KR200155555Y1 - Indoor and outdoor side blockage wall of window type airconditioner - Google Patents

Abstract

The present invention relates to an indoor / external blocking wall of a window air conditioner, and in a window air conditioner in which an indoor unit and an outdoor unit are integrated in one body, a condensate receiver of a base plate 11 having a condensate receiver 12 formed on one side thereof ( 12) the interior barrier wall 10 to the side and the outdoor barrier wall 20 to the other side and the motor support portion 25 is integrally injection molded in the middle, and the interior barrier to the top of the interior barrier wall 10 The first cover 30 which is injection molded integrally with the wall 10 and the second cover injection molded integrally with the outdoor barrier wall 20 above the outdoor barrier wall 20 ( By providing the interior and exterior blocking wall of the window air conditioner, characterized in that formed 40), by simply disassembling and assembling the interior and exterior blocking wall of the window type air conditioner, convenience of assembly work, productivity improvement and cost reduction Of course Relates to indoor and outer barrier wall of changmunhyeong C can reduce the sound.

Description

A inner or side intercepting barrier of the window type air conditioner

The present invention relates to the interior and exterior barrier wall of window type air conditioner, and more specifically, the interior and exterior barrier wall of window type air conditioner can be easily disassembled and assembled to improve the convenience, productivity and cost reduction of assembly work. Of course, the present invention relates to interior and exterior blocking walls of window air conditioners that can reduce noise.

In general, the conventional window-type air conditioner (1) is a heat dissipation of the high-temperature, high-pressure refrigerant gas transferred from the compressor 100, and the compressor 100 for compressing the refrigerant gas at high temperature and high pressure, as shown in FIG. A condenser 200 for phase change into a liquid state, an expansion valve (not shown) for depressurizing a refrigerant transferred by phase change into a liquid state from the condenser 200 to a low temperature liquid and a gas state, and a transfer valve from the expansion valve The refrigerant cycle is composed of an evaporator 300 which evaporates while passing through low temperature liquid and gaseous refrigerants, takes away ambient heat, maintains the external temperature at a low temperature, and transfers the evaporated refrigerant gas to the compressor 100 again. Doing.

When explaining the assembly structure of the window air conditioner configured as described above is located between the interior and exterior barrier walls 60 and 70 and the interior and exterior barrier walls 60 and 70 assembled on the base plate 50. The drive motor 82 fixed to the motor bracket 80 assembled to the base plate 50 and the both ends of the drive shaft 83 of the drive motor 82 are integrally assembled so that the interior and exterior barrier walls 60 ( A blower fan 62 and a cooling fan 72 installed in the 70, a control box (not shown) that is assembled to the indoor blocking wall 60 to control the refrigerant cycle, and the indoor blocking wall 60 And a grille unit 90 which is assembled to be positioned in front of the unit and sucks air in the room and discharges cold air, and an upper case (not shown) assembled to the base plate 50 to conceal each component. do.

The indoor side blocking wall 60 is provided on the barrier 63 and the base plate 50 and the barrier 63 which are assembled to the base plate 50 to block heat exchange between the inside and the outside, and to serve as pillars of the structure. Condensed water receiver (not shown) which is integrally assembled and guides the air sucked through the evaporator 300 by the suction force of the blower fan 62 to circulate to the room, and receives the condensed water evaporated from the evaporator 300 and drains it to the outside (not shown). Scroll 64 is formed separately, the evaporator cover 65 assembled to the scroll 64 to collect the air circulated under the guide of the scroll 64 in a predetermined pressure and direction to exhaust the air into the room, Brackets (not shown) assembled to the outdoor barrier wall 70 and the barrier 63 and the evaporator 300 of the evaporator 300 so as to maintain a constant gap between the outer barrier walls 60 and 70 and to fix the interconnections. In front of it, It consists of a support unit (not shown) which is assembled to a front lower end of the scroll 64, to secure the temperature sensor in order to sense the temperature of the room air.

The outdoor side blocking wall 70 is assembled to the base plate 50 as an integral structure consisting of a support plate 74 having a through hole 73 formed in the center thereof and a cover 75 covering an upper portion of the support plate 74. The outdoor air sucked by the suction force of the cooling fan 72 passes through the condenser 200 through the through hole 73 of the support plate 74 and is then exhausted to the outside through an exhaust port (not shown) of the upper case. It guides to prevent heat exchange with the room.

As shown in FIG. 2, the barrier 63, the evaporator cover 65, and the support plate 74 press work a metal plate, as shown in FIG. 2. After forming by bending, the scroll 64 is formed by forming the styropole of synthetic resin material to block the upper surface in order to reduce the noise, the manufacturing process is complicated as the production process is made separately, the production cost is also increased accordingly This occurred.

