A HEAT PUMP OUTDOOR UNIT INCLUDING A FRONT PANEL ASSEMBLY.

TR202502041A2Pending Publication Date: 2026-08-21ARCELIK AS
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Patent Information

Application Number
TR202502041
Authority / Receiving Office
TR · TR
Patent Type
Applications
Current Assignee / Owner
Filing Date
2025-02-20
Publication Date
2026-08-21

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Abstract

This invention consists of a base (2); two pairs of wires connected to the base (2) at one end, opposite each other. at least one first side panel (31) extending in a vertical direction (X) and at least one second side panel (32) will be located between the first side panel (31) and the second panel (32) Extending upwards from the base (2) in the vertical direction (X) the first side panel (31) and The volume between the 10 second side panel (32) is a cooling compartment (21) and a heat an intermediate partition plate (4) that divides it into at least two sections, including the changeover compartment (22); on the first side panel (31), the second side panel (32) and the partition sheet (4) a connected front panel group (5); multiple located on the panel group (5) first projection (61); at least one of the first side panel (31) and the second panel (32) and the intermediate 15 partition plates (4) on which the first projection (61) is placed It relates to a heat pump outdoor unit (1) containing more than one first connection socket (71).
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Description

1 TARIFF A HEAT PUMP OUTDOOR UNIT INCLUDING A FRONT PANEL ASSEMBLY. This invention is a thermal conductor with a coupling structure containing horizontal and vertical expansion gaps. The pump is related to the outdoor unit. Because heat pump outdoor units are located outdoors, they are constantly exposed to external factors. The panels that form the housing of the heat pump outdoor units remain. Because they are affected by temperature, they expand and contract in response to temperature changes. It is shrinking. The connection details of these panels are designed to accommodate this expansion. If this is not done, cracking or separation may occur on the panels. Problems such as allowing foreign matter to pass into the interior are observed. To prevent problems, allow it to expand and contract in a controlled manner. A heat pump outdoor unit is required. 15 United States patent number US9518747B2, which falls under the prior art. In the application, it was stated that the connection of the panels to each other was facilitated and the strength was increased. The description outlines an enhanced heat pump outdoor unit. The aim of this invention is to allow it to expand and contract according to changing ambient temperature. This involves the implementation of a heat pump outdoor unit with the given connection configuration. The first step taken to achieve the purpose of this invention, and the steps associated with that step... The requirements include a heat pump outdoor unit, a base, a base-mounted connector, and a base 25 a first side panel and a second side panel extending opposite each other upwards from the plane side panel, between the first side panel and the second side panel upwards from the base plane It includes a partition plate that extends straight across and divides the base into two sections. These two One of the compartments is the cooling compartment and the other is the heat exchanger compartment. Front panel The group is attached to the side panels and the partition sheet. The side 30 of the front panel group at least one of the panels and the side surfaces facing the partition sheet metal have at least 2 There is a first protrusion. The first protrusion is the height of the heat pump outdoor unit. almost parallel to the direction of a vertical direction, perpendicular to a horizontal direction. They are positioned in an aligned manner on either side of the front panel assembly. Side At least one of the panels and the partition sheet, inside the first projection There is at least one first connection slot suitable for placement. First connection 5 Its socket compresses the first protrusion vertically from below. Therefore, the first the front panel group section where the protrusion is located points vertically downwards. Expansion is not permitted. The first one located on the front panel assembly. There are secondary protrusions located below the vertical protrusions. Each The second protrusion is located below the first protrusion. The invention is a preferred 10 In this version, the first and second protrusions are identical protrusions. At least from the side panels. one of them and the partition sheet metal, suitable for fitting inside the second protrusion. There are at least two secondary connection slots. The second connection slot is the second protrusion. when it is placed inside, the second protrusion expands vertically downwards. It has a first vertical expansion gap that allows for expansion. Therefore, the second 15 the front panel group section where the protrusion is located points vertically downwards. It is allowed to expand. This allows the front panel assembly to move vertically. By allowing controlled expansion and contraction in one direction, the front panel assembly This prevents cracks or deformations from occurring on the surface. In one application of the invention, the heat pump outdoor unit must have at least one of its side panels and Aligned with the vertical direction with the second connection slot located on the partition sheet. It includes at least one third