CN102541171A - Counter data center - Google Patents

Abstract

The invention relates to a counter data center, which comprises a counter and a server system arranged in the counter. An equipment laying area and an air shower which are isolated from each other are arranged in the counter; the server system is arranged in the equipment laying area. The air shower is communicated with the outside through an outside door, and is communicated with the equipment laying area through an inside door. The interior of the air shower is also provided with a blower, and the blower is used for blowing people entering the air shower. When entering the counter data center, people pass through the air shower firstly, and a temperature buffer action is performed by utilizing the air shower, thereby, the phenomenon that a server in the counter data center is influenced because the difference between the temperature inside the counter data center and the temperature outside the counter data center is very great can be prevented, and the blower arranged in the air shower is capable of blowing people dry and removing dust, thereby, the influences of moisture and the dust on the server system can be prevented.

Description

Container Data Center

technical field

The invention relates to a container data center.

Background technique

With the development of online applications, the demand for data centers is growing rapidly. A container data center is a large-scale centralized computing facility, which usually includes a large number of servers, which are placed in racks to form a server system.

At present, many container data centers are set up outdoors. Because people need to go in and out of the container data center frequently for maintenance or operation, and the temperature and humidity inside and outside the container data center generally vary greatly, therefore, it often affects the servers in it, resulting in The server equipment shuts down automatically or cannot be used normally. In addition, when people enter and leave the container data center, they often bring dust into the container data center, thereby affecting the server equipment therein.

Contents of the invention

In view of this, it is necessary to provide a container data center that can effectively improve the influence of external environment temperature, humidity and dust on internal servers.

A container data center includes a container and a server system arranged in the container. The interior of the container includes mutually isolated equipment placement areas and an air shower, and the server system is arranged in the equipment placement areas. The air shower communicates with the outside world through an outer door, and communicates with the equipment placement area through an inner door. The air shower room is also provided with a hair dryer, and the hair dryer is used for blowing air to people entering the air shower room.

Compared with the prior art, when people enter the container data center of the present invention, they first pass through an air shower, and the air shower acts as a temperature buffer, which can prevent the temperature difference between the inside and outside of the container data center from being too large. Among them, the server is affected, and the blowing device set in the air shower can dry the moisture of the human body and blow off the dust, so as to prevent the influence of moisture and dust on the server system.

Description of drawings

Fig. 1 is a top view of the internal structure of the container data center in the embodiment of the present invention.

Fig. 2 is a top view of the air shower structure of the container data center in Fig. 1 .

Description of main component symbols

Container Data Center 10

container 100

Server system 200

Equipment placement area 110

Air shower room 120

First side wall 121

Second side wall 122

Air inlet 1221

Outer door 123

Inner door 124

Air filter 125

Hair dryer 126

First switch 127a

Second switch 127b

The first electromagnetic lock 128a

First Body Division 1281a

The first movable part 1282a

The second electromagnetic lock 128b

Second body part 1281b

The second movable part 1282b

Controller 129

Detailed ways

The present invention will be further described in detail below in conjunction with the accompanying drawings.

Referring to FIG. 1 and FIG. 2 , a container data center 10 provided by an embodiment of the present invention includes a container 100 that can be transported by vehicles and a server system 200 arranged side by side in the container 100 .

The interior of the container 100 is divided into an equipment placement area 110 and an air shower room 120 which are isolated from each other. The server systems 200 are arranged side by side in the device placement area 110 . In this embodiment, the container 100 is a rectangular shell, the server system 200 is arranged in sequence along the long side direction of the container 100, and the server system 200 and the long side of the container 100 The side walls are separated by a certain distance, thereby forming a maintenance passage and a heat dissipation passage.

The air shower 120 includes a first side wall 121 , a second side wall 122 , an outer door 123 and an inner door 124 . The first side wall 121 is opposite to the second side wall 122 , and the outer door 123 is opposite to the inner door 124 . An air filter 125 is disposed on the first sidewall 121 . A plurality of air inlets 1221 are opened on the second side wall 122 , and a plurality of blowers 126 are arranged inside the second side wall 122 , which blow air toward the first side wall 121 through the air inlets 1221 . The air shower room 120 communicates with the outside world through the outer door 123 , and communicates with the equipment placement area 110 through the inner door 124 . Open the outer door 123 , people can enter the air shower room 120 ; open the inner door 124 , people can enter the equipment placement area 110 from the air shower room 120 . The side of the air shower room 120 away from the hinge of the outer door 123 is provided with a first switch 127a and a first electromagnetic lock 128a; the side of the air shower room 120 away from the hinge of the inner door 124 is provided with a second switch 127b and the second electromagnetic lock 128b. The air shower room 120 is further provided with a controller 129, and the first switch 127a, the first electromagnetic lock 128a, the second switch 127b, the second electromagnetic lock 128b and the blower 126 are respectively electrically connected to the controller 129. The first switch 127a and the second switch 127b are travel switches, which are triggered when the outer door 123 and the inner door 124 are closed, and the controller 129 operates according to the first switch 127a and the Whether the second switch 127b is triggered controls the actions of the first electromagnetic lock 128a and the second electromagnetic lock 128b.

