CENTRAL CELL ASSEMBLY EQUIPMENT
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- DOGU IKLIMLENDIRME SANAYI VE TICARET ANONIM SIRKETI
- Filing Date
- 2026-05-07
- Publication Date
- 2026-06-22
Smart Images
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Abstract
Description
1 TARIFF CENTRAL CELL ASSEMBLY EQUIPMENT TECHNICAL AREA 5 The invention relates to a central unit used in air handling devices for ventilation, heating, and cooling purposes. the cells are tightly bound together and the air between the central cells a central cell coupling containing at least one trunk used to reduce leakage It is related to the equipment. 10 PREVIOUS TECHNIQUE In current technology, air handling devices for ventilation, heating and cooling purposes use fresh air. air intake, filtration, heating, cooling, humidity control and 15 to perform operations such as delivering conditioned air to the relevant area It is formed by assembling multiple central cells or modules. This Central control panels can be placed side-by-side, on top of each other, or depending on the device's capacity and application area. They can be positioned sequentially and at the junctions between cells. fasteners, connecting lugs, screw clamping devices or similar mechanical 20 Connecting parts are used, especially in hotels, shopping malls, hospitals, and industrial settings. In central unit type devices used in locations such as facilities and production areas, the distance between cells the connections must provide sufficient mechanical strength, the cells must be correctly assembled during installation. Alignment and leak-proof sealing at the joint line are expected. In existing systems of this type, the connecting parts are used during the assembly of the central cells. Holding the profile in the desired position, preventing slippage or alignment during the clamping process. It does not create irregularities and provides a homogeneous compression effect between cells. This is not always possible due to the insufficient stability of the connecting parts. In this case, the assembly process becomes difficult, and air leakage occurs at the connection line between the cells. This can occur and consequently affect air flow, pressure balance, heating, cooling and humidity. Control performance can be negatively affected. Furthermore, maintenance and repair work on the power plant bodies are also necessary. during the opening movement of movable doors used for service purposes, to the connecting parts Striking or rubbing makes it difficult for the door to move and also damages the connecting parts. Deformation or difficulty in use occurs at the door edges or surrounding profiles. 35 This can lead to problems. Consequently, all the issues mentioned above can be resolved in the relevant technical field. This has made innovation a necessity. 2 In conclusion, all the problems mentioned above necessitate an innovation in the relevant technical field. It has made it mandatory. BRIEF DESCRIPTION OF THE INVENTION 5 The present invention aims to eliminate the aforementioned disadvantages and contribute to the relevant technical field. It is related to a power plant cell coupling equipment, aiming to bring new advantages. One purpose of the invention is to incorporate air handling devices for ventilation, heating and cooling purposes. a system that ensures the secure and stable connection of field control cells to each other The goal is to develop central cell coupling equipment. Another aim of the invention is to achieve tighter contact at the junction line between the central cells. a central cell coupling equipment that reduces air leakage by being created 15 to reveal. Another purpose of the invention is to connect the central cell to the claw structure located on the body. By fitting onto the protrusion on the profile, it allows the body to slide along the profile during assembly. The goal is to create a structure that reduces [the problem]. 20 Another objective of the invention is the hexagonal socket positioned coaxially with the connection opening. thanks to the controlled placement of the head of the fastener or the nut. The goal is to create a structure that makes things possible. Another purpose of the invention is to enable the movable door associated with the central cell to operate thanks to its beveled surface. a structure that reduces impact or friction against the body during the opening movement to place. Another objective of the invention is to create a body geometry that can be used both parallel and mirrored. A central cell connector that reduces the need for separate parts for the left and right directions. The goal is to put the equipment on display. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention enables the processing of air for ventilation, heating, and cooling purposes. 35 The central cells in the devices are compressed and connected to each other, and the central unit... a unit containing at least one shell used to reduce air leakage between its cells 3 It is a central cell coupling equipment. Accordingly, its innovation lies in the fact that on the aforementioned body, two In the case where central cell coupling equipment is positioned opposite each other, one It must contain at least one connection opening that allows the passage of the connecting element, as mentioned. on the body, during the opening movement of a movable door associated with the central cell It must include at least one beveled surface to reduce impact and / or friction against the body, 5 the connection is positioned to be coaxial with the aforementioned connection opening, the positioning of the head of the element and / or a nut associated with the fastening element at least one hexagonal socket located on the side of the body containing the beveled surface that allows for this. its inclusion, on the aforementioned body, on a protrusion on the profile of the central cell It must contain at least one lug that prevents the body from sliding on the profile while seated. 