An air direction system.

Abstract

The present invention describes an air direction system suitable for use in an air conditioning system. The air direction system comprises at least one vane (1); at least one holding element (2); at least one metal pin (3) which connects the vane (1) to the holding element (2) in such a way as to perform a rotational movement; at least one actuator (4); and at least one actuator (5) which transmits the actuator's (4) movement to the vane (1) and causes the vane (1) to perform a rotational movement relative to the holding element (2).

Description

6046 / TR 1 TARIFF AN AIR DIRECTION SYSTEM Relevant Technical Field 5 The present invention provides a device for directing air in air conditioning systems such as air conditioners. It is related to the air guidance system. Previous Tech 10 Air conditioning units and similar climate control devices are used to heat and / or cool the air in a room. These devices can be used. These devices generally consist of an indoor unit and an outdoor unit. It includes. The aforementioned indoor unit is used in the indoor environment to be heated and / or cooled. While the indoor unit is positioned, the outdoor unit is positioned in an outdoor environment. Here, the indoor environment is 15 As heating is desired, heat flows from the outdoor unit to the indoor unit, thus heating the indoor environment. When cooling is required, heat flows from the indoor unit to the outdoor unit. Indoor units in air conditioning systems generally consist of at least one housing, at least one heat exchanger located within it, through the said heat exchanger, the environment 20 It includes at least one fan that allows air to pass through. Here, the heat mentioned... The heat exchanger is connected to at least one heat exchange pipe, and said heat exchange pipe It can be used as an evaporator or condenser. The aforementioned heat exchange pipe, It is connected to the outdoor unit and enables heat exchange with the outdoor unit. Here, For heat flow from the outdoor unit to the indoor unit, the heat exchange tube acts as a condenser. When used, a heat exchange tube, or evaporator, allows heat to flow from the indoor unit to the outdoor unit. It is used as such. In the aforementioned indoor unit, the heated or cooled air is directed in a direction desired by the user. Air direction systems are used for blowing air. The air in question is 30 Navigation systems are manually moved by users and remain in a fixed position. It may include fins, or it may be moved by a drive element such as a motor. It can also include vanes. In motorized devices, the movement of the vanes is thus controlled. Wear and tear over time occurs due to the friction between moving parts during operation. 6046 / TR 2 Problems arise. Consequently, the components of the air direction system are damaged. It is unable to perform its function by sight. Brief Description of the Invention The present invention provides an air direction suitable for use in an air conditioning system. The system is described. The aforementioned air steering system has at least one vane; at least a holding element; the aforementioned fin will make a rotational movement towards the holding element. at least one metal pin that enables the connection in this way; at least one moving element; movement by transferring the movement of the element to the aforementioned vane, the vane's relative position to the holding element is 10 It includes at least one motion transmitter that enables it to perform rotational motion. In the air guidance system developed with the present invention, the vane is relative to the holding element. A metal pin is used to attach it in a way that allows for rotational movement. The metal pin... Thanks to being made of metal material, it has both high durability and 15 Thanks to its smooth / frictionless structure, the movement of the wing and Damage to the holding element is prevented. This ensures the air direction system is functioning correctly. This ensures durability and a long lifespan. Purpose of the Invention 20 The purpose of the present invention is to direct air in air conditioning devices such as air conditioners. The goal is to develop an air guidance system that provides this. Another aim of the present invention is to create a robust and reliable air guidance system. 25 It is about developing. Explanation of the Figures Application examples of the air guidance system developed with the present invention are given in the attached figures 30. These figures are shown as follows: Figure 1 is a perspective view of the developed air guidance system. Figure 2 shows a frontal view of the developed air steering system. 6046 / TR 3 Figure 3; a perspective of one of the vanes of the developed air steering system. It is the appearance. Figure 4; connection detail of one of the vanes of the developed air steering system. It is an exploded view as shown. Figure 5 shows an exploded view of the developed air guidance system. 5 The parts in the figures are individually numbered, and their corresponding numbers are shown below. is given: Winglet (1) 10 First slot (1a) Projection (1b) Holding element (2) Holding arm (2a) Second slot (2b) 15 Nest opening (2c) Metal pin (3) Motion element (4) Motion transmitter (5) Description of the Invention Air conditioning devices, such as climate control systems, take in ambient air and heat it or... It is used to return the substance to the aforementioned environment after it has been cooled. Such as... The air conditioning devices mentioned in the applications are 25 after the air has been heated or cooled. air guidance that directs the air during its return to the environment. It can include systems. With the present invention, such an air direction system can be created. It has been improved. The air direction system developed with the present invention, and whose example appearances are given in figures 1-5, is 30. the system is suitable for use in an air conditioning system and has at least one (preferably more) number of) vanes (1); at least one retaining element (2); retaining element of the mentioned vane (1) element (2) a rotational motion (the angle of the said rotational motion is limited (3) at least one metal pin that enables it to be connected in such a way as to (it is possible); at least one 6046 / TR 4 the moving element (4); the movement of the moving element (4) to the mentioned flap (1) by transferring the wing (1) to the metal pin (3) axis relative to the retaining element (2) It includes at least one motion transmitter (5) that enables it to