In addition, the productivity is also reduced due to the hassle of having to assemble each component to the base plate 50 by using a fixed screw, and the drive shaft 83 in case of failure of the blower fan 62 installed inside the scroll 64. In order to separate the scroll 64, the upper surface is blocked because it is to be separated to the driving motor (82) connected to) has caused an inconvenient problem of disassembling the entire interior blocking wall 60.

Accordingly, the present invention has been made to solve the problems described above, by simply disassembling and assembling the interior and exterior blocking wall of the window air conditioner to improve the convenience and productivity of the assembly work and reduce the cost as well as noise The purpose is to enable reduction.

The present invention for achieving the above object is a window type air conditioner in which the indoor unit and the outdoor unit are integrated in one body, and the indoor side blocking wall and the other side are blocked to the condensate receiving side of the base plate on which one side is formed. A wall and a motor support portion integrally molded into the middle thereof, a first cover which is integrally injection molded to the upper side of the indoor side barrier wall and correspondingly to the interior side wall, and an outdoor side to the top side of the outdoor side wall A second cover which is injection molded integrally with the blocking wall is formed.

The indoor barrier wall is formed on both sides of the support plate is supported on both sides of one side of the evaporator is formed on both sides, the center has a scroll portion, the inner wall and the barrier wall is formed on the rear side and the support wall is double injection molding on both sides It features.

The first cover has an upper scroll portion formed corresponding to the lower scroll portion, and a guide plate is formed at an upper portion of the upper scroll portion to form a ventilation path on one side, and the upper surface is blocked, thereby injection molding double.

The outdoor side blocking wall has an insertion portion formed therein so that a condenser is built in, and a lower fastening groove is formed on one surface thereof to form a lower end wall supported by the support ribs, and the other side is formed by an injection molding.

The second cover may be injection molded such that an upper blocking wall having an upper fastening groove formed on one surface of the lower fastening groove corresponding to the lower fastening groove formed on the lower cutting wall is blocked by an upper portion thereof.

1 is a schematic exploded perspective view of the present invention.

Figure 2 is a schematic exploded perspective view showing the interior and exterior blocking wall of the conventional window air conditioner.

3 is a schematic cross-sectional view of a window type air conditioner commonly used.

* Explanation of symbols for main parts of the drawings

10: indoor side blocking wall 11: base

12: condensate receiving 14: support plate

15: has scroll portion 16: inner wall

17 barrier wall 18 support wall

20: outdoor barrier wall 22: insertion portion

24: lower fastening groove 25: motor support

26: support live 28: get off the wall

29: discharge network portion 30: the first cover

35: upper scroll portion 36: guide plate

38: blower 40: second cover

44: upper fastening groove 48: upper barrier wall

Hereinafter, a preferred embodiment of the present invention by the accompanying drawings as follows.

1 is a schematic perspective view of the main part of the present invention, the indoor blocking wall 10 and the outdoor blocking wall 20 on the other side to the condensate receiving 12 side of the base plate 11 on which the condensate receiving 12 is formed. And a first cover 30 in which the motor support 25 is integrally injection-molded in the middle thereof, and integrally injection-molded in correspondence with the interior-side blocking wall 10 to the upper side of the indoor-side blocking wall 10, The second cover 40 formed integrally with the outdoor side blocking wall 20 is formed in the upper portion of the outdoor side blocking wall 20.

The indoor side blocking wall 10 is formed on both sides of the support plate 14, which is supported at both ends of one side of the evaporator (see Fig. 3) on both sides, and the lower scroll portion 15 is formed at the center thereof. The inner wall 16 and the barrier wall 17 are formed, and the support wall 18 is double-molded on both sides.

The first cover 30 has an upper scroll portion 35 formed to correspond to the lower scroll portion 15 and a guide plate 36 formed on the upper scroll portion 35 to form an air blower on one side. 38) and the upper surface is blocked and double injection molded.

The outdoor side blocking wall 20 has an insertion portion 22 formed therein so that the condenser 200 (see FIG. 3) is built therein, and a lower fastening groove 24 is formed on one surface thereof to be supported by the support rib 26. The lower end wall 28 is formed, and the other side of the discharge net 29 is formed and injection molded.

The second cover 40 is injection molded so that the upper blocking wall 48 having the upper fastening groove 44 formed thereon is formed on one surface to correspond to the lower fastening groove 24 formed on the lower cutting wall 28. do.

The operation and effects of the present invention configured as described above will be described in more detail with reference to FIGS. 1 and 3 as follows.

