrostatic in equipment inner accumulation, from And it avoids that fire occurs；

It, can be while heat dissipation by equipment sheet 4. the cold wind that the utility model uses top to have certain pressure radiates The a small amount of dust adhered on body internal element is blown away, to play the effect of deashing.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is enlarged drawing at A in Fig. 1.

In figure：High pressure cool air hose 1, support frame 2, telescoping tube 3, electric pushrod 4, hollow disk 5, movable sealing plate 6, T shape Bar 7, annular slab 8, through-hole 9, heat sink 10, inclined via-hole 11, apparatus body 12, ventilation duct 13, vertical rails 14, movable plate 15, push rod 16.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of technical solution referring to FIG. 1-2,：A kind of cooling system of big data equipment, including High pressure cool air hose 1, elastic sealing device and inlet duct, high pressure cool air hose 1 is fixed on the ceiling by support frame 2, high pressure The bottom of cool air hose 1 and telescoping tube 3 are through connecting, and the top of the bottom of telescoping tube 3 and hollow disk 5 is through connection, open circles The inside of disk 5 is equipped with elastic sealing device, and elastic sealing device includes movable sealing plate 6, T-bar 7, annular slab 8 and through-hole 9, The top of hollow disk 5 is fixedly connected by electric pushrod 4 with 1 bottom of high pressure cool air hose, is located at immediately below hollow 5 bottom of disk Apparatus body 12 be equipped with inlet duct, the bottom of apparatus body 12 is equipped with heat release hole, and inlet duct includes heat sink 10, logical Air hose 13, vertical rails 14 and movable plate 15, vertical rails 14 are located at the side of ventilation duct 13, the bottom of ventilation duct 13 be located at For heat sink 10 in apparatus body 12 through connection, the bottom of heat sink 10 is equipped with inclined via-hole 11.

Further, movable sealing plate 6, the edge of movable sealing plate 6 are equipped with positioned at the top of through-hole 9 in hollow disk 5 Equipped with T-bar 7, annular slab 8 is socketed on T-bar 7, the top that annular slab 8 is located on T-bar 7 is socketed with spring；

Further, T-bar 7 is equipped with multiple groups, bottom interior wall movable sealing plate 6 of the multiple groups T-bar 7 in hollow disk 5 Edge is arranged in equidistant ring；

Further, when the spring on T-bar 7 is in nature tensioning state, movable sealing plate 6 is close to through-hole 9 Inner surface, and the diameter of movable sealing plate 6 is greater than the diameter of through-hole 9；

Further, movable plate 15 is equipped in vertical rails 14, the top of movable plate 15 is fixedly connected with push rod 16, and is pushed away The outer wall of ventilation duct 13 is stretched out in the end of bar 16, and the bottom of movable plate 15 connects by the way that the bottom of spring and vertical rails 14 is fixed It connects, when push rod 16 pushes down on, the flapper 15 in vertical rails 14 is moved down, so that extraneous and ventilation It is connected to inside pipe 13, so that cold air can enter the inside of ventilation duct 13 by vertical rails 14；

Further, vertical rails 14 are equipped with multiple groups, and multiple groups vertical rails 14 are in equidistant in the fascia edge of ventilation duct 13 Annular array；

Further, when the spring positioned at 15 bottom of movable plate is in most compressed state, movable sealing plate 6 is detached from hollow The bottom inside surface of disk 5, cold wind can be gushed from the gap between 5 bottom of movable sealing plate 6 and hollow disk at this time.

Working principle：The utility model in use, if 12 internal temperature of apparatus body exceeds certain value, can lead to The electric pushrod 4 crossed on hollow disk 5 pushes down on hollow disk 5, during pushing hollow disk 5, ventilation Pipe 13 gradually passes through the inside for entering hollow disk 5 positioned at the through-hole 9 of hollow 5 bottom of disk, until that will be located at hollow 5 bottom of disk Movable sealing plate 6 on the inside of portion jacks up, and cold wind can be rushed down from the gap between 5 bottom of movable sealing plate 6 and hollow disk at this time Out, during ventilation duct 13 progresses into hollow disk 5, the bottom squeeze of hollow disk 5 is fixedly connected with movable plate 15 Push rod 16, so that movable plate 15 be pushed down on, the cold air being now placed in inside hollow disk 5 can be by ventilation duct 13 Vertical rails 14 enter the inside of apparatus body 12 through heat sink 10, thus by heat from the heat dissipation positioned at 12 bottom of apparatus body Hole is blown away, and is suitble to promote.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of cooling system of big data equipment, including high pressure cool air hose (1), elastic sealing device and inlet duct, special Sign is：The high pressure cool air hose (1) is fixed on the ceiling by support frame (2), the bottom of the high pressure cool air hose (1) with Telescoping tube (3) is through connection, and the bottom of the telescoping tube (3) and the top of hollow disk (5) are through connection, the hollow disk (5) inside is equipped with elastic sealing device, and the elastic sealing device includes movable sealing plate (6), T-bar (7), annular slab (8) it is fixedly connected by electric pushrod (4) with high pressure cool air hose (1) bottom with through-hole (9), the top of the hollow disk (5), Apparatus body (12) immediately below hollow disk (5) bottom is equipped with inlet duct, the apparatus body (12) Bottom is equipped with heat release hole, and the inlet duct includes heat sink (10), ventilation duct (13), vertical rails (14) and movable plate (15), the vertical rails (14) are located at the side of ventilation duct (13), the bottom of the ventilation duct (13) be located at apparatus body (12) for the heat sink (10) in through connection, the bottom of the heat sink (10) is equipped with inclined via-hole (11).

2. a kind of cooling system of big data equipment according to claim 1, it is characterised in that：The hollow disk (5) The interior top positioned at through-hole (9) is equipped with movable sealing plate (6), and the edge of the movable sealing plate (6) is equipped with T-bar (7), described It is socketed on T-bar (7) annular slab (8), is located above annular slab (8) on the T-bar (7) and is socketed with spring.

3. a kind of cooling system of big data equipment according to claim 1, it is characterised in that：The T-bar (7) is equipped with Multiple groups, T-bar (7) described in multiple groups are arranged at the edge of the bottom interior wall movable sealing plate (6) of hollow disk (5) in equidistant ring Column.

4. a kind of cooling system of big data equipment according to claim 1, it is characterised in that：Positioned at the T-bar (7) On spring when being in nature tensioning state, the movable sealing plate (6) is close to the inner surface of through-hole (9), and the activity The diameter of sealing plate (6) is greater than the diameter of through-hole (9).

5. a kind of cooling system of big data equipment according to claim 1, it is characterised in that：The vertical rails (14) Interior to be equipped with movable plate (15), the top of the movable plate (15) is fixedly connected with push rod (16), and the end of push rod (16) is stretched out The bottom of the outer wall of ventilation duct (13), the movable plate (15) is fixedly connected by spring with the bottom of vertical rails (14).

6. a kind of cooling system of big data equipment according to claim 5, it is characterised in that：The vertical rails (14) Equipped with multiple groups, vertical rails (14) described in multiple groups are arranged in the fascia edge of ventilation duct (13) in equidistant ring.

7. a kind of cooling system of big data equipment according to claim 1, it is characterised in that：Positioned at the movable plate (15) when the spring of bottom is in most compressed state, the movable sealing plate (6) is detached from the bottom inside table of hollow disk (5) Face.