perform the movement. In an example application of the invention, the air direction system described is a household air conditioner 5. It is used in an indoor unit of an air conditioning device, which can be used here. The retaining element (2) is fixed to a body of the air conditioning unit. The aforementioned The fin (1) is held in such a way that it can rotate by means of the metal pin (3) It is connected to the element (2). Thus, the vane (1) is attached to the body of the air conditioning device. by being made to rotate according to the direction, 10 cm of air is propelled outwards from the body thanks to this rotational movement. The direction of the blown air can be changed. Here, the vane (1) mentioned its movement is controlled by means of the motion element (4) and the motion transmitter (5) is provided. The motion element is preferably in the form of a stepper motor. (4) When it performs a rotational movement at a certain angle in one direction, this movement is called the movement It is transmitted to the vane (1) via the transmitter (5). Thus, the vane (1) also has a holder 15 It performs rotational motion with respect to element (2). Here, the vane (1) is attached to the holding element (2) The metal pin (3) which allows rotational movement, is made of metal material. The materials should be both durable and have low friction (smooth surface). thanks to the metal pin (3) during the movement of the vane (1), the vane (1) and Damage to the retaining element (2) is prevented. Thus, air direction 20 The system is designed to be durable and long-lasting. The fin mentioned here... Components such as (1), gripping element (2) and motion transmitter (5) are preferably made of plastic material. They are manufactured. This ensures that the production of the aforementioned components is facilitated, They are also ensured to have sufficient mechanical strength. In a preferred application of the invention, the metal pin mentioned (3) is made of aluminum material. It contains (made of aluminum). Thus, the metal pin (3) is durable and low In addition to being frictionless, its weight is also kept relatively low. In another preferred application of the invention, the mentioned flap (1) has metal 30 inside. It contains at least one first slot (1a) suitable for the passage of the pin (3). In this application The mentioned retaining element (2) must be suitable for attaching the mentioned metal pin (3) at least It includes a second housing (2b). Preferably the retaining element (2), among which are mentioned. at least two nest openings (2c) suitable for the placement of the first nest (1a). 6046 / TR It contains the second socket (2b). The metal pin (3) mentioned in this application is, respectively, a It passes through the second slot (2b), the first slot (1a) and the other second slot (2b). Thus, the first nest (1a) will be located between the aforementioned second nests (2b). The connection is provided. The metal pin (3) mentioned here is connected to the first slot (1a) and / or Thanks to its ability to rotate within the second housing (2b), the flap (1) holder 5 It can perform rotational motion according to element (2). In another preferred application The mentioned retaining element (2) is at least one retaining element to which at least one second slot (2b) is attached. It includes the arm (2a). Thus, for example, the first slot (1a) is under the wing (1). In a situation where it is positioned, the aforementioned holding arm (2a) is placed on the lower part of the wing (1). by reaching correctly, the second slot (2b) should be aligned with the first slot (1a) 10 It provides. In another preferred application of the invention, the mentioned vane (1) is the motion transmitter. (5) includes at least one protrusion (1b) suitable for attachment. In this application, For example, the motion transmitter (5) which is in a rod structure, the mentioned projection (1b) 15 It contains at least one hole suitable for its placement. Here, the winglet (1) mentioned If the aforementioned protrusion (1b) is attached to the retaining element (2) from a subsection of the wing (1) It is located in an upper section. Conversely, the fin (1) is the aforementioned holder. If the element (2) is connected from an upper section, the aforementioned projection (1b) is a lower part of the fin (1). It is located in the section. Thus, the projection (1b) 20 is transmitted by means of the motion transmitter (5). When a pushing or pulling force is applied to the wing (1), the wing (1) rotating movement of the section opposite to the protrusion (1b) relative to the retaining element (2). is provided. The present invention also includes an air conditioning system with the aforementioned air direction system. 25 The device is described. The air conditioning unit, preferably an air conditioner (for example, a household air conditioner), is explained. The device must include at least one indoor unit where the aforementioned air direction system is located, and the interior It includes at least one outdoor unit connected to the indoor unit. The aforementioned indoor unit includes at least one indoor the shell, at least one primary heat exchanger located within the inner shell, as mentioned The first heat exchanger allows ambient air to pass through and extends 30° to the outside of the inner shell. The direction of the air it sends is controlled by the aforementioned air blowing system. It includes at least one fan. The outdoor unit in question has at least one outer casing, outer casing at least one compressor and at least one second heat exchanger located inside It includes. Here, the first heat exchanger functions as an evaporator while the second heat exchanger 6046 / TR 6 It acts as a condenser. This cools the environment where the indoor unit is located. This is provided. When the first heat exchanger functions as a condenser, the second heat exchanger... It acts as a heat exchanger, or evaporator. Thus, the environment in which the indoor unit is located... Heating is provided. In the air guiding system developed with the present invention, the vane (1) is attached to the holding element (2) A metal pin (3) is used to connect it so that it will perform a rotational movement. Thanks to the fact that the metal pin (3) is made of metal material, it has both its own durability and durability. The movement of the wing (1) is high, thanks to its smooth / frictionless structure. During this process, damage to the wing (1) and the retaining element (2) is prevented. Thus, 10 The air directional system is designed to be durable and long-lasting.

