KR100628660B1 - Structure of constant temperature and humidity chamber - Google Patents

Abstract

The present invention relates to a structure of a thermo-hygrostat device, and more particularly, an object space provided on a lower surface of an access floor having a plurality of upper and lower through holes, and a lower surface of an access floor lower space of the object space. And an air inlet is connected to the lower portion of the access floor, and an intake port is provided to separate the thermo-hygrostat device located above, the target space and the thermo-hygrostat device from the upper surface of the access floor with respect to the ceiling. A partition wall having a suction duct connecting the object space and an suction part that is an opening to the object space on the wall, and a lower portion of the access floor to isolate the access floor lower space and the thermo-hygrostat from the air outlet and the access floor. A water barrier that protrudes upward from the lower surface of the space to a certain height and It relates to a thermo-hygrostat device structure comprising a leak detection device installed on the bottom surface of the constant temperature and humidity device of the bottom surface divided by the water barrier.

Through the present invention as described above it is possible to obtain the effect of noise reduction, leakage prevention, ease of equipment maintenance, security maintenance.

Constant temperature and humidity, separation, facility structure

Description

Structure of Constant Temperature and Humidity Device {Structure of Constant Temperature and Humidity Chamber}

1 is a schematic plan view of an embodiment of a facility structure in which a conventional thermo-hygrostat is installed.

Figure 2 is a schematic plan view of an embodiment of the thermo-hygrostat apparatus structure of the present invention.

Figure 3 is a schematic side cross-sectional view of an embodiment of the thermo-hygrostat apparatus structure of the present invention.

Figure 4 is an enlarged side cross-sectional view of an embodiment of the thermo-hygrostat apparatus structure of the present invention.

Figure 5 is an enlarged side cross-sectional view of another embodiment of the thermo-hygrostat apparatus structure of the present invention.

Explanation of symbols on the main parts of the drawings

1: drain pipe 2: water supply pipe for humidifier

3: cooling water return piping 4: cooling water supply piping

10: target space 15: constant temperature and humidity device space

17: access floor 20: constant temperature and humidity device

21: air inlet 22: inlet

23: lowest surface of the ventilation duct 24: drip tray

30: partition wall 31: suction duct

32: suction part 40: water barrier

50: leak detection device

The present invention relates to a structure of a constant temperature and humidity device, and more particularly, to isolate water piping and related parts in a space requiring constant temperature and humidity such as a computer room and a communication room, and to provide a computerized equipment due to a flooding accident due to leakage. By fundamentally blocking the occurrence of enormous damage to communication equipment, cables, and the like, the noise generated by the blower and the compressor built in the thermo-hygrostat device can be separated from the target space such as the computer room. It is possible to minimize noise and stabilize the operation of various systems in the interior, and to repair and check the constant temperature and humidity system in the space where various systems inside the computer room are operated in the separate air conditioning room space. The necessity of access to the computer room is reduced, and the damage of the computer equipment due to carelessness during the security and inspection of the computer room is prevented. It relates to a constant temperature and humidity device plant structure for preventing fouling.

In a space requiring constant temperature and humidity such as a computer room, a communication room, and an Internet data center (hereinafter, referred to as a target space), as shown in FIG. 1, the entire temperature and humidity device is maintained in order to maintain the constant temperature and humidity. It is generally configured to be installed directly in the target space. Therefore, PACKAGE type equipment with blower, compressor, condenser, humidifier, etc. among the components of the thermo-hygrostat device is arranged inside the computer room, and the cooling water pipe, humidification pipe, and drain pipe are connected to the computer room. If the pipes are old, inadvertent during inspection or repair, or leaks occur in the cooling water piping, humidifying water supply pipe, drainage pipe, etc. due to various reasons such as maintenance, etc., the damage caused by the water leakage will cause enormous damage to computer equipment, communication equipment, and cables. There was a problem that occurred.

In addition, since the constant temperature and humidity device is constantly driven to maintain the constant temperature and humidity of the target space, there is a problem that a worker working in the target space causes stress due to a lot of noise generated therein and lowers the working environment. to be.

In addition, even in the case of maintenance and inspection of the thermo-hygrostat, the thermo-hygrostat and the target space are not distinguished, and thus, expensive computer equipment is damaged, damaged, or computerized due to carelessness, safety accidents, water leakage, etc. during the maintenance or inspection. There is a problem that damages the data, there is a problem such as a hole in the security of the computer room as the ubiquitous maintenance worker enters the computer room that requires a high security.

