JP2000018650A - Vibrationproof frame - Google Patents

Abstract

PROBLEM TO BE SOLVED: To add not only a vibrationproof function but also a function as a passage part for a pipe, etc., to a vibrationproof frame for elastically supporting an apparatus such as the outdoor unit or the like of an air conditioner. SOLUTION: The vibrationproof frame 3 for elastically supporting the outdoor unit 1 of an air conditioner installed on the roof of a building is constituted by catching a vibrationproof member 7 between an upper frame 5 and a lower flame 6. The lower frame 6 is equipped with counterposed frame bodies. The space A between these frames is made a passage part for a refrigerant pipe 2 connected to the outdoor unit 1. The lower frame 6 is provided with a drain pan so as to cover the refrigerant pipe 2.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vibration isolator that elastically supports equipment such as an outdoor unit of an air conditioner. In particular, it relates to measures to expand the function of the vibration isolation gantry.

[0002]

2. Description of the Related Art Conventionally, an air conditioner for a building air conditioner is known as an example of an air conditioner. An air conditioner of this type is disclosed, for example, in Japanese Patent Application Laid-Open No. Hei 8-94128. In this air conditioner, an indoor unit is arranged in each air-conditioned room, and an outdoor unit is installed on the roof of a building.

[0003] Generally, the outdoor unit is mounted on an anti-vibration gantry. As shown in FIG. 8, the anti-vibration gantry includes an anti-vibration member (c) sandwiched between an upper frame (a) and a lower frame (b). The lower frame (b) is fixed to the roof floor. The bottom of an outdoor unit (not shown) is fastened to the upper frame (a). The vibration isolating member (c) includes a vibration isolating rubber and a coil spring, and elastically supports the upper frame (a) on the lower frame (b).

[0004] Vibration generated by a compressor, a fan or the like housed in the outdoor unit is transmitted to a vibration isolating member (c) via the upper frame (a) and is absorbed by the vibration isolating member (c). By absorbing the vibration, it is possible to suppress the transmission of the vibration to the rooftop floor. As a result, the occurrence of a so-called “vibration obstacle” such as transmission of vibration to a room and generation of noise in the room is avoided.

[0005]

By the way, the inventor of the present invention considered improvement of the vibration isolating gantry in order to enhance the practicality of the vibration isolating gantry.

[0006] Therefore, the present inventors have considered carefully adding other functions to the vibration isolating base in addition to the vibration isolating function.
Then, they found that a function as an insertion portion of a pipe extending from a rooftop floor surface was added to the vibration-proofing gantry.

The present invention has been made in this manner, and it is an object of the present invention to provide a structure in which a vibration isolator has both a vibration isolating function and a function as a pipe insertion portion.

[0008]

Means for Solving the Problems-Summary of the Invention-In order to achieve the above object, the present invention relates to an anti-vibration pedestal having a support member elastically supported on a base, A space was formed. That is, the base that constitutes a part of the vibration isolating pedestal is made to function as the pipe insertion portion.

-Solution Means- Specifically, a first solution means taken by the present invention is, as shown in FIGS. 1 and 2, a support member (5) on a base (6) by an elastic member (7). ) Are elastically supported, and the vibration proof base that absorbs vibration generated by the device (1) installed above the support member (5) by the elastic member (7) is assumed. For this anti-vibration gantry,
Piping space (A) for piping (2, 2, ...) connected to equipment (1)
The base body portions (61, 61) are disposed so as to face each other at a predetermined interval in the horizontal direction so as to form a base.

According to this specific matter, the vibration generated by the device (1) installed above the support member (5) is transmitted to the elastic member (7) via the support member (5). The elastic member (7) absorbs the vibration and does not transmit the vibration to the base (6). Thereby, occurrence of “vibration obstacle” due to the vibration of the base (6) is avoided. A space (A) for piping is formed between the base body portions (61, 61) of the base (6). The pipes (2, 2, ...) connected to the equipment (1) are inserted into the pipe space (A). That is, the anti-vibration pedestal according to the present invention has not only an anti-vibration function but also a function as an insertion portion of the pipe (2, 2,...). In this way, by forming the piping space (A) in the vibration isolator, the piping space can be secured below the equipment (1), and the equipment installation area and the piping installation area can be separately secured. There is no need to keep it. Also, the base body (61, 61) is located on both sides of the pipe (2, 2, ...), and the equipment (1) is located on the upper side. Can be difficult to see from

[0011] The second solution is to embody the equipment to be installed on the vibration isolation gantry. That is, in the first solution, the outdoor unit (1) of the air conditioner is installed as the device (1) on the support member (5).