connection slot. The third connection slot, a second expansion gap that is longer than the first expansion gap in the vertical direction It includes the space. In this way, the front panel group section where the third protrusion is located is 25 the front panel group section where the second protrusion downwards in the vertical direction is located It is allowed to expand more than expected. The vertical of the front panel group. The first projection, second, third, and fourth are arranged vertically according to their length in that direction. protrusion and addition to the first connection slot, second connection slot and third connection slot It includes a fourth protrusion and a fourth connection slot. The fourth protrusion is 30 It is identical to the other protrusions. The fourth connection socket is from the second expansion gap. 3 It includes a third expansion gap that is longer in the vertical direction. Front panel The number of protrusions and connection slots varies depending on the length of the group. Thus, the front panel expands in a controlled manner in one direction along the vertical axis. It is made to shrink. In another application of the invention, the vertical line is drawn from the front end of the base facing the front panel. There is at least one front mounting projection extending upwards in that direction. The front mounting tab extends along the front end of the base facing the front panel. Front panel The group has at least one front mounting slot on its base-facing surface. Front The mounting tab fits into the front mounting slot, adding an extra 10 inches to the base of the front panel assembly. It allows connection without the use of a mechanical fastener or strut. In another application of the invention, the heat pump outdoor unit is positioned vertically on the front connection projection. The uppermost end in the direction and the front connection socket in the vertical direction front connection 15 longer than the second expansion gap between the wall that is flush with the projection It includes a lower expansion gap. The lower expansion gap is in the vertical direction. It is the longest of the expansion gaps. This ensures that the front panel assembly is robust and... Its expansion in the vertical direction is safely controlled. In another application of the invention, there is a 20 cm gap between the front mounting projection and the front mounting socket. A gasket is included. This ensures that the front panel assembly is protected from external and internal influences. preventing vibration-induced noise caused by movement is provided. In another application of the invention, the front panel assembly consists of a first cover and a second cover 25 It includes. The first cover closes the front of the cooling compartment. First The cover is attached to the first panel at one end and to the partition sheet metal at the other end. The second cover is located next to the first cover. The second cover is a heat exchanger. It closes the front of the compartment. The second cover runs from one end to the second panel. It is connected to the partition sheet at one end. In this way, the cooling compartment and the heating compartment are 30°C. The system allows for the use of two separate covers for the changing compartment. 4 In another application of the invention, the connection where the first cover is attached to the partition sheet. Each housing has a horizontal expansion gap on the first cover. The first cover horizontal expansion gap, the connection projection is perpendicular to the vertical direction. It is located horizontally on both sides. This allows the first cover to be positioned horizontally. It is ensured that it expands and contracts safely in this direction. 5 In another application of the invention, the connection where the second cover is attached to the partition sheet. Each of the housings has a second cover with a horizontal expansion gap. Second cover horizontal expansion gap, on both sides of the connecting protrusion in the horizontal direction It is also located there. Thanks to this, the second cover can be securely placed horizontally. 10 It is made to expand and contract. In another application of the invention, the first cover has a horizontal expansion gap and the second Horizontal lengths of the cover's horizontal expansion gap; of the first cover and 15 It is determined. In the preferred version of the invention, the second cover has horizontal expansion. The horizontal length of the gap, the horizontal expansion gap of the first cover Its length in the horizontal direction is 3 times that of the first cover and the second cover. on the front panel assembly, allowing for proportional horizontal expansion. This prevents any deformations from occurring. 