Filter assembly that separates the air from the yarn waste.

Abstract

The invention relates to a filter assembly (1) which includes at least one main body (2) that allows for the transport of parts and equipment and the storage of waste materials such as waste, rags, dirt, dust etc. that are generated as waste during the production processes and machine maintenance of textile yarn mills; at least one viewing window (4) that allows for visual inspection of the inside of the hopper; at least one vacuum line (6) that allows for the suction of waste from the textile machine and the expulsion of the air separated from the waste in the filter; at least one vacuum line flap (7) that allows for vacuum output by opening and closing with a PLC automation system; at least one waste-air line flap (8) that performs suction from the textile machine by vacuum; at least one waste-air line (11) that carries the waste-air mixture vacuumed from the textile machine to the unit; and at least one pneumatic piston (12) that provides the opening and closing movement of the flaps, controlled by a PLC automation system.

Claims

8 REQUESTS 1. Waste generated during production processes and machine maintenance in textile yarn factories. Collecting and filtering waste, rags, dirt, dust, etc. that come out of the system. to provide, 5 - Enables the transportation of parts and equipment and the storage of telephones. at least one main body providing (2), - At least one that allows visual inspection of the contents of the container. peephole (4), - The filter allows the removal of waste from the textile machine and removes 10% of the waste within the filter. at least one vacuum line that allows the separated air to be expelled (6), - The most advanced system that allows vacuum output by opening and closing with a PLC automation system. a small vacuum line flap (7), - At least one telescopic air line that performs suction from the textile machine using vacuum. flap (8), 15 - At least one unit that carries the vacuumed waste-air mixture from the textile machine to the unit. a tele-air line (11), - The opening and closing movement of the flaps is controlled by a PLC automation system. at least one pneumatic piston controlled (12) a filter assembly (1) containing, its feature; 20 - The filter assembly (1) contains the waste-air mixture at least one filter that allows separation (13), - The telephone located and stored in the lower part of the main body (2) is below at least one bottom cover that enables the pouring process and is operated by a PLC automation system. its mechanism is (10) 25 2. According to claim 1, there is a filter system (1) and its feature is that the mentioned filter (13) is narrow. It has a mesh structure and is made of metal.

3. According to claim 1, there is a filter system (1) and its feature is that the stored telephone data is removed from the system 30 automatically opens for removal and allows the phone to be poured down. It must contain at least one sub-cover (3). 9 4. According to claim 1, a filter assembly (1) is characterized by a vacuum line flap (7). carrying the telephone-air line flap (8) and the filter by disassembling it. (13) It must contain at least one top cover (5) which allows access.

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