In the present invention, in order to solve the problems of the prior art as described above, it is possible to achieve the prevention of leakage and minimization of damage when leaking, to reduce the noise of the target space, to facilitate the equipment maintenance of the constant temperature and humidity device, It is an object of the present invention to provide a facility structure of a constant temperature and humidity device that can increase the level of security of space.

In order to achieve the object as described above, the present invention

A target space provided on a lower surface of an access floor having a plurality of upper and lower through holes, which are subject to constant temperature and humidity;

A constant temperature / humidity device installed on the lower surface of the lower space of the access floor of the target space, and a blower port is connected to the lower space of the access floor, and a suction port is located at an upper portion thereof;

A partition wall installed to separate the object space and the thermo-hygrostat device from the upper surface of the access floor with respect to the ceiling, and having a suction duct connecting the suction port and the object space and an suction part which is an opening to the object space;

A water barrier that protrudes upward from the lower surface of the lower space of the access floor to a predetermined height so as to isolate the access floor lower space of the target space and the constant temperature / humidity device at a connection portion between the air vent and the access floor; And

It provides a thermo-hygrostat device structure comprising a leak detection device installed on the bottom surface of the constant temperature and humidity device of the bottom surface divided by the water barrier.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a structure of a thermo-hygrostat apparatus, which is an object of constant-temperature / humidity and has an access floor (17) having a plurality of upper and lower through-holes on a lower surface thereof, and an access floor of the target space (10). (17) The air outlet 21 is installed based on the lower surface of the lower space, and the air outlet 21 is connected to the lower space of the access floor 17, and the suction port 22 is located at the upper portion of the thermo-hygrostat device 20, the target space 10 ) And the thermo-hygrostat 20 is installed to separate the ceiling from the upper surface of the access floor 17, and the suction duct 31 connecting the suction port 22 and the target space 10 and the target space thereof. Partition wall 30 having a suction part 32 which is an opening part on the wall surface, a space below the access floor 17 of the target space 10 and a constant temperature / humidity device at a connection between the blower 21 and the access floor 17. To the bottom of the access floor (17) subspace to isolate (10). Since the dam body is configured to include the jaw 40 and the leakage detection device 50 is installed on a bottom surface of said dam body side, separated by a jaw 40, the bottom of the constant temperature and humidity device side dolseol a predetermined height upward.

Preferred embodiments thereof are as shown in the schematic system of FIGS. That is, in the present invention, various spaces in which the constant temperature and humidity apparatus is installed in order to maintain the constant temperature and humidity conditions are the targets, which may be examples of the target spaces such as a computer room, a communication room, and an Internet DB center.

This space is generally provided with an access floor at the bottom for the network configuration and has a structure in which wiring passes through such a space. In particular, the access floor of the present invention is configured in the form having upper and lower through-holes so that air maintained at constant temperature and constant humidity is supplied from the lower space of the access floor as shown.

In addition, the air vent of the thermo-hygrostat device is connected to the access floor sub-space as shown in the drawing so that the air maintained in the constant temperature / humidity is delivered through the lower space of the access floor to be discharged to each part of the target space. The suction port is located at the top of the thermo-hygrostat as shown in the figure for smooth circulation. Through this, it is possible to smoothly supply the air having been treated at a constant temperature and humidity at a low cost by utilizing an access floor provided in the existing, without requiring a separate distribution pipe, and to distribute it evenly to the target space.

The configuration of the constant temperature and humidity device may be applied to a variety of known constant temperature and humidity device.

2 to 4, there is provided a partition wall for dividing the entire space into the target space 10 and the thermo-hygrostat space, thereby blocking the noise generated from the thermo-hygrostat device. It is possible to solve the problem of vandalism or data in the target space due to an accident by an operator during maintenance of the device. In addition, as shown in Figure 2 can be maintained separately from the target space for the entrance and exit for the thermo-hygrostat space 15. Through this, it is possible to maintain the security of the target space by solving the problem that the worker who is prohibited from entering the target space to enter the room for maintenance of the constant temperature and humidity device.

In addition, the partition wall further includes a suction duct and a suction unit as shown to smoothly inhale the thermo-hygrostat. The suction part may be attached to the suction grill.