20 Another application of the invention includes the heat pump outdoor unit, side panels, and partition. It includes a front beam that connects to the front upper ends of the sheet metal. The front beam serves both as the exterior of the heat pump. It increases the strength of the unit and also provides a first cover and a second cover. It forms a connection surface. At least one primary screw hole is located on the front beam 25 and a mechanical connector passed through the first cover into a second screw hole. The first hatch is connected to the front beam by the placement of its components. This ensures a secure connection of the first hatch to the front beam. In another application of the invention, a mechanical 30 is placed inside the first screw hole. wrapping the fastener around the first cover to which the relevant mechanical fastener is attached. It does not allow the part to expand in the horizontal direction. The second screw hole, the first cover part to which the mechanical fastener placed inside is attached a primary horizontal expansion gap that will allow expansion in the horizontal direction It includes this. This allows the first cover to be controlled horizontally in a single direction. This expansion is achieved in this way. 5 In another application of the invention, the heat pump outdoor unit is located on the front beam. into at least a third screw hole and a fourth screw hole, the second cover by inserting the mechanical fasteners that pass through it, the second cover It is secured to the front beam. This ensures that the second cover is firmly attached to the front beam. The connection to the beam is being made. In another application of the invention, the mechanical part is placed inside the third screw socket. wrapping the fastener around the second cover to which the relevant mechanical fastener is attached. It does not allow the horizontal expansion of this section. The fourth screw hole, 15 the second cover part to which the mechanical fastener placed inside is attached a second horizontal expansion gap that will allow expansion in the horizontal direction It includes. If additional connection points are used as needed, sequentially. The continuing screw holes have expansion that is successively longer in the horizontal direction. It includes voids. In other words, the expansion gap of a screw hole is 20 Its length in the horizontal direction is the expansion of the screw hole before it. It is longer than the horizontal length of the gap. This allows the horizontal of the second cover. It is allowed to expand in a controlled manner in a single direction. In another application of the invention, the first lid has a base at its bottom and is connected to the second lid by 25 It includes a first lower extension that extends straight ahead. The second cover is similarly lower. It includes a second sub-extension located in that section and extending towards the first cover. (The word...) The subject is the sub-extensions, which overlap each other when the outside temperature increases, thus forming the first It is positioned so that there is no gap between the first and second covers. (The word...) The subject is the sub-extensions, which shrink due to contraction when the outside temperature drops, reaching 30. Even if they move away from each other, the gap is bridged thanks to these sub-extensions. 6 This does not occur. Thus, visually, when viewed from the front, the first cover and the second... No gap is visible at the bottom between the covers. In another application of the invention, the first lid is located at the top and connects to the second lid. It includes a first upper extension that extends straight ahead. The second cover similarly includes an upper 5 It includes a second upper extension located in that section and extending towards the first cover. These upper extensions overlap each other when the outside temperature increases, thus forming the first It is positioned so that there is no gap between the first and second covers. (The word...) The upper extensions in question shrink when the outside temperature drops. Even if they move away from each other, thanks to these upper extensions, the gap is 10 This does not occur. Thus, visually, when viewed from the front, the first cover and the second... No gap is visible at the top between the lids. Thanks to this invention, it is possible to allow controlled expansion in both vertical and horizontal directions. A heat pump outdoor unit was obtained from the given data. 15 The heat pump outdoor unit, designed to achieve the purpose of this invention, is shown in the attached figures. as shown, from these figures; Figure 1 – Front panel of an outdoor unit of a heat pump representing an application of the invention. Rear perspective of the group, its side panels, partition sheet and base 20 It is the appearance. Figure 2 – Front panel of an outdoor unit of a heat pump representing an application of the invention. Front perspective of the group, its side panels, partition sheet and base. It is the appearance. Figure 3 – Front panel of an outdoor unit of a heat pump representing an application of the invention. 25 Rear perspective of the group, its side panels, partition sheet and base. It is the appearance. Figure 4 – Front panel of an outdoor unit of a heat pump representing an application of the invention. This is a partial perspective view from the rear of the group, its side panels, and the partition sheet metal. Figure 5 – First 30 of an outdoor unit of a heat pump belonging to another application of the invention. This is a perspective view of the protrusion and the first mounting socket. 7 Figure 6 – Second outdoor unit of a heat pump belonging to another application of the invention. This is a perspective view of the protrusion and the second mounting socket. Figure 7 – Third outdoor unit of a heat pump belonging to another application of the invention. This is a perspective view of the protrusion and the third mounting bracket. Figure 8 – First screw of a heat pump outdoor unit, belonging to another application of the invention. This is a schematic view of its nest. Figure 9 – Second screw of a heat pump outdoor unit belonging to another application of the invention. This is a schematic view of its nest. Figure 10 – Third outdoor unit of a heat pump belonging to another application of the invention. This is a schematic view of the screw hole. 10 Figure 11 – Fourth of an outdoor unit of a heat pump, representing another application of the invention. This is a schematic view of the screw hole. Figure 12 – First cover and of an outdoor unit of a heat pump representing an application of the invention. This is a partial cross-sectional view of the lower joint of the second cover. Figure 13 – Front connection of a heat pump outdoor unit representing an application of the invention. 