The outdoor unit (1) of the air conditioner generally contains a compressor and a fan. These drives cause the entire outdoor unit (1) to vibrate. This vibration is transmitted to the elastic member (7) via the support member (5). This elastic member
The vibration is absorbed by (7), and the vibration is not transmitted to the base (6).

A third solution is to enhance the protection function of the pipes (2, 2,...) Inserted into the pipe space (A). That is, in the second solution, the support member (5) is
The outdoor unit (1) is formed in a frame shape that substantially matches the bottom shape. A drain pan that covers the upper side of the piping space (A) on the base (6) and collects drain water flowing down from the outdoor unit (1)
(12) is provided.

According to this particular matter, drain water generated in the heat exchanger in the outdoor unit (1) and rainwater that has entered the outdoor unit (1) flow down from the outdoor unit (1) to drain the drain pan (12). Will be collected. In other words, these waters are
2, ...). The pipes (2, 2,...) Are generally wrapped with a heat insulating material, and the heat insulating function of the heat insulating material is significantly deteriorated when water is scattered or ultraviolet rays are irradiated. In the present invention, a drain pan (1) is provided above the pipe (2, 2,...).
By covering with 2), the pipes (2, 2,...) Can be shielded from rainwater and ultraviolet rays to maintain the heat insulating function.

A fourth solution is to improve the configuration of the base in consideration of arranging a plurality of vibration isolators along the extension direction of the pipe in consideration of the case where the vibration isolators are actually installed. is there. That is, in the second solution, the base (6)
When a plurality of bases are arranged in the direction in which the pipes (2, 2,...) Extend, connecting portions (61b, 61b) connected to the adjacent bases (6) are provided.

According to this specific matter, the plurality of vibration-isolation pedestals arranged along the extension direction of the pipes (2, 2,...) Are arranged such that adjacent bases (6, 6) are connected at the connection portions (61b, 61b). Connected. That is, the respective vibration proof stands are integrally assembled. Conventionally, the anti-vibration gantry has been installed independently. However, as in the present invention, in the case where the vibration isolator is provided with a function as an insertion portion of the pipe (2, 2,...), The pipe mount is extended along the extension of the pipe (2, 2,...). Therefore, it is desirable that these piping racks are integrally assembled and the piping space (A) is formed as a continuous space.

[0017]

Embodiments of the present invention will be described below with reference to the drawings. In this embodiment, a case will be described in which the anti-vibration pedestal according to the present invention is employed as a device that supports an outdoor unit of an air conditioner installed on the roof of a building.

As shown in FIG. 1, a large number of outdoor units (1, 1,...) Of the air conditioner as devices referred to in the present invention are installed on the roof of a building. FIG. 1 shows a state where each outdoor unit (1, 1,...) Is installed as two unit rows.
In FIG. 1, the outdoor unit (1,1) is provided only in the back row.
Indicates a state in which it is installed. That is, the front row is in a state before the outdoor unit is installed. The outdoor unit (1) contains a compressor, an outdoor heat exchanger, a fan, and the like (not shown) in a unit casing (1a).

On the other hand, indoor units (not shown) are provided with indoor units. These indoor units and outdoor units
(1,1, ...) are connected by refrigerant pipes (2,2, ...). By driving the compressor of the outdoor unit (1), the refrigerant circulates between the outdoor unit (1) and the indoor unit, and the refrigerant and air exchange heat in the heat exchanger of each unit to cool or heat the room. I do. In other words, when the refrigerant condenses in the outdoor heat exchanger and the refrigerant evaporates in the indoor heat exchanger, the room is cooled, and conversely, the refrigerant evaporates in the outdoor heat exchanger and the indoor heat When the refrigerant is condensed in the exchanger, the room is heated.

-Description of Vibration Isolation Base- The outdoor units (1,1,...) Are supported by a vibration isolation gantry (3) which is a feature of the present embodiment. Hereinafter, the anti-vibration mount (3) will be described.

FIGS. 2 to 6 show the vibration isolator (3).
2 is a perspective view, FIG. 3 is a plan view, FIG. 4 is a side view, FIG. 5 is a front view, and FIG. 6 is an enlarged view of a cross section taken along line VI-VI in FIG. As shown in these figures,
Includes an upper frame (5) as a support member, a lower frame (6) as a base, and a vibration isolating member (7) as an elastic member.