The first electromagnetic lock 128a includes a first body part 1281a and a first movable part 1282a that can be stretched relative to the first body part 1281a; similarly, the second electromagnetic lock 128b includes a second body part 1281b and A second movable part 1282b. When the outer door 123 is opened, the outer door 123 does not trigger the first switch 127a, and the second movable part 1282b of the second electromagnetic lock 128b is in contact with the inner door 124 away from the wind. On the outer surface of the inside of the shower room 120, the opening of the inner door 124 is prevented, and the inner door 124 is in a locked state; when the outer door 123 is closed, it faces the inner surface of the air shower room 120 Contact with the first switch 127a, so as to trigger the first switch 127a, at this time, the controller 129 controls the second movable part 1282b of the second electromagnetic lock 128b to retract, so that the second movable part The moving part 1282b does not block the inner door 124, and the inner door 124 is in an openable state. Similarly, when the inner door 124 is opened, the outer door 123 cannot be opened, and when the inner door 124 is closed, the outer door 123 can be opened.

When a person enters the air shower room 120 and closes the outer door 123, the first switch 127a is triggered, and the second movable part 1282b of the second electromagnetic lock 128b is retracted. The inner door 124 is in an openable state, and then the blower 126 is started, and the blower 126 blows the human body through the second side wall 122 to dry the moisture on the human body and blow off the dust on the human body. The air filter 125 filters the air to remove moisture and dust therein. Finally, the inner door 124 of the air shower room 120 is opened to enter the equipment placement area 110 of the container 100 . If people forget to close the outer door 123, the first switch 127a will not be triggered, and the second movable part 1282b of the second electromagnetic lock 128b will be blocked on the inner door 124, and the The inner door 124 is in a locked state and will not be opened, thereby preventing people from entering the equipment storage area 110 due to forgetting to close the outer door 123, and causing external moisture and dust to enter the equipment storage area 110 , affecting the server system 200 therein. Similarly, if a person forgets to close the inner door 124 when coming out of the equipment placement area 110, the outer door 123 cannot be opened either.

When a person enters the container 100, since the blower 126 in the air shower room 120 has blown off the moisture on the human body and the dust on the human body, it can prevent moisture and dust from being placed on the equipment. Influence of the server system 200 in the zone 110. In addition, when people enter the equipment placement area 110, they must first pass through the air shower room 120 and then enter the equipment placement area 110. Therefore, the air shower room 120 can act as a temperature buffer. It can prevent the impact on the server system 200 due to the large temperature difference between the inside and outside. A temperature regulating device can also be set in the air shower room 120, which is used to adjust the temperature in the air shower room 120, so that the temperature in the air shower room 120 is approximately the same as the temperature in the equipment placement area 110. quite.

Compared with the prior art, when people enter the container data center of the present invention, they first pass through an air shower, and the air shower acts as a temperature buffer, which can prevent the temperature difference between the inside and outside of the container data center from being too large. Among them, the server is affected, and the blowing device set in the air shower can dry the moisture of the human body and blow off the dust, so as to prevent the influence of moisture and dust on the server system.

It can be understood that, for those skilled in the art, various other corresponding changes and deformations can be made according to the technical concept of the present invention, and all these changes and deformations should belong to the protection scope of the claims of the present invention .

Claims (8)

1. counter data center, it comprises a counter and is arranged on said lift-on-lift-off server system, it is characterized in that; Said counter inside comprises the equipment rest area and the Airshower chamber of mutual isolation; Said server system is arranged in the said equipment rest area, and said Airshower chamber is in communication with the outside through an external door, is communicated with said equipment rest area through an inside door; Also be provided with hair-dryer in the said Airshower chamber, said hair-dryer is used for the people who gets into said Airshower chamber is dried.

2. counter as claimed in claim 1 data center; It is characterized in that: said Airshower chamber also comprises the relative the first side wall and second sidewall; Offer a plurality of air inlets on said second sidewall; Said hair-dryer is arranged on said second sidewall the inside, and dries towards said the first side wall direction through said air inlet.

3. counter as claimed in claim 2 data center, it is characterized in that: said Airshower chamber also comprises an air strainer, said air strainer is arranged on the said the first side wall.

4. counter as claimed in claim 1 data center; It is characterized in that: said Airshower chamber also comprises first switch and first electromagnetic lock that is arranged on said external door one side, the second switch that is arranged on said inside door one side and second electromagnetic lock and the controller that is electrically connected with said first switch, first electromagnetic lock, second switch, second electromagnetic lock and hair-dryer; When said external door is opened; Said second electromagnetic lock pins said inside door; Said external door triggers said first switch when closing, said second electromagnetic lock unlock; Said inside door is opened, and said first electromagnetic lock pins said external door, and said inside door triggers said second switch when closing, said first electromagnetic lock unlock.

5. counter as claimed in claim 4 data center, it is characterized in that: said first electromagnetic lock comprises first body and first movable part; Said second electromagnetic lock comprises second body and second movable part, and said first movable part can stretch by said relatively first body, and said second movable part can stretch by said relatively second body.

6. counter as claimed in claim 5 data center is characterized in that: when said external door was opened, second movable part of said second electromagnetic lock retaining was connected on the outside surface of said inside door; When said external door was closed, its inside surface contacted with said first switch, triggers said first switch, and said controller is controlled second movable part withdrawal of said second electromagnetic lock.

7. counter as claimed in claim 5 data center is characterized in that: when said inside door was opened, first movable part of said first electromagnetic lock retaining was connected on the outside surface of said external door; When said inside door was closed, its inside surface contacted with said second switch, triggers said second switch, and said controller is controlled first movable part withdrawal of said first electromagnetic lock.

8. counter as claimed in claim 1 data center is characterized in that: also be provided with a temperature control equipment in the said Airshower chamber.

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