15 It is a partial cross-sectional view of the housing and the front mounting projection. Figure 14 – First cover and of an outdoor unit of a heat pump representing an application of the invention. This is a partial cross-sectional view of the upper joint of the second cover. Figure 15 - First cover and of an outdoor unit of a heat pump representing an application of the invention. The mounting sockets where the second cover connects to the first side panel and the second side panel are 20 This is a schematic view of one of them. Figure 16 - First cover of an outdoor unit of a heat pump representing an application of the invention. This is a schematic view of one of the mounting slots where the partition sheet is attached. Figure 17 - Second cover of an outdoor unit of a heat pump representing an application of the invention. This is a schematic view of one of the connection slots where the partition sheet is attached. 25 1. Heat pump outdoor unit 2. Base 21. Cooling compartment 22. Heat exchanger compartment 30 23. Front mounting tab 8 31. First side panel 32. Second side panel 4. Partition sheet metal 5. Front panel assembly 51. First cover 5 510. Lower expansion gap 511. First upper extension 512. First sub-extension 513. First cover horizontal expansion gap. 52. Second cover 10 520. Lower horizontal expansion gap 521. Second upper extension 522. Second sub-extension 523. Second cover horizontal expansion gap. 53. Front mounting bracket 15 61. First projection 62. Second projection 63. Third projection 71. First connection port 72. Second connection slot 20 721. First vertical expansion gap. 73. Third connection port 731. Second vertical expansion gap 8. Front beam 81. First screw hole 25 82. Second screw hole 820. First horizontal expansion gap. 83. Third screw hole 84. Fourth screw hole 840. Second horizontal expansion gap 30 9. Mechanical fastener 9 10. Gasket X. Vertical direction Y. Horizontal direction The heat pump outdoor unit (1) consists of a base (2); and five wires connected to the base (2) at each end. at least one first side panel (31) extending in a vertical direction (X) opposite each other and most a second side panel (32); between the first side panel (31) and the second panel (32) In such a way that it remains vertically, extending upwards from the base (X) (2) to the first side The volume between panel (31) and the second side panel (32) is a cooling compartment (21) and a partition plate that divides into at least two sections, including a heat exchanger compartment (22) 10 (4); on the first side panels (31), the second side panel (32) and the partition sheet (4) a connected front panel group (5); multiple located on the panel group (5) first projection (61); at least one of the first side panel (31) and the second panel (32) and the intermediate located on the partition plate (4), one of which the first projection (61) fits into. It includes the first connection socket (71) in addition to the vertical direction (X), heat pump outside 15 The unit (1) extends parallel to the height direction. In the cooling compartment (21) Coolant pipes are kept in storage. In the heat exchanger compartment (22) there is a heat The heat exchanger is located. The partition sheet (4) is the vertical of the heat pump outdoor unit (1). It increases the torsional strength in the direction (X). Front panel group (5) heat pump It covers the front part of the outdoor unit (1). At least one of the side panels (31,32) and 20 to the first connection slots (71) located on the partition sheet (4), front panel assembly (5) By settling the first protrusions (61) on it, the front panel group (5) is at least partially to be attached to at least one of the side panels (31,32) and the partition sheet (4) is provided. The subject of the invention is the heat pump outdoor unit (1), located on the front panel assembly (5), vertically Multiple second projections (62) aligned with a first projection (61) in the direction (X); At least one of the first side panel (31) and the second side panel (32) and the partition sheet (4) each of the vertically aligned (X) connections on it is aligned with the first connection slot (71) The front panel group (5) is positioned in such a way that its vertical expansion (X) is 30 at least one second connection having a first vertical expansion gap (721) allowing It contains a socket (72). As can be seen in Figure 3 and Figure 4, the first protrusion (71) It is the topmost protrusion on the front panel group (5) relative to the vertical direction (X). First When the connection socket (71) is placed inside the first protrusion (71), the first protrusion (71) the first projection (71) in such a way as not to allow expansion in the vertical direction (X) It wraps around. The second connection slot (72) located under the first connection slot (71) 5 The second protrusion (62) is placed inside. The second connection socket (72) is the second protrusion. (62) a first vertical expansion that will allow expansion in the vertical direction (X) It contains the space (721). In this way, the heat pump outdoor unit (1) has a high outdoor ambient temperature. When exposed to its temperature, it expands