The upper frame (5) includes a pair of first members (51, 51) having a rectangular cross section and a pair of second members (52, 52) having an L-shaped cross section.
Are integrally welded to form a frame. That is, the pair of first members (51, 51) are arranged to face each other in the horizontal direction, and the second member (52, 52) is bridged between both ends of the opposed first members (51, 51). These are integrally welded to form the upper frame (5).

The length of the first member (51) is substantially equal to the length of one side of the bottom surface of the outdoor unit (1). The length dimension of the second member (52) substantially matches the length dimension of another side of the bottom surface of the outdoor unit (1). Therefore, the plan view shape of the upper frame (5) substantially matches the shape of the bottom surface of the outdoor unit (1). The first member (51) of the upper frame (5) has a flange (5) for bolting a mounting leg (not shown) provided at the bottom of the outdoor unit (1).
1a) is provided. This flange (51a) is
It protrudes to the side of (51), and has a bolt hole (51b) formed in the center.

Further, a positioning hole (52a) is formed in a horizontal portion of the second member (52). A positioning bolt (B1) for positioning the upper frame (5) relative to the lower frame (6) is inserted into the positioning hole (52a). This positioning structure will be described later.

The lower frame (6) includes a pair of frame bodies (61, 61) as opposed base bodies, and a pipe support member provided between the frame bodies (61, 61).
(62, 62) and a drain pan support member (63, 63) also provided between the frame bodies (61, 61). The frame main body (61) is an upright flat plate. The frame body (61) has a height dimension of the upper frame (5).
Is larger than the height dimension. Frame body (61,
At both upper and lower ends of 61), horizontal flanges (61a, 61a) which are bent outward and extend in the horizontal direction are provided. At both ends in the longitudinal direction of the frame body (61, 61), a vertical flange as a connecting portion which is bent outward and extends vertically.
(61b, 61b) are provided. This vertical flange (61b, 61
Bolt holes (61c, 61c) formed of long holes for bolting the adjacent frame main body (61) are formed at two places in (b). Further, a bolt hole (61d, 61d) for fastening an anchor bolt (B2) for fixing the lower frame (6) to the rooftop floor is formed in the lower horizontal flange (61a). I have.

An oval opening (61e) extending in the horizontal direction is formed in the frame body (61) on one side (the front side in FIG. 2). The opening (61e) is connected to an outdoor unit (1) mounted on the upper side of the upper frame (5) and connected to a refrigerant pipe (2,
2) is led out of the anti-vibration mount (3). That is, as shown in FIG. 1, the refrigerant pipes (2, 2) derived from the openings (61e) once extend upward, and are bent toward the outdoor unit (1) above the upper frame (5). It is designed to be connected to the outdoor unit (1). In addition, the refrigerant pipes (2, 2) led out of the vibration isolator (3) are connected to the pipe cover (1).
0). The pipe cover (10) covers the opening (61e) and the pipe connection part of the outdoor unit (1) to protect the refrigerant pipes (2, 2).

A drain pipe (11) is attached to the other (the rear side in FIG. 2) frame body (61). The drain pipe (11) is a resin pipe attached to a substantially central portion of the frame body (61). The drain pipe (11) is formed into an L-shape that penetrates the frame body (61), extends horizontally from the inner surface of the frame body (61) into the lower frame (6), and then bends upward. ing. The drain pipe (11) drains drain water generated in the heat exchanger of the outdoor unit (1) and rainwater that has entered the interior of the outdoor unit (1) to the outside of the vibration isolation mount (3). Specifically, the water is collected by a drain pan (12) described later, and the collected water is drained to the outside of the vibration isolating pedestal (3) by a drain pipe (11).