10 Thus, the central cells are connected by mutual and stable compression, forming a connection. reducing the sliding of the body on the profile during operation, ensuring the safety of the fastener. positioning it in such a way as to avoid collision or friction between the movable door and the body. This prevents its occurrence. A feature of a possible configuration of the invention is that the fuselage is connected to the central cell and / or the central unit. It must include at least one mounting hole to ensure it is secured to the profile of its cell. Thus, the central switchgear assembly equipment can be mounted on the central switchgear or profile as desired. This ensures that it is fixed in place and prevents it from shifting during assembly. Another possible configuration of the invention features mounting holes, connection openings. It is positioned on both sides. Thus, around the connection opening of the fuselage. securely fixed and the clamping forces more stably distributed on the body It is ensured that it is met. Another possible configuration of the invention features a claw located within a hexagonal socket. It is positioned on one side, extending downwards along the fuselage. This allows the nail to make more effective contact with the protrusion on the profile and the body. This ensures that the profile's slippage is reduced under the pressure of the connecting forces. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a representative isometric view of the central cell coupling equipment that is the subject of the invention. The appearance is given. 35 Figure 2 shows a representative preview of the central cell coupling equipment that is the subject of the invention. It has been given. 4 Figure 3 shows a representative side view of the central cell coupling equipment that is the subject of the invention. It has been given. Figure 4 shows a representative top view of the central cell coupling equipment that is the subject of the invention. 5 It has been given. DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the invention does not merely aim to provide a better understanding of the subject matter; it is a comprehensive explanation of the invention. This is explained with examples that will not create a limiting effect. Central cell coupling equipment (1), air for ventilation, heating and cooling purposes. The central cells located in the processing devices are compressed and connected to each other. A connection developed to reduce air leakage between central cells 15 It is equipment. The aforementioned air handling devices are used in industrial facilities, hotels, shopping malls, etc. taking in fresh air in centers, hospitals, production facilities and similar places, filtering, heating, cooling, humidity control, noise reduction and air handling unit that performs operations such as delivering conditioned air to the relevant area. or central type air processing units. These types of devices usually consist of more than one 20 It is formed by sequentially assembling the central cell or module. and each cell will perform a different process step of the airflow. It is being structured. Sufficient compression and positioning in the areas where the central cells are connected to each other 25 If this is not done, air leakage can occur between the cells. The leak causes a decrease in the airflow through the system, resulting in lower than the target pressure values. inability to provide, reduced heating or cooling capacity, increased energy consumption increase and especially in hospitals, controlled production areas, and process areas requiring humidity control. This can lead to a deterioration of the desired climate control conditions in sensitive applications such as these. This is possible. Therefore, power plant cells must be safe, repeatable, and easy to assemble. The slip-resistant assembly ensures the performance and sealing class of the device. It is important in terms of protection. Central cell coupling equipment (1), two central by positioning them on the opposite surfaces of the cells or on the profiles associated with these cells, It is used to create a mechanical squeezing effect between two cells. 35 Central cell assembly equipment (1) includes at least one shell (10). Shell (10), It forms the main supporting structure of the central cell assembly equipment (1), and the central connection during the squeezing and joining process to be performed between the cells to meet the forces and to keep the equipment in the correct position on the relevant profile It provides the opportunity. 5 The mentioned shell (10) will work in accordance with the profile of the central cell. It is being configured with connection, positioning, fastening and collision avoidance features. It ensures the movement of structural regions that serve their functions. Body (10), Depending on the application, metal, plastic, casting, sheet metal forming, aluminum, zinc alloy or 10 It can be manufactured from materials offering similar sufficient mechanical strength, and the power plant It contributes to achieving a repeatable and secure connection during the assembly of the cells. It provides. The central cell assembly equipment (1) includes at least one mounting hole (11). Assembly 15 hole (11) to the central cell of the body (10), profile of the central cell or cell on the body (10) to ensure that it is fixed to the connection surface on it It is an open structure created. Through the aforementioned mounting hole (11) screw, bolt, rivet or a similar fastening element can be inserted, thus enabling the central cell The coupling equipment (1) is kept in the desired position on the cell and the two power plants 20 Prevention of displacement of the stem (10) during the mutual binding of the cell is provided. The mounting hole (11) is provided, regardless of the connection opening, for the equipment. It acts as a structure that enhances the pre-fixing and mounting safety of the cell. In the preferred configuration, the mounting holes (11) are connected to the connection 25 which will be described shortly. It is positioned on either side of the opening (12). Thus, the connection opening of the body (10) (12) is fixed in a balanced manner around the body (10) and the clamping forces are on the body (10). more stable reception and assembly of central cell assembly equipment (1) This ensures that rotation, slippage, or axial misalignment is minimized during operation. On the mentioned body (10), two central cell coupling equipment (1) are opposite each other. If positioned as such, it must allow the passage of a connecting element at a minimum. It includes a connection opening (12). On the body (10), associated with the central cell. hitting and / or rubbing against the body (10) during the opening movement of a movable door It includes at least one beveled surface (15) to reduce the aforementioned connection opening (12) with 35 positioned coaxially, the head of the connecting element and / or The bevel of the body (10) which allows a nut associated with the fastener to be placed 6 It contains at least one hexagonal socket (13) located on the side containing the surface (15). It sits on a protrusion on the profile of the central cell on the mentioned body (10). It contains at least one lug (14) that prevents the body (10) from sliding on the profile. Connection opening (12), on the body (10) of the central cell assembly equipment (1) 5 It is a passageway created to allow for mutual use. The connection mentioned. opening (12), two separate central cell combining equipment (1) opposite and mirrored when positioned, a connecting element is passed between two pieces of equipment. This fastener can be a bolt, Allen head bolt, or nut, depending on the application. It can be a connecting element or a similar clamping element. Connection opening (12) 10 Thanks to this, a mechanical clamping force is created between two opposing bodies (10), The clamping force causes the central cells to be pulled towards each other and between the cells This structure ensures tighter contact at the junction line. This design allows for the central cells to be secured. It helps to reduce air leakage between them. Beveled surface (15), edge or end of the body (10) which may encounter a movable door. It is a sloping surface structure created in the region. Maintenance and filter replacement in the power plant cells, There may be movable doors that can be opened for inspection or service purposes, and these doors It is undesirable for the body (10) to come into contact with, hit or rub against during the opening movement. This creates a situation. The beveled surface (15) is 20 in the direction of the door opening of the body (10). to reduce the possibility of a sharp or protruding obstacle and to prevent the movable door from opening. during which it can pass more easily over the body (10) or without touching the body It allows movement. In the preferred structure, the beveled surface (15), in the opposite end regions of the body (10) or the edge facing the door opening direction It is created in the region. Thus, the central cell coupling equipment (1) is different 25 It can also work in conjunction with a movable door in different directions or in mirrored use. It has geometry. The hexagonal socket (13) is mounted on the body (10) so that it is coaxial with the connection opening (12). positioned and the head of the fastener or associated with the fastener 30 It is the socket structure that allows the nut to fit. Connection opening (12) connection While enabling the passage of the element, the hexagonal socket (13) holds the head of this connecting element or The nut geometrically matches the hexagonal shape. The hexagonal form facilitates the tightening of the fastener. to reduce the free rotation of the connecting element around its own axis during operation. 35 allows for more controlled tightening using an Allen key, wrench or similar tool. This provides the two mutually exclusive central cell coupling equipment (1). 7 The connection is more secure, more repeatable, and more practical in terms of assembly. is being carried out. The hexagonal socket (13) is positioned on the side of the body (10) containing the chamfered surface (15), This is important in terms of the logic of the piece's reciprocal and mirrored use. Preference 5 In the resulting structure, one side of the body (10) is a flatter surface when viewed from the side. It extends downwards to form a bevel surface (15), on the other side a hexagon There is a geometry associated with the socket (13) and the claw (14). Two central cells When the coupling equipment (1) is positioned opposite each other, these geometries complement each other It creates a mirrored arrangement that complements it. Thus, the connection is 10 The head of the connecting element or nut passed through the openings (12) is a hexagonal cross. The two bodies (10) can be positioned inside the slots (13) and during the tightening process they come together. This ensures accurate pulling. This structure allows the same part to be separated into right and left sides. It can also contribute to its use without creating a need for it. The claw (14) is mechanical with the protrusion on the profile of the central cell on the body (10). It is a conservative and positional structure created to relate to something. The aforementioned claw... (14), when the central cell coupling equipment (1) is placed on the profile, on the profile sitting on the protrusion or in contact with this protrusion on the profile of the body (10) This prevents the body (10) from slipping during assembly. separation, misalignment occurring while tightening the fastener, or under tightening force The displacement of the equipment on the profile is reduced. The claw (14), especially for two power plants During the squeezing phase in which the cell is pulled together, the body (10) is more stable on the profile. It contributes to its continued existence. In the preferred configuration, the claw (14) is located on the side where the hexagonal socket (13) is located, body (10) It is positioned so that it extends downwards. This positioning Thanks to this, the claw (14), hexagonal socket (13) and bevel surface (15) are on the same functional side. It forms a geometry that completes the sliding by sitting on the claw (14) profile protrusion. while reducing, the hexagonal slot (13) accommodates the head of the fastener or nut, 30 The beveled surface (15) prevents unwanted contact between the body (10) and the door during the opening movement of the movable door. It reduces the formation of contact. Thus, central cell coupling equipment (1) both ensuring the secure application of the connection force, as well as with surrounding parts after assembly. It has an integrated body geometry that allows for harmonious operation. 