downwards in the vertical direction (X). When the ambient temperature cools down relatively again, the vertical direction (X) moves upwards by 10 By contracting, the first vertical expansion gap (721) appears. In one application of the invention, the heat pump outdoor unit (1), the first side panel (31) and the second at least one of the side panels (32) and the partition sheet (4) are located in the vertical direction (X) a second vertical expansion gap longer than the first vertical expansion gap (721) 15 It includes at least one third connection slot (73) with a gap (731). Third connection socket (73) with the second connection socket (72) in relation to the vertical direction (X) It is aligned. The third connection slot (73) is aligned with the second in the vertical direction (X). It is located below the connection socket (72). The third connection socket (73) inside, a 20 positioned below the second projection (62) with respect to the vertical direction (X). The third projection (63) is located on it. In this way, the third projection (63) is located on it. the front panel group (5) part received the second vertical expansion gap in the vertical direction (X) It is allowed to expand up to (731). In another application of the invention, the heat pump outdoor unit (1) is 25 inches from one side of the base (2). at least one front connection projection (23) extending upwards in the vertical direction (X); front located on the panel group (5) into which the front connection projection (23) is placed It includes at least one front connection slot (53) with a suitable recess form. Figure As can be seen in 13, the front mounting tab (23) fits into the front mounting slot (53). passing through, the front panel assembly (5) is securely attached to the base (2) 30 It provides. 11 In another application of the invention, the heat pump outdoor unit (1), front connection projection (23) When it is placed inside the front mounting slot (53), the vertical of the front mounting projection (23) between the upper end (X) in the direction of the second vertical connection socket (53) and the front connection socket (53). a lower expansion gap (731) which is longer in the vertical direction (X) 5 It includes the gap (510). The number of connection slots (71,72,73) of the front panel group (5) increases as the length (X) in the vertical direction increases. Front panel group (5), vertical a direction (X) that is allowed to expand more and more from top to bottom It is connected to the side panels (31,32) and the partition sheet (4) by means of a connection structure. Therefore, the longest expansion that will occur in the vertical direction (X) is 10 of the front panel group. (5) is located at the bottom facing the base (2). For this reason, the front connection socket (53) between the front linkage protrusion (23), the first vertical expansion gap (721) and the second a lower expansion gap longer than the vertical expansion gap (731) in the vertical direction (X) The gap (510) is located. As you go downwards in the vertical direction (X), each The amount of vertical expansion space left within the connection socket is increasing. 15 Therefore, the lower expansion gap (510) is one of the vertical gaps (X) from itself. vertically (X) through the vertical expansion gap in the connection socket above It is longer. Preferably, a different length is left for each connection slot (72,73). vertical expansion gaps (721,731) lower expansion gap left at maximum length The gap can also be kept at (510) length. In this way, the front panel group (5) can be controlled 20 In some way, vertical expansion (X) is achieved. In another application of the invention, the heat pump outdoor unit (1), front connection projection (23) It has a gasket (10). The gasket (10) runs along the front connection projection (23). It extends. In this way, the vibrations that will occur on the front panel assembly (5) and the vibration 25 Noise pollution from wildfires is prevented. In another application of the invention, the heat pump outdoor unit (1) is the cooling compartment (21) covering at least part of the front, from one end to the first panel (31) and from the other end 30 of a first cover (51) and heat exchanger compartment (22) connected to the partition plate (4). covering at least part of the front, from one end to the second panel (32), from the other end 12 Front panel assembly (5) which includes a second cover (52) connected to the partition sheet (4) It includes. On both sides of the first cover (51) and the second cover (52) There are connecting protrusions (61,62,63). The number of connecting protrusions (61,62,63) is 3. The number of connecting protrusions (61,62,63) is not limited to the number of covers (51,52). It is increased or decreased according to the length (X) in the vertical direction. Similar 5 The number of connection sockets (71,72,73) is also not limited to 3. Connection There are as many connection sockets (71,72,73) as there are protrusions (61,62,63). The connecting protrusions (61,62,63) on the first cover (51), first side panel (31) and by fitting into the connection slots (71,72,73) on the partition sheet (4), the first It ensures the fixing of the cover (51). The connection on the second cover (52) is 10 connection on the protrusions (61,62,63), second side panel (32) and partition sheet (4) By fitting into their slots (71,72,73), they ensure the second cover (52) is fixed. In addition, there is a front connection slot on both the first cover (51) and the second cover (52). (53) is located. In this way, the first cover (51) and the second cover (52) are attached to the base (2) The connection is ensured. 