ONE-PIECE ENGINE BLOCK USED IN INDUSTRIAL AUTOMATION SYSTEMS

Abstract

The invention is a motor block (20) in which the motor (30) and the drive elements (40) which transmit the drive from the motor (30) to the movable work group (10) are mounted, in the drive mechanisms that move the movable work groups (10) up and down in industrial automation systems, especially in liquid food filling machines, and its feature is that it includes a monolithic body (21).

Description

1 TARIFF ONE-PIECE SYSTEMS USED IN INDUSTRIAL AUTOMATION SYSTEMS ENGINE BLOCK TECHNICAL AREA 5 The invention moves mobile workgroups up and down in industrial automation systems. in drive mechanisms that move the engine and the workpiece that receives motion from the engine a single-piece engine in which the motion transmission elements that transmit power to the groups are mounted It is related to block 10. The invention specifically applies to movable workpieces such as grippers or extractors in liquid food filling units. This relates to the fact that the engine blocks in the mechanism that drives the groups are integral parts. PREVIOUS TECHNIQUE 15 Textile, machinery, automotive and especially food sectors such as milk and cheese, buttermilk, and yogurt. Dairy products are filled using serial automated machines. Multiple These products, which are filled in batches, go through many stages in mass production. It is packaged and finally reaches the consumer. 20 To perform different functions in different units of existing filling machines. moving up and down to handle objects that are being filled or have already been filled Mobile work groups are used. Holders that hold the objects being filled for filling. 25 extractor groups that remove groups or objects that have finished filling from the machine It is among the mobile job groups mentioned. These mobile job groups include: The mechanisms that provide the necessary drive are generally the motor, and the drive it receives from the motor is used to create work. Motors and motion transmission elements that transmit motion to their groups. It includes engine blocks on which the components are mounted. As mentioned in current technology... Engine blocks are segmented, formed by connecting multiple plates together. These are structures. This structure includes the motor mounting area and the power transmission elements. the regions where it will be deposited are located on independent components This is the reason. Also, these engine blocks require the assembly of multiple parts during assembly. Due to discrepancies arising from manufacturing tolerances, the motor and motion 2 This leads to faulty bearing of the transmission elements and a decrease in system stability. This segmented structure of the engine block, during assembly, involves mounting holes and Deviations in parallelism between surfaces cause vibration and fatigue problems. At the same time, the assembly process is complex and time-consuming, and the measurements Escapes and deficiencies in structural stability negatively affect production efficiency. It has an effect. Ultimately, the problems mentioned above, which cannot be solved with current technology, are related. This has made it necessary to make an innovation in the technical field. A BRIEF DESCRIPTION OF THE INVENTION The present invention eliminates the aforementioned disadvantages and the related technical It involves a monolithic engine block designed to bring new advantages to the field. The main purpose of the invention is to improve the drive mechanisms of industrial automation systems. By improving the structure and assembly method of engine blocks, the stability of the system can be enhanced. to increase, reduce vibration and fatigue problems, simplify the assembly process and to increase production efficiency. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention enables the implementation of mobile workpieces in industrial automation systems. in drive mechanisms that move groups up and down, the motor and the motor-driven components The bearings of the motion transmission elements that transfer the received drive to the moving work group It is an engine block and its characteristic feature is that it contains a monolithic body. 25 Advantages provided by the invention:  The monolithic engine block minimizes tolerance deviations that may occur during assembly. By minimizing it, it increases the overall stability of the system.  Friction and fatigue are reduced in the beds thanks to the more stable mounting structure. 30  The one-piece engine block simplifies and speeds up the assembly process. In one go. Its ability to be assembled increases production efficiency.  The stability provided by the engine block results in lower torque for the drive mechanism. It enables it to work with its values ​​and act more precisely. 3  The stabilization provided by the monolithic structure reduces dimensional discrepancies, thus improving the product. Its quality improves.  