35 Working scenario; In the use of central cell coupling equipment (1), the fuselage is primarily used. (10), screws, bolts, rivets or similar fasteners through the mounting holes (11). 8 It is fixed onto the profile of the first central cell with a clip. During this fixing process, the clip... (14) sits on the protrusion on the profile of the central cell and the profile of the body (10) This reduces its sliding downwards, upwards, or laterally. The same process applies to the second one. This is also carried out on the central cell and involves combining two central cells. equipment (1), when the central cells are brought close together, they are mirrored and mirrored 5 It is located. In this position, the connection is located on the opposite bodies (10). The openings (12) are on the same line and the connecting element is the aforementioned connection It is passed through the openings (12). The head of the fastener and / or the nut associated with the fastener, connection opening 10 (12) is positioned coaxially with the hexagonal socket (13) and the hexagonal Thanks to the geometry of the socket (13), the fastener is controlled during the tightening process. This ensures that it is held in place. By tightening the connecting element, the two opposite sides are held together. central cell coupling equipment (1) is being pulled towards each other, and consequently two A tight contact is established at the connection line between the central cell. Thus, 15 Air leakage that may occur between central control cells is reduced. Located in the central control cell When the area movable door is opened for maintenance, filter change or service, the body (10) The beveled surface on it (15) prevents the door from hitting the body (10) or the body (10) This reduces frictional movement and ensures the equipment works in harmony with the door movement. It provides. Central cell coupling equipment (1), side, top, bottom, inside 20 of the central cells. or in external connection areas, different depending on the cell structure and connection needs. It can be used in various cycles and at different intervals. Central cell coupling equipment (1) makes central cells more secure to each other. It ensures a stable and more repeatable connection. Connection span (12) with 25 Coaxial hexagonal socket (13), for the placement of the head of the fastener or the nut This makes it easier and allows for more controlled squeezing. Nail (14) allows the body (10) to slide on the profile by sitting on the protrusion on the profile. This reduces the possibility of positional misalignment during assembly and under clamping force. The equipment is prevented from moving. 30 The beveled surface (15) reduces the risk of bumping and rubbing during the opening movement of the movable door. to prevent damage to both the door and the central cell assembly equipment (1) It contributes. Thanks to reciprocal and mirrored use, the two central cells This makes it easier to pull them towards each other, reducing air leakage at the joint, 35 the device's air flow rate, pressure value, energy efficiency and sealing performance It contributes to the protection of the fuselage (10) which can be used in both directions. 9 This configuration reduces the need for separate parts for the left and right sides, thus improving production, inventory, and... It provides practicality in assembly processes. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically expert 5 the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge. REFERENCE NUMBERS GIVEN IN THE FIGURE 1 Central Cell Assembly Equipment Body 5 11 mounting holes 12 Connection openings 13 Hexagonal sockets 14 Nails Beveled Surface 10
Claims
11 REQUESTS 1. The invention relates to air handling devices used for ventilation, heating and cooling purposes. the central cells are tightly connected to each other and the connections between the central cells a power plant containing at least one fuselage (10) used to reduce air leakage 5 The cell joining equipment (1) has the feature of being two on the mentioned body (10), mutual positioning of central cell coupling equipment (1) in this case at least one connection opening that allows the passage of a connecting element (12) includes, On the mentioned body (10), there is a movable door associated with the central cell. to reduce the impact and / or friction of the body (10) during the opening movement It must contain at least one bevel surface (15), positioned to be coaxial with the aforementioned connection opening (12), the head of the fastener and / or a nut associated with the fastener on the side of the body (10) containing the beveled surface (15) which allows it to be placed 15 It must contain at least one hexagonal socket (13) located in the area. On the mentioned body (10), there is a profile belonging to the central cell. at least one that prevents the body (10) from sliding on the profile by sitting on the ledge It contains nails (14).
2. According to claim 1, a central cell assembly equipment (1) has the following characteristics; the body (10) to ensure it is fixed to the central unit and / or the profile belonging to the central unit It must contain at least one mounting hole (11).
3. According to claim 2, a central cell assembly equipment (1) has the following features; assembly 25 The holes (11) are located on either side of the connection opening (12).
4. According to Claim 1, a central cell coupling equipment (1) and its feature is; the quotation mark (14), It will extend downwards over the body (10) on the side where the hexagonal socket (13) is located. It is positioned in this way. 30