15 In one application of the invention, the heat pump outdoor unit (1), the first cover (51), the partition located on the connection sockets (71,72,73) to which the first cover is attached (4) (51) at least partly in a horizontal direction (Y) perpendicular to the vertical direction (X) a first cover horizontal expansion gap (513) 20 that will allow expansion It includes the connection sockets to which the first cover (51) is attached to the first side panel (31). (71,72,73) the relevant part of the first cover (51) is horizontally oriented (Y) There is no space to allow for expansion. This is shown in Figure 15. is shown. The connector socket (71) shown in Figure 15 is an example. It is shown. Connection 25 where the first cover (51) is connected to the first side panel (31). None of the sockets (71,72,73) have a first cover horizontal expansion gap on them. (513) is not present. However, as can be seen in Figure 16, the first cover (51), between The first cover is horizontal on the connection slots (71,72,73) to which it is attached to the partition sheet (4). There is an expansion gap (513). The connection socket (71) shown in Figure 16 is a It is shown as an example. The first cover (51) is connected to the first side panel (31) 30 None of the connection sockets (71,72,73) have a first cover horizontal expansion gap (513) 13 It is not present. In this way, the first cover (51) is in a single direction horizontally (Y). It is allowed to expand and contract in a controlled manner. In one application of the invention, the heat pump outdoor unit (1), the second cover (52), the partition 5 of the second cover (52) located on the connection slots (71,72,73) to which it is attached to the sheet metal (4). at least partly expansion in a horizontal direction (Y) perpendicular to the vertical direction (X) A second cover includes a horizontal expansion gap (523) which will allow. The second on the mounting slots (71,72,73) where the cover (52) is attached to the second side panel (32) a second cover (52) will allow the relevant part of the cover to expand horizontally (Y) There are no gaps. This is shown in Figure 15. Figure 15 shows 10. The connection socket (71) is shown as an example. The second cover (51), second side None of the connection sockets (71,72,73) to which the panel (32) is connected have a second There is no horizontal expansion gap (523) in the cover. However, as can be seen in Figure 17 so that the connection slots (71,72,73) to which the second cover (52) is attached to the partition sheet (4) There is a second cover horizontal expansion gap (523) on it. 15 in Figure 17 The connection socket shown (71) is shown as an example. The second cover (52), The second side panel (32) is connected to all of the connection sockets (71,72,73) of which the second side panel (32) is connected. The cover has a horizontal expansion gap (523). Thanks to this, the second cover (52) Allows controlled expansion and contraction in a single direction (Y) along the horizontal axis. is provided. 20 In one application of the invention, the heat pump outdoor unit (1), the first cover (51) and the second proportional to the horizontal (Y) lengths of the cover (52) first cover horizontal expansion gap (513) and second cover horizontal It contains an expansion gap (523). As can be seen in the figures, in an example illustration 25 The horizontal length (Y) of the second cover (52) is the horizontal length of the first cover (51) It is greater than the length in the direction (Y). Therefore, as can be seen in Figures 16 and 17. so, second cover horizontal expansion gap (523) first cover horizontal expansion It is longer horizontally (Y) from the gap (513). Also, the horizontal of the second cover (52) The length of the first cover (51) in the horizontal direction (Y) is 30 ratio of the horizontal expansion gap of the second cover (523) to the horizontal expansion gap of the first cover 14 It is equal to the ratio of the gap (513). In this way, the first cover (51) and the second cover (52) It is allowed to expand and contract in a controlled manner in the horizontal direction (Y). In another application of the invention, the heat pump outdoor unit (1), side panels (31,32) and A front beam (8) is attached to the front upper ends of the partition sheet (4), and 5 is located on the front beam (8). the area has at least one first screw hole (81) and at least one second screw hole (82); first screw multiple mechanical connections placed in the socket (81) and the second screw socket (82) It includes the first cover (51) connected to the front beam (8) with element (9). Mechanical connection element (9) is preferably a screw. Front beam (8) of the heat pump outdoor unit (1) It increases its strength. The first cover (51) has at least two mechanical fasteners (9) 10 It is connected to the front beam (8) using mechanical connection elements (9). aligned on the front beam (8) with respect to a horizontal direction (Y) perpendicular to the vertical direction (X) It fits into the first screw hole (81) and the second screw hole (82). In another application of the invention, the heat pump outdoor unit (1) has 15 placed inside it. The first screw hole (81) which tightens by surrounding the mechanical fastener (9) and expansion of the first cover (51) in a horizontal direction (Y) perpendicular to the vertical direction (X) a second screw socket with a first horizontal expansion gap (820) that will allow (82) is included. As can be seen in Figure 4, the first screw hole (81) and the second screw The housing (82) is positioned on the front beam (8) aligned in the horizontal direction (Y). 