The more stable structure provided by the engine block reduces the load on the engine. This allows the engine to run more smoothly. The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. is necessary. BRIEF DESCRIPTION OF THE FIGURES 10 Figure 1 shows the integration of the monolithic engine block, the subject of the invention, into a fluid filling machine. This is how it is shown. Figure 2 shows the monolithic engine block and the engine disassembled, which is the subject of the invention. It shows. 15 Figure 3 shows the relationship between the monolithic engine block, which is the subject of the invention, and the engine. Figure 4 shows the monolithic engine block and engine, which are the subject of this invention, assembled together. It shows. Figure 5 shows the motor block together with the drive mechanism into which it is integrated. REFERENCE NUMBERS Mobile workgroup Engine Block 21 Fuselage 22 Engine mounting area 25 23 Block mounting surface 231 Block mounting slots 24 motion transmission element slots Side grip extensions 25.1 Resistance increasing levels 30 Engine 40 Motion transmission elements 50-Main chassis 4 DETAILED DESCRIPTION OF THE INVENTION This detailed explanation aims to provide a better understanding of the innovation in the invention. This is explained with examples that will not create any limiting effect. The invention is used in industrial automation systems, for example in a food filling machine. a holder that holds the objects being filled or the objects that have been filled (10) up-down mobile work groups such as extractors that take objects out of the machine. In drive mechanisms that move, the motor (30) and the motion it receives from the motor (30) A 10 bearing on which the motion transmission elements (40) transmitting to the moving workgroup (10) are mounted. It is related to the engine block (20). The engine block (20) and the engine (30) are attached to the main chassis (50) as a single unit. It includes a single-piece housing (21) to enable its assembly in this way. Motor block (20), a single body (21); on the aforementioned body (21) the engine (30) 15 an engine mounting area containing the elements necessary for its assembly (22); housings (24) on which the power transmission elements (40) are mounted and the motor (30) Once contact is established, connect it to the appropriate location within the machine. a block mounting surface (23) with mounting slots (231) It includes. 20 The engine block (20) is a single unit instead of multiple components such as side, top and front parts. Because it is produced by casting, it minimizes tolerance deviations that may occur during assembly. It prevents incompatibilities. Engine mounting on a monolithic engine block (20) region (22) and housings (231) where the motion transmission elements (40) will be placed 25 It takes place directly. On the other hand, the side clutch has a single whole structure with the aforementioned main body (21). extensions (25) and resistance enhancers that create a high strength effect in these extensions The levels (25.1) have been established. 30 The engine (30) is located on the engine mounting area (22) on the engine block (20) It is fixed. This fixation is necessary for the motor (30) to transmit motion. It provides rigidity and facilitates the assembly process. After the engine (30) is fixed onto the engine block (20), this structure is the block assembly. It is connected to the main chassis of the machine via its surface (23). In this way By ensuring the parallelism of the engine block (20) with the main chassis, a stable drive mechanism is achieved. It consists of 5 thanks to the block mounting surface (23) and block mounting slots (231). The engine block (20) is easily fixed to the main chassis. In this way, the assembly process is simple. This can be done with a single movement, preventing vibrations and impacts.

Claims

6 REQUESTS 1. Moving work groups (10) up and down in industrial automation systems in the drive mechanisms that move the motor (30) and the 5 it receives from the motor (30) (40) of the motion transmission elements that transmit the drive to the movable work group (10) It is a motor block (20) on which the bearing is located; its feature is that the engine together with the motor block (20) (30) to ensure that it is mounted as a single unit on the main chassis (50); - It contains a body (21) with a monolithic structure.

2. The engine block (20) conforming to Claim 1 is characterized by being on the aforementioned body (21). containing the elements necessary for the assembly of the motor (30) and the motor (30) an engine mount that ensures rigid fixation to the engine block (20) It includes region (22).

3. The engine block (20) that complies with any of the above requirements is characterized by: housings (24) on which the power transmission elements (40) are mounted and the motor After contact is established with (30), it should be connected in parallel with the main chassis. a block mounting surface (23) with block mounting slots (231) It includes. 20 4. The engine block (20) that complies with any of the above requirements is characterized by: The main body (21) and the side grip extensions (25) which have a single whole structure and resistance-enhancing stages that create a high-strength effect in these extensions (25.1) includes. 25

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