A base plate 11 having a condensate receiver 12 formed thereon so as to discharge condensate formed in the evaporator 300 on one side thereof has support plates 14 formed on both sides thereof to support both ends of one side of the evaporator 300. The lower scroll portion 15 is formed so that the blower fan 62 is built in the center, and the inner wall 16 and the barrier wall 17 are formed at the rear thereof so as to be partitioned from the outdoor side, and the support wall 18 is doubled on both sides. An injection molded interior side blocking wall 10 and an inserting portion 22 are formed to have the condenser 200 embedded therein, and a lower fastening groove 24 having a cooling fan 72 mounted thereon is formed thereon. The lower end wall 24 supported by the eve 26 is formed, and on the other side, the discharge network part 29 is formed, and the motor support part 25 on which the injection molded outdoor side barrier wall 20 and the driving motor 82 are installed. ) Is integrally formed.

In the above-described interior side blocking wall 10, the upper scroll portion 35 is formed to correspond to the lower scroll portion 15, and the guide plate 36 is formed on the upper scroll portion 35, and the air passage is formed on one side. (38) and the upper surface is blocked and can be opened and closed by a double injection-molded first cover 30, so that an abnormality has occurred in the blowing fan 62 built into the upper and lower scroll portions 35 and 15. In this case, only the first cover 30 can be easily removed and repaired from the indoor side blocking wall 10.

In addition, the outdoor barrier wall 20 is injected so that the upper blocking wall 48 formed with the upper fastening groove 44 is formed on one surface in correspondence with the lower fastening groove 24 formed in the lower blocking wall 28. When the abnormality occurs in the condenser 200, which is formed to be opened and closed by the molded second cover 40 and is inserted into the insertion part 22, only the second cover 40 can be separated and repaired, so that it can be conveniently used. It is.

In addition, the motor support unit 25, on which the blower fan 62 and the driving motor 82 driving the cooling fan 72 are installed, is integrally formed between the indoor block wall 10 and the outdoor block wall 20. As a result, the work process is significantly reduced compared to the conventional motor bracket 80 separately installed.

As described above, the interior and exterior blocking walls of the window-type air conditioner are integrally molded with the base plate, and configured to be coupled to the first cover and the second cover to the upper side thereof. Compared to the outer barrier wall, the work process is significantly reduced, and the disassembly and assembly can be performed simply, so that the convenience of assembly work, productivity improvement, and cost reduction can be achieved. will be.

In addition, the blow fan is installed in the upper and lower scroll portion and the cover of the part necessary for the troubleshooting of the drive motor installed in conjunction with it can be used to remove the cover is a preferred design that can be used more conveniently.

Claims (5)

In the window-type air conditioner in which the indoor unit and the outdoor unit are integrated in one body, the indoor side blocking wall 10 and the other side of the indoor side to the condensate receiver 12 side of the base plate 11 having the condensate receiver 12 formed on one side. A first cover in which the motor support part 25 is integrally injection molded into the blocking wall 20 and the middle thereof, and is integrally injection molded corresponding to the indoor blocking wall 10 to the upper part of the indoor blocking wall 10. 30 and the interior and exterior blocking of the window air conditioner, characterized in that the upper cover of the outdoor barrier wall 20, the second cover 40 which is integrally injection molded with the outdoor barrier wall 20 is formed. Wall. According to claim 1, The indoor barrier wall 10 is formed on both sides of the support plate 14, which is supported on both sides of one side of the evaporator 300 is formed on both sides, the center of the lower scroll portion 15 is formed on the rear Inner and outer barrier wall of the window air conditioner, characterized in that the inner wall (16) and the barrier wall (17) is formed and the support wall (18) is double injection molded on both sides. According to claim 1, The first cover 30 is formed with an upper scroll portion 35 corresponding to the lower scroll portion 15, the guide plate 36 is formed on the upper scroll portion 35 The air passage 38 is formed on one side, and the upper surface is blocked, so that the interior and exterior blocking wall of the window air conditioner, characterized in that the double injection molding. According to claim 1, The outdoor side wall 20 is inserted into the condenser 200, the insertion portion 22 is formed and the lower fastening groove 24 is formed on one surface thereof is supported by the support ribs 26 The lower end wall 28 is formed, and the other side of the window air conditioner, characterized in that the injection net portion 29 is formed by injection molding, interior and exterior blocking walls. The upper cover wall 48 of claim 1, wherein the second cover 40 has an upper blocking wall 48 formed with an upper fastening groove 44 corresponding to the lower fastening groove 24 formed in the lower blocking wall 28. An interior and exterior barrier wall of a window air conditioner, which is injection molded so that its top is blocked.