20 As can be seen in Figure 8, there is no expansion in the first screw hole (81). No gap was left. As can be seen in Figure 9, the second screw hole (82) is inside There is a first horizontal expansion gap (820) extending in the horizontal direction (Y). In this way, the first cover (51) is horizontally (Y) from the first screw hole (81) Expansion is provided towards the second screw hole (82). 25 In another application of the invention, the heat pump outdoor unit (1), side panels (31,32) and A front beam (8) is attached to the front upper ends of the partition sheet (4), located on the front beam (8) the area has at least one third screw hole (83) and at least one fourth screw hole (84); third Multiple mechanical screws are placed in the screw hole (83) and the fourth screw hole (84) It includes a second cover (52) which is connected to the front beam (8) with connecting elements (9). Second cover (52) is attached to the front beam (8) using at least two mechanical fasteners (9) The mechanical connection elements in question (9) are connected in the horizontal direction (Y). The third screw hole (83) and the fourth screw hole (84) are aligned on the front beam (8) It is located. In this way, the connection of the second cover (52) to the front beam (8) is being carried out. 5 In another application of the invention, the heat pump outdoor unit (1) is placed inside it. The third screw hole (83) which tightens by surrounding the mechanical fastener (9) and the second cover (52) is at least partially in a horizontal direction perpendicular to the vertical direction (X) (Y) has a second horizontal expansion gap (840) to allow for expansion of 10 It contains the fourth screw hole (84). As shown in Figure 4, the third screw The screw housing (83) and the fourth screw housing (84) are aligned horizontally (Y) with the front beam (8) It is located on it. As can be seen in Figure 10, the third screw hole (83) No expansion gaps were left inside. As can be seen in Figure 11, a second horizontal 15 extending horizontally (Y) inside the fourth screw hole (84) An expansion gap (840) is located. In this way, the horizontal of the second cover (52) in the direction (Y) from the third screw hole (83) to the fourth screw hole (84) Expansion is ensured. As can be seen in Figures 3 and 4, the second cover (52) Since the length in the horizontal direction (Y) is greater than that of the first cover (51), the second cover (52) preferably connected with more than two mechanical fasteners (9). Fourth 20 Next to the screw hole (84), there may also be fifth and sixth screw holes. The subject is the horizontal expansion gaps of the screw holes, from the second horizontal expansion gap. (840) is long in the horizontal direction (Y). Preferably, screw holes allow for horizontal expansion. The entire gaps (820,840) are left as the maximum gap. The second cover is horizontal. The expansion gap (523) can also be kept at a certain length. In this way, the second cover (52) can be kept at 25 This allows for more relaxed expansion in the horizontal direction (Y). Similarly Additional screw holes are also made in the area of ​​the front beam (8) to which the first cover (51) is attached. It can be installed. In another application of the invention, the heat pump outdoor unit (1) has the top 30 of the first cover (51). located in the part, a first upper extension (511) and extending towards the second cover (52) and the second 16 located on the top of the cover (52) and parallel to the first upper extension (511) extending toward the first cover (51) and at least part of the first upper extension (511) It includes a second upper extension (521) covering it. In Figure 12, the first cover (51) and A cross-sectional view of the upper part where the second cover (52) faces each other is given. Outside When the first cover (51) and the second cover (52) shrink due to the effect of ambient temperature 5 They are being spaced out so that there is a distance between them. This gap in question... not visible when viewed from the front and no foreign matter between the two covers (51,52) two upper extensions overlapping each other to prevent entry (511,521) It is used. In another application of the invention, the heat pump outdoor unit (1) is located under the first cover (51). located in the part, a first lower extension (512) and extending towards the second cover (52) and the second located at the bottom of the cover (52) and parallel to the first lower extension (512) a lower horizontal line extending towards the first cover (51) and between it and the first lower extension (512). It includes a second sub-extension (522) that extends to form an expansion gap (520). 15 Figure 14 shows a cross-section of the lower part where the first cover (51) and the second cover (52) face each other. The appearance of the first cover (51) and the second cover is given. The effect of the outside temperature. (52) When they are squeezed, they are separated by a distance. The issue is that this opening is not visible when viewed from the front and between the two covers (51,52). Two overlapping sub-extensions to prevent the entry of foreign matter 20 (512,522) is used. Thanks to this invention, the expansion and contraction that occur at connection points can be prevented. The assembly is made when deformations are prevented and the front panel assembly (5) is multi-part. an external heat pump 25 where visual inconsistencies that may occur in the locations are eliminated. Unit (1) has been implemented.