The second member is provided on both sides in the longitudinal direction of the upper horizontal flange (61a) of each frame body (61).
A similar positioning hole (61) facing the positioning hole (52a) of (52)
f) is formed. These opposing positioning holes (52a, 6
In 1f), a positioning bolt (B1) is inserted. In the positioning bolt (B1), a nut (N) is screwed to the upper thread portion of the second member (52) and the lower thread portion of the horizontal flange (61a). This avoids horizontal displacement while permitting vertical relative movement between the upper frame (5) and the lower frame (6) opposed to each other in the vertical direction. Further, since the nuts (N, N) are screwed into the positioning bolts (B1), the frames (5, 6) do not fall off from the positioning bolts (B1). That is, these frames (5, 6) are connected by the positioning bolts (B1). Therefore, when the anti-vibration gantry (3) is transported, the two frames (5, 6) can be transported as a single body, so that the transport action is good. During actual transportation, horizontal flange (61a)
The lower nut (N) is screwed until it comes into contact with the lower surface of the horizontal flange (61a), and the vibration isolating member (7) is held between the frames (5, 6).

Thus, the pair of frame bodies (61,
61) are placed facing each other in the horizontal direction,
A lower frame internal space (A) is formed between the two frame bodies (61, 61).

Each end of the pipe support member (62, 62) is located on both longitudinal sides of a pair of opposed frame bodies (61, 61) and close to the bottom of the frame bodies (61, 61). Is fastened to the part. The refrigerant pipes (2, 2,...) Are placed above the pipe support members (62, 62) (see FIG. 5).

The drain pan support members (63, 63) are fastened to both sides in the longitudinal direction of a pair of opposed frame bodies (61, 61) and to portions near the upper sides of the frame bodies (61, 61). ing. The drain pan support members (63, 63) support the drain pan (12). As shown in FIG. 7, the drain pan (12) is a plate material having a shape substantially matching the plan view shape of the lower frame internal space (A) formed between the pair of frame bodies (61, 61). Become. In addition, this drain pan (12)
The mounting portions (12a, 12a) on both sides in the longitudinal direction to be mounted on the drain pan support member (63, 63), and the mounting portions (12a, 12a)
In between, an inclined portion which inclines downward as it goes in one direction (the depth direction in FIG. 7) in the drain pan width direction.
(12b). The slope (12b) has a drain discharge hole (12) for discharging water flowing down along the slope.
c) is formed. One end (upper end of a vertical portion) of the drain pipe (11) is connected to the drain discharge hole (12c). That is, the drain pan (12) receives the drain water or rain water, and the water is inclined toward the drain discharge hole (12c).
(12b) and drain pipe (1) from the drain discharge hole (12c).
It is configured to be led out of the anti-vibration mount (3) via 1).

The upper frame (5) and the lower frame (6) are hot-dip galvanized.

The vibration isolating members (7) are provided at six positions between the upper frame (5) and the lower frame (6). The vibration isolating member (7) is configured by housing a coil spring (not shown) in a casing (71). Casing (7
1) is formed by integrally combining an upper casing (72) and a lower casing (73). These casings (72, 73)
Has a cylindrical cup shape, and the diameter of the lower casing (73) is set slightly smaller than the diameter of the upper casing (72). These casings (72, 73) are integrally combined with a coil spring interposed therebetween.
On the upper surface of the upper casing (72), an upper frame receiver (72a) that is open upward and has a U-shaped cross section is formed. The width of the upper frame receiver (72a) matches the width of the first member (51) of the upper frame (5). Also,
On the lower surface of the lower casing (73), a lower frame receiver (73a) that is open downward and has a U-shaped cross section is formed. The width of the lower frame receiver (73a) matches the width of the horizontal flange (61a) of the frame body (61). The upper frame receiver (72a) is fitted to the lower side of the first member (51),
With the lower frame receiver (73a) fitted over the horizontal flange (61a), the vibration isolator (7)
Intervenes between (5,6). In this state, the anti-vibration member (7) is slidable in the extending direction (horizontal direction) of the first member (51) and the horizontal flange (61a). In this way, the anti-vibration member
Since the position of (7) can be changed, the arrangement position of the vibration isolating member (7) can be set according to the unbalanced load of the outdoor unit (1).

In this way, the anti-vibration gantry (3) is configured. With this configuration, the upper frame (5) is elastically supported on the lower frame (6) by the vibration isolator (7). Since the outdoor unit (1) is fixed on the upper frame (5), the outdoor unit (1) is fixed to the lower frame (6).
It will be elastically supported on top.