Claims

6046 / TR 7 REQUESTS 1. An air direction system suitable for use in an air conditioning system. feature; - at least one flap (1); 5 - at least one retaining element (2); - the mentioned wing (1) will make a rotational movement to the holding element (2) at least one metal pin (3) that enables it to be connected in this way; - at least one motion element (4); - by transferring the movement of the moving element (4) to the mentioned vane (1) 10 the element that enables the wing (1) to rotate relative to the holding element (2) a small motion transmitter (5) It includes.

2. An air guidance system in accordance with Claim 1, the feature of which is; the aforementioned metal pin (3), 15 It contains aluminum material.

3. An air guidance system that complies with Claim 1 or 2, and whose characteristics are as described above. at least one first wing (1) suitable for the passage of a metal pin (3) through it It includes the nest (1a). 20 4. An air guidance system conforming to Claim 3, the characteristic of which is; the aforementioned holding element (2) at least one second slot (2b) suitable for connecting the aforementioned metal pin (3) It includes.

5. An air guidance system conforming to claim 3 or 4, and its characteristic is the aforementioned holder. element (2) is most suitable for the placement of the first slot (1a) mentioned among them. It contains at least two secondary nests (2b) with a small nest opening (2c).

6. An air guidance system conforming to claim 4 or 5, and its characteristic is; the mentioned holder 30 element (2) has at least one retaining arm (2a) to which at least one second housing (2b) is attached. It includes. 6046 / TR 8 7. Is there an air direction system that meets any of the above requirements? Its feature is that the mentioned flap (1) is suitable for connecting the motion transmitter (5). It includes a small protrusion (1b).

8. A 5 that includes an air directional system suitable for any of the above requirements. air conditioning unit.

9. An air conditioning device that complies with claim 8 and whose feature is the aforementioned air direction. the system must have at least one indoor unit and at least one connected to that indoor unit It includes the outdoor unit. 10 10. A climate control device that complies with claim 9 and whose characteristic is that the mentioned indoor unit has at least one the inner shell, at least one primary heat exchanger located within the inner shell, This allows ambient air to pass through the first heat exchanger mentioned, and inside The direction of the air it sends out of the fuselage is the direction of the aforementioned air blowing system 15 It must include at least one fan controlled by a remote control.

11. A climate control device that complies with claim 10 and whose characteristic is that the aforementioned outdoor unit must be at least an outer casing, at least one compressor located inside the outer casing, and at least one It includes a second heat exchanger. 20 12. An air conditioning device that conforms to any of claims 8 to 11, and whose characteristic is: an air conditioner. It is the fact that.

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