Claims

17 REQUESTS 1. A base (2); two poles connected to the base (2) at one end, opposite each other. at least one first side panel (31) and at least one second side panel (5) extending in the vertical direction (X) side panel (32) will be located between the first side panel (31) and the second panel (32). In the figure, extending vertically upwards from the base (X) (2), the first side The volume between panel (31) and the second side panel (32) is a cooling compartment (21) and a heat exchanger compartment (22) which divides into at least two sections. partition sheet (4); from the first side panels (31), the second side panel (32) and the intermediate 10 a front panel assembly (5) attached to the partition sheet (4); front panel assembly (5) located on it, multiple first projections (61); first side panel (31) and at least one of the second side panels (32) and the partition sheet (4) on each more than one first connection socket into which the first projection (61) is fitted (71) containing, located on the front panel group (5), one 15 in the vertical direction (X). Multiple second projections (62) aligned with the first projection (61); first side panel (31) and at least one of the second side panel (32) and the partition sheet (4) located, in the vertical direction (X), each aligned with the first connection slot (71) The front panel group (5) is positioned in the vertical direction (X) having at least 20 first vertical expansion gaps (721) allowing for expansion. an external heat pump characterized by having at least one second connection port (72) unit (1).

2. At least one of the first side panel (31) and the second side panel (32) and the partition sheet. (4) The first vertical expansion in the vertical direction (X) is 25 having a second vertical expansion gap (731) longer than its gap (721) a like the one in Claim 1 characterized by having at least one third connection slot (73) heat pump outdoor unit (1).

3. At least 30 meters vertically (X) extending upwards from one edge of the base (2). a front connection protrusion (23); located on the front panel assembly (5), into which the front 18 at least one with an indentation form suitable for the placement of the connecting projection (23) A heat as in Claim 1 or 2 characterized by a front connection socket (53). pump outdoor unit (1).

4. When the front mounting tab (23) is placed inside the front mounting slot (53), the front 5 the vertical (X) upper end of the connecting protrusion (23) and the front connecting socket between (53) and the second vertical expansion gap (731) in the vertical direction (X) is characterized by a lower expansion gap (510) which is longer. an outdoor heat pump unit like the one in 3 (1).

5. Characterized by a seal (10) located on the front connection protrusion (23) An outdoor heat pump unit as in Claim 3 or Claim 4 (1).

6. A cover that partially closes the front of the cooling compartment (21), from one end A first 15 connected to the first side panel (31) from the other end to the partition sheet (4) cover (51) and front part of heat exchanger compartment (22) at least partially closing, from one end to the second side panel (32), from the other end to the partition sheet (4) characterized by the front panel group (5) which includes a second cover (52) that is connected an outdoor heat pump unit (1) as in any of the above requirements.

7. Connection slots where the first cover (51) is attached to the partition sheet (4) (71,72,73) located on the first cover (51) at least partially vertical a horizontal direction (Y) that will allow expansion perpendicular to the direction (X) Claim 6, characterized by the first cover horizontal expansion gap (513). such as a heat pump outdoor unit (1). 25 8. Connection slots where the second cover (52) is attached to the partition sheet (4) (71,72,73) located on the second cover (52) at least partially vertical a horizontal direction (Y) that will allow expansion perpendicular to the direction (X) Claim 6 or 30 characterized by the second cover horizontal expansion gap (523). An outdoor unit of a heat pump as in Claim 7 (1). 19 9. The horizontal (Y) lengths of the first cover (51) and the second cover (52) The first cover horizontal expansion gap is sized proportionally. Claim characterized by (513) and second cover horizontal expansion gap (523) an outdoor heat pump unit like the one in 8 (1).

10. A front panel attached to the front upper ends of the side panels (31,32) and the partition sheet (4). beam (8), at least one first screw hole (81) located on the front beam (8) and most a second screw hole (82); first screw hole (81) and second screw hole (82) with multiple mechanical fastening elements (9) placed on the front beam (8) Any 10 of Claims 6 to 9 characterized by the first cover (51) connected. an outdoor heat pump unit like one (1).

11. By surrounding the mechanical fastener (9) placed inside it The first screw hole (81) and the first cover (51) are perpendicular to the vertical direction (X). a first horizontal expansion that will allow for expansion in a horizontal direction (Y) 15 Claim characterized by a second screw hole (82) with a gap (820) an outdoor heat pump unit like the one in 10 (1).

12. A front panel attached to the front upper ends of the side panels (31,32) and the partition sheet (4). beam (8), at least one third screw hole (83) located on the front beam (8) and at least 20 at least one fourth screw hole (84); third screw hole (83) and fourth screw with multiple mechanical fasteners (9) placed in its housing (84) front Claim 6 to Claim (8) characterized by the second cover (52) connected to the beam (8). A heat pump outdoor unit like any of 11 (1).

13. By surrounding the mechanical fastener (9) placed inside it The third screw hole (83) and the second cover (52) are at least partially vertical. a horizontal direction (Y) that will allow expansion perpendicular to the direction (X) with a fourth screw hole (84) having a second horizontal expansion gap (840) an outdoor unit of a heat pump as described in Claim 12 (1). 30 14. Located at the top of the first cover (51) and extending towards the second cover (52) located on the top of the first upper extension (511) and the second cover (52), the first upper Extending towards the first cover (51) in parallel with extension (511) and a second overlay covering at least part of the first overlay (511) (521) like any of Claims 6 to 13 characterized by heat pump outdoor unit (1).

15. Located at the bottom of the first cover (51) and extending towards the second cover (52) located at the bottom of the first sub-extension (512) and the second cover (52), the first sub Extending towards the first cover (51) in parallel with extension (512) and There will be a lower horizontal expansion gap (520) between the first lower extension (512) and Claims 6 to Claims 10 are characterized by a second sub-extension (522) that extends in this manner. A heat pump outdoor unit like any of the 14 (1).