-Description of Arrangement State of Vibration Isolation Stand on Roof- Next, the arrangement state of the vibration isolation gantry (3) on the roof will be described. As shown in FIG. 1, a plurality of anti-vibration pedestals (3, 3,...) Are installed on the roof. Each of these anti-vibration stands
(3, 3,...) Are fixed by anchor bolts (B2) on a support base (15) made of H-shaped steel fixed to the roof floor.
In addition, each anti-vibration gantry (3,3, ...) is adjacent to each other.
Vertical flange (61b, 6) of lower frame (6,6) at (3,3)
1b) They are arranged so that they overlap each other. The overlapped vertical flanges (61b, 61b) are
It is integrally fastened by the connecting bolt (B3) inserted through c). In this way, a plurality of anti-vibration frames (3, 3,...) Are arranged along each unit row. In this state, the internal spaces (A) of the anti-vibration frames (3, 3,...) Communicate with each other.

[0036] The anti-vibration pedestals (3,
The outdoor unit (1,1, ...) is placed on (3, ...). Therefore, the outdoor unit (1) is elastically supported by the vibration isolating member (7). When operating the air conditioner, the outdoor unit
Vibrations generated by the compressor, the fan and the like in (1) are transmitted to the vibration isolating member (7) via the upper frame (5), and are absorbed by the vibration isolating member (7). By absorbing the vibration, it is possible to suppress the transmission of the vibration to the rooftop floor. As a result, the occurrence of a so-called “vibration obstacle” such as transmission of vibration to a room and generation of noise in the room is avoided.

Next, the arrangement of the refrigerant pipes (2, 2,...) Utilizing the vibration isolator (3) will be described. This refrigerant pipe
(2, 2,...) Is configured by winding a heat insulating material around a copper tube. Refrigerant pipes (2, 2,...) Extending from the indoor unit to the roof and disposed on the roof are provided in the interior space of the vibration isolator (3).
(A) is inserted. When the refrigerant pipes (2, 2,...) Are mounted on the pipe support members (62) of the vibration isolation gantry (3), the internal space (A) of each vibration isolation gantry (3, 3,. ). As described above, in the internal space (A) of each of the vibration isolation pedestals (3, 3, ...), as described above, some of the refrigerant pipes (2, 2) are led out of the openings (61e) and the upper outdoor unit (1 ). Also, a drain pan (12) is placed on the drain pan support member (63),
The drain pan (12) covers the upper side of the refrigerant pipes (2, 2, ...). In other words, drain water or rain water
By receiving 2), these waters do not scatter to the refrigerant pipes (2, 2, ...). Further, the presence of the drain pan (12) prevents the refrigerant pipes (2, 2, ...) from being irradiated with direct sunlight.

In addition to the refrigerant pipes (2, 2,...) As well as the outdoor unit (1)
And a power transmission line (both not shown) for transmitting and receiving control signals between the outdoor unit (1) and the indoor unit.

-Effects of Embodiment- As described above, in this embodiment, the refrigerant pipe is mounted on the lower frame (6) of the vibration isolator (3) that elastically supports the outdoor unit (1).
(2, 2, ...) insertion space (A) is provided. That is, the anti-vibration pedestal (3) of this embodiment has not only the anti-vibration function but also the piping (2,
2, ...) are also provided. For this reason, piping space can be secured below the outdoor unit (1). Conventionally, it has been necessary to separately secure the installation space for the outdoor unit (1) and the piping space on the roof. In the present embodiment, this space can be shared, and space can be saved. In addition, only by installing the vibration isolator (3), the insertion part of the refrigerant pipes (2, 2, ...) and the outdoor unit (1)
Can be manufactured. In other words, this refrigerant pipe (2,2,
) And the installation part of the outdoor unit (1) do not need to be separately manufactured. For this reason, the construction work is simplified, the construction period can be shortened, and the cost can be reduced.

Also, a frame body is provided on both sides of the pipes (2, 2,...).
Since (61, 61) is located and the outdoor unit (1) is located on the upper side, the pipes (2, 2, ...) can be hardly seen from the outside, and the rooftop appearance can be improved.

Further, the pipes (2, 2,...) Are connected to the frame body (61,
61) and drain pan (12).
2,) can be protected, and the heat insulating material wound around the pipes (2, 2, ...) can be shielded from drain water, rain water, and ultraviolet rays. This heat insulating material has its heat insulating function deteriorated significantly when water is scattered or irradiated with ultraviolet rays, but since it does not suffer from these adverse effects, it is possible to maintain the heat insulating function,
Air conditioning performance can be maintained high.

