AIR CONDITIONER MOUNTING BRACKET

Abstract

This utility model relates to brackets for mounting air conditioners on building facades and can be used to mount air conditioners on any type of building facade, preserving its aesthetic appearance. The proposed technical solution will improve the functionality of the air conditioner mounting bracket by incorporating adjustable extensions, support brackets, and basket supports with adjustment slots, as well as the main load-bearing elements made of a U-shaped metal profile. 1 reference Item, 2 Illustrated Figures.

Description

[0001] The utility model relates to brackets for mounting air conditioners on the facade of a building and can be used to mount an air conditioner on any type of building facade to maintain its aesthetic appearance.

[0002] Well-known brackets for mounting air conditioners on the facade of a building usually contain two welded or solid-bent corners, as well as braces, crossbars or stiffeners https: / / ozon.ru / t / gTjwl5d, https: / / ozon.ru / t / gTjwQwV, https: / / ozon.ru / t / zMicSAK.

[0003] The brackets specified above do not provide the ability to adjust the air conditioner mounting location after installation on the building facade.

[0004] A fixed stand for installing an air conditioner is known (patent CN 212005959 U, 2020), comprising a mounting frame for installing an air conditioning, which comprises a mounting plate, one side of the mounting plate is provided with a groove, the inner wall of the groove is symmetrically and fixedly connected with two sliding guides, the inner wall of the groove is on one side and is located between the two sliding guides through a support, a rotating joint is provided with a screw, the outer wall of the threaded socket of the screw is connected to a slider, the two sides of the slider are configured to slide, the socket with the outer wall of the two sliding guides, one side of the slider is configured to rotate, fixedly connected to the support plate, one end of the two sliding guides is fixedly connected to the other side of the inner wall with slots, one end of the thread passes through the other side of the inner wall with slots and reaches the bottom of the fixing plate.Two extension plates are fixedly connected on both sides of the lower part of the fixing plate.

[0005] The disadvantage of this technical solution is the complexity of the design and the fixed size of the frame for the air conditioner, as well as the impossibility of installation on the ventilated facade of the building.

[0006] A known installation bracket for an air conditioner (Patent CN 114110820 A, 2022) includes a mounting bracket; a lifting bracket is located on the mounting bracket and slides along the mounting bracket through a lifting device; the lifting device is connected to the lifting bracket, the lifting device includes a rotating mechanism, the return mechanism includes a transmission device and a rotating support between the transmission device and the transmission connection of the rotating support; the present invention can raise and lower the air conditioner according to requirements.

[0007] The disadvantage of this technical solution is also the complexity of the design, as well as the impossibility of installation on the ventilated facade of the building and adjustment of the frame size.

[0008] The prototype chosen is a building facade air conditioner basket (patent RU 240651, 2026). It comprises two supports for wall mounting and two crossbars in the form of metal angles, secured to the horizontal sections of the supports with bolted connections and designed to accommodate the air conditioner. The wall mounting supports are made of a U-shaped metal profile. The horizontal sections of the L-shaped wall mounting supports are equipped with grooves for adjusting the crossbars to the dimensions of the air conditioner.

[0009] The disadvantages of this technical solution include the impossibility of installation on the ventilated facade of a building behind a curtain wall ventilation system, as well as a significant change in the distance from the wall to the air conditioner and the need to mount the supports to the wall at a distance from each other equal to the length of the air conditioner, which imposes restrictions on installation on facades with various obstacles or differences in elevation.

[0010] The objective of the claimed utility model is to eliminate the shortcomings of analogues and the prototype.

[0011] The technical result is to increase the functionality of the air conditioner mounting bracket.

[0012] The essence of the utility model is that an air conditioner mounting bracket is characterized by two uprights for fastening to the building wall. Two crossbars are bolted to these crossbars at right angles. These crossbars are connected to extensions, which are connected to two support corners. The ends of these support corners are bolted to basket supports. All elements are connected by bolts. The extensions, support corners, and basket supports are equipped with grooves for adjusting their position to the dimensions of the air conditioner. The wall mounting uprights, crossbars, and extensions are made of a U-shaped metal profile.

[0013] The utility model is explained with figures.

[0014] Fig. 1 shows the elements of the air conditioner mounting bracket; Fig. 2 shows the general view of the air conditioner mounting bracket.

[0015] The air conditioner façade mounting bracket consists of two uprights 1 for wall mounting, to which two crossbars 2 are bolted at right angles. These crossbars are connected to extensions 3, which are connected to two support corners 4, to the ends of which basket supports 5, made in the form of corners, are screwed. All elements are connected to each other by bolts. The uprights 1 for wall mounting, crossbars 2, and extensions 3 are made of a U-shaped metal profile. Extensions 3, support corners 4, and basket supports 5 are equipped with grooves 6 for adjusting their position to the dimensions of the air conditioner.

[0016] Installation of the bracket for installing the air conditioner on the building facade is carried out in the following sequence.

[0017] Poles 1 are mounted to the building wall at a specified distance from one another using anchors or bolts. The center-to-center distance between poles 1 can be adjusted from 350 to 750 mm, allowing for installation even in the presence of obstacles or differences in elevation. Two beams 2 are then installed into holes drilled in the bottom of poles 1 using bolted connections and tightened with bolts. The holes in poles 1 and beams 2 are offset so that the maximum possible angle between poles 1 and beam 2 is 90 degrees, as the bolts connecting these two components begin to shear when opened to this angle. This means that beam 2 is secured relative to poles 1 not only by tightening the bolt but also by shearing it. This feature also helps prevent errors during installation.Next, extensions 3 are bolted to the 2 crossbars. These extensions can be adjusted in reach for various types of façade finishes due to the presence of grooves 6 in the extension 3. Adjusting the reach of the basket supports 5 allows the position of the air conditioner basket to be adjusted relative to the outer edge of the building façade. The presence of an upper bolt between extension 3 and crossbar 2 ensures precise positioning of extension 3 relative to crossbar 2 and helps minimize human error during installation. Two support angles 4 with openings in the form of grooves 6 are screwed to the top of extensions 3 and adjusted to the width of the air conditioner. Basket supports 5 are attached to the ends of the support angles 4. These supports are also adjusted to the length of the air conditioner due to the presence of grooves 6. The distance between the posts 1 may be shorter or longer than the length of the air conditioner, depending on the features of the building façade.

[0018] Thus, the proposed technical solution will improve the functionality of the air conditioner mounting bracket due to the presence of adjustable extensions, support corners and basket supports equipped with grooves for adjustment, as well as the execution of the main loaded elements from a U-shaped metal profile.

Claims

1. A bracket for installing an air conditioner, characterized by the presence of two posts for fastening to the wall of a building, to which two crossbars are screwed at right angles, to which extensions are connected, connected to two support corners, to the ends of which basket supports, made in the form of corners, are screwed, while all the elements are connected to each other by means of a bolted connection, and the extensions, support corners and basket supports are provided with grooves for adjusting their position according to the dimensions of the air conditioner.

2. A bracket for installing an air conditioner according to paragraph 1, characterized in that the racks for fastening to the wall, crossbars and extensions are made of a U-shaped metal profile.

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