In addition, as the two spaces are separated through the partition wall, water leakage from the thermo-hygrostat and the pipes related thereto may be prevented from occurring in the target space, thereby reducing damage due to the water leakage. By providing a certain amount of water leakage can be configured so that the actual damage does not occur, including a leak detection device in the bottom surface of the constant temperature and humidity device space, that is, the bottom surface of the constant temperature and humidity device of the bottom divided by the water barrier This allows early detection and action of leaks, minimizing damage from leaks.

Also preferably, the humidifier, condenser, compressor, condenser cooling water pipe, and cooling water cooling tower of the constant temperature and humidity device may be located in a space separated from the constant temperature and humidity device, so that the problem of leakage may be more fundamentally solved. That is, when the components are arranged in the form of the rear side of the thermo-hygrostat and the partition wall is installed between them and the blower, it may be possible to further reduce the damage during leakage.

In addition to this, as shown in Figure 5 the end of the tuyere mouth of the thermo-hygrostat device is the upper surface of the water barrier chin 40 as the lowest surface, the lowest surface 23 of the entire blower duct lower than the upper surface of the water barrier chin In addition, the lower surface 23 of the entire blower duct may further have a drain hole, and may further include a leak detection device 50 under the drain hole. In this case, the leak is detected and such leakage does not occur in the direction of the access floor, so that it can stay in the thermo-hygrostat space to minimize the leakage damage.

In addition, as shown in Figures 4 to 5 further comprises a drip tray 24 at the lower end of the thermo-hygrostat device and having a drain pipe at the bottom of the drip tray, the drain pipe in a space isolated from the thermo-hygrostat device It is located, it can be configured to further include a leak detection device in the lower portion of the drain pipe can minimize the leak.

As described above, according to the structure of the constant temperature and humidity device of the present invention, no water piping and related parts are installed in the target space, such as a computer room, and the computer equipment, communication equipment, cable, etc. are caused by an inundation accident due to leakage. It can fundamentally block massive damage to

In addition, by disposing the noise generated by the blower, the compressor, etc. built in the constant temperature and humidity outside the computer room, it is possible to minimize the noise inside the computer room and stabilize the operation of various systems.

In addition, the present invention is to repair and check the thermo-hygrostat is conventionally performed in a space where various systems operating inside the target space, such as a computer room in a separate air conditioning room to repair and check the need for access to the target space is reduced and the computer room, etc. It is also effective in preventing the damage of computer equipment due to carelessness in the subject space security and inspection.

In addition, by using the access floor installed in the existing air temperature and humidity treated air distribution by reducing the installation cost and even distribution of air, the advantage of maintaining the temperature and humidity of the target space uniformly over the entire space have.

The present invention described above is not limited to the detailed description and drawings of the above-described invention, and various modifications and changes by those skilled in the art without departing from the spirit and scope of the present invention described in the claims below. Changes are also included within the scope of the invention.

Claims (4)

A target space provided on the lower surface of an access floor having a plurality of upper and lower through holes, which are subject to constant temperature and humidity; A constant temperature / humidity device installed on the lower surface of the lower space of the access floor of the target space, and a blower port is connected to the lower space of the access floor, and a suction port is located at an upper portion thereof; A partition wall installed to separate the object space and the thermo-hygrostat device from the upper surface of the access floor with respect to the ceiling, and having a suction duct connecting the suction port and the object space and an suction part which is an opening to the object space; A water barrier that protrudes upward from the lower surface of the lower portion of the access floor to a predetermined height so as to isolate the lower portion of the access floor and the constant temperature / humidity device of the target space from a connection portion between the air vent and the access floor; And A thermo-hygrostat device structure comprising a leak detection device installed on the bottom surface of the constant temperature and humidity device of the bottom surface divided by the water barrier. The method of claim 1, Humidifier, condenser, compressor, condenser cooling water pipe, the cooling water cooling tower of the constant temperature and humidity device, characterized in that the constant temperature and humidity device facility structure, characterized in that located in a space isolated from the constant temperature and humidity device. The method of claim 1, The air outlet end of the thermo-hygrostat is the upper surface of the water barrier as the lowest surface, the lowest surface of the entire blower duct is lower than the upper surface of the water barrier, and further has a drain hole on the lowest surface of the entire blower duct, the drain The constant temperature and humidity apparatus structure structure further comprises a leak detection device in the lower hole. The method of claim 1, The lower end of the thermo-hygrostat device further includes a drip tray and has a drained pipe at the bottom of the drip tray, wherein the drain pipe is located in a space separate from the thermo-hygrostat device, and further includes a leak detection device under the drain pipe. A thermo-hygrostat device structure comprising a.

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