[0042]

[Other embodiments] In the above embodiment, the present invention is applied to an outdoor unit of an air conditioner installed on a rooftop.
Although the case where (1) is adopted as the vibration isolator (3) that elastically supports is described, the present invention is not limited to this, and can be applied as a vibration isolator that supports various devices such as industrial machines. It is.

The vibration isolator (7) is provided with a coil spring, and the elasticity of the spring absorbs vibration. The present invention is not limited to this, and vibration may be absorbed by a vibration-proof rubber.

[0044]

As described above, according to the present invention, the base
(6) A space (A) for piping is formed in the base (6) with respect to a vibration-isolation gantry having the support member (5) elastically supported thereon. Therefore, a piping space can be secured below the device (1). In the past, it was necessary to separately secure the installation space for the equipment (1) and the piping space, but the present invention can also use this space. As a result, it is possible to reduce the installation space for the equipment and the piping. Also, anti-vibration mount
Only by installing (3), the insertion part of piping (2, 2, ...) and the equipment (1)
Since the installation part can be manufactured, the construction work can be simplified, the construction period can be shortened, and the cost can be reduced. Furthermore,
Since the base body (61, 61) is located on both sides of the pipe (2, 2, ...) and the equipment (1) is located on the upper side, this pipe (2, 2, ...) can be seen from outside. Difficulty and good appearance.

In the present invention, the outdoor unit (1) of the air conditioner is installed on the support member (5), and the base (6)
In the case where a drain pan (12) is provided to cover the upper side of the pipe space (A) with the drain pan (12), the pipe (2,
2, ...) can be protected from drain water and ultraviolet rays. Generally, a heat insulating material is wound around a refrigerant pipe of an air conditioner, and the heat insulating function of the heat insulating material is significantly deteriorated when water is scattered or irradiated with ultraviolet rays. No adverse effects. As a result, the heat insulating function of the heat insulating material can be maintained, the air conditioning performance can be maintained high, and the indoor comfort can be ensured.

Further, a plurality of anti-vibration stands are arranged along the extension direction of the pipes (2, 2,...), And the bases (6) of the respective anti-vibration stands are arranged.
In the case where a connecting portion (61b) for connecting to the adjacent base (6) is provided, these pipe racks can be integrally assembled. Thereby, the piping space (A) can be formed as a continuous space, and the piping (2, 2,...) Can be extended into the continuous space (A). Can be obtained reliably.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an installation state of an outdoor unit on the roof of a building.

FIG. 2 is a perspective view of a vibration isolation gantry.

FIG. 3 is a plan view of the vibration isolation gantry.

FIG. 4 is a front view of the vibration isolation gantry.

FIG. 5 is a side view of the vibration isolation gantry.

6 is a sectional view taken along the line VI-VI in FIG.

FIG. 7 is a plan view of the anti-vibration gantry showing a state where a drain pan is installed.

FIG. 8 is a perspective view showing a conventional anti-vibration gantry.

[Explanation of symbols]

 (1) Outdoor unit (equipment) (2) Refrigerant piping (3) Vibration isolator (5) Upper frame (support member) (6) Lower frame (base) (61) Frame body (base body) ( 61b) Vertical flange (connection part) (7) Vibration isolation member (elastic member) (12) Drain pan (A) Lower frame internal space (piping space)

Claims (4)

[Claims] 1. A support member on a base (6) by an elastic member (7).
Equipment that elastically supports (5) and is installed above the support member (5)
In the vibration isolator which absorbs the vibration generated by (1) by the elastic member (7), the base (6) includes a piping space (2, 2, ...) for piping (2, 2, ...) connected to the device (1). An anti-vibration gantry, comprising base body portions (61, 61) arranged to face each other at a predetermined interval in the horizontal direction so as to form (A). 2. An anti-vibration mount according to claim 1, wherein the support member (5) is provided with an outdoor unit (1) of an air conditioner as the equipment (1). Mount. 3. The anti-vibration pedestal according to claim 2, wherein the support member (5) is formed in a frame shape substantially matching the bottom shape of the outdoor unit (1), and the base (6) includes: A drain pan (12) that covers the upper side of the piping space (A) and collects drain water flowing down from the outdoor unit (1)
An anti-vibration gantry characterized by being provided with. 4. The anti-vibration base according to claim 2, wherein the base (6) is arranged adjacent to the base (6) when a plurality of bases are arranged in the extending direction of the pipes (2, 2,...). Connection part (61b, 61b) connected to
An anti-vibration pedestal comprising: