A compressor containing a filter.

Abstract

This invention is a cylinder that enables the pumping of the circulating fluid within it. (2), a cylinder head (3) located on top of the cylinder (2), on top of the cylinder head (3) a valve plate (4) in which it is placed, a muffler that enables it to be attached to the cylinder head (3) 10 heads (6), located on the muffler head (6), the circulation fluid into the cylinder (2) to at least one outlet (7) which allows the passage of the circulating fluid, and to the inlet of the circulating fluid. to the intake port (8), to a first muffler chamber (9) facing the intake port (8), exit looking at the mouth(8) a second muffler chamber (10), the first muffler chamber (9) and the second at least one partition wall (12) separating the silencer room (10) from each other, partition wall Located on 15 (12), one end of which is in the first muffler chamber (9) and the other end in the second muffler opening into the chamber (10) and the circulating fluid from the first silencer chamber (9) to the second to at least one flow pipe (13) that allows it to be conveyed to the silencer chamber (10), the second silencer chamber (10) on which the silencer head (7) is located an intake muffler which has a cover (11) that extends in a plane to close It relates to a compressor (1) containing 20 (5).

Description

1 TARIFF A compressor containing a filter. This invention is a suction silencer that enables the filtering of the fluid in the refrigeration cycle. It relates to a compressor that includes 5. Refrigerators typically have a condenser, which transfers heat to the outside, and a pressure reducer. in a cycle consisting of a pressure reducer, a heat-absorbing evaporator and a compressor Cooling is provided by circulating fluid. The fluid used in this cycle... In compressors, the circulating fluid used to provide cooling is in cylinder 10 to reach the area without heating up and to reduce noise that may originate from the circulating fluid. Intake silencers are used to prevent this. Intake silencers generally... Made of plastic material, it is mounted on the cylinder head or between the cylinder head and the valve. It is placed between the plates. The suctioned circulating fluid enters the suction manifold. The part that forms it passes through the muffler located inside the cylinder head of a cylinder 15 It reaches the area. Oil and some chips, dust, etc. inside the compressor. Substances such as chips, oil, and dust can mix into the circulating fluid. Intake silencer to prevent unwanted substances from moving along the flow line. Some filtering structures are used within it. Especially perpendicular to the flow line. 20 where the positioned filters caused clogging due to the continuous flow. or it appears that it is not performing the filtering process well enough. In the Korean patent KR101958310B1, which falls under the prior art, The text describes a filter placed in the coolant flow path. In the Korean patent KR100788423B1, which falls under the prior art, The description refers to a filter placed inside the muffler guide. The aim of this invention is to effectively distribute the circulating fluid passing through it. a compressor with a suction silencer that includes a filter to allow for filtration 30 It is the realization of. 2 The first step taken to achieve the purpose of this invention, and the steps associated with that step... The compressor, as defined in the requirements, circulates the refrigerant fluid within it. a cylinder that enables pumping, and a device located on top of the cylinder that sucks in and pushes out a cylinder head that circulates the fluid, with 5 of the cylinder head on top a valve plate in which it is placed, a muffler that allows it to be attached to the cylinder head to the cylinder head, located on the muffler head, allowing the circulating fluid to pass into the cylinder. at least one outlet providing fluid flow, and one suction port providing input for the circulating fluid, a first silencer chamber facing the intake port, a second one facing the exhaust port to the silencer room, the first silencer room and the second silencer room are 10 separating at least one separating wall, located on the separating wall, one end of which is the first silencer one end of which opens into the second muffler chamber and the other end of which is the first of the circulating fluid at least one flow that allows the sound to be transmitted from the first silencer chamber to the second silencer chamber to the pipe, above the second silencer chamber where the silencer head is located An intake muffler that has a cover that extends in a plane to close it, 15 a valve located on the cover that allows the circulating fluid to be conveyed to the outlet. at least one filter bed with an opening and an opening located on the filter bed. a separating wall to allow the circulating fluid passing through it to be filtered It includes an intake muffler containing at least one filter that extends at an incline relative to the plane. This allows oil, chips, dust, etc., present in the circulating fluid to be removed by the inclined 20° The flow is diverted from the path by means of a filter structure. Thus, the aforementioned substances clogging the filter or moving along the flow line This prevents and ensures the cooling system operates more efficiently. is provided. In one application of the invention, the filter bed lies in the same plane as the filter. This In this way, oil, chips, dust, etc. that are filtered through the filter are placed more evenly on the filter bed. This ensures easy transfer and allows the filter to remain clogged for a long time. It is made available for use. 3 In one application of the invention, on the side of the dividing wall facing the second silencer chamber will create a volume that allows the oils filtered through the filter to collect. At least one retaining wall is constructed in the form of an elevated structure. This ensures... The accumulation of oil, chips, dust, and other substances filtered through the filter within the volume. This is ensured and its re-mixing with the circulating fluid is prevented. 5 In one application of the invention, the support will be in fluid communication with the volume. At least one drainage channel is arranged on its wall. This allows the space to flow into the interior. The circulating fluid is purified from oil, chips, dust, etc., and then returned to the flow. Entry is enabled. 10 In one application of the invention, a filter bed extends outwards through an opening. There are multiple channels. This allows the oil, chips, dust, etc. that are filtered through the filter to be removed. This allows substances to be removed from the filter more easily. Thus... This ensures the filter can be used for a long time without clogging. 15 In one application of the invention, the ends of the channels opposite the opening on the filter bed It has a drip nozzle to which it is connected. In this way, oil, chips and dust filtered through the filter are collected. etc., substances are removed by directing them from one end of the filter bed. is provided. 20 In one application of the invention, the drip tip is positioned to face into the volume. It is positioned in such a way that oil, chips, dust, etc. that pass through the filter are collected. This allows for a more effective concentration within the volume. This prevents the aforementioned substances from dispersing inside the intake muffler. 25 Thanks to this invention, substances such as oil, chips, and dust present in the circulating fluid can be removed. The intake muffler filters the contents, making the cooling system more efficient. It has been made to work in some way. 4 The refrigerator, which was built to achieve the purpose of this invention, is shown in the attached figures. and, from these forms; Figure 1 – Cross-sectional view of a compressor representing an application of the invention. Figure 2 – Cross-sectional view of an intake silencer representing an application of the invention. 5 Figure 3 – Exploded view of an intake silencer representing an application of the invention. Figure 4 – Perspective view of a partition wall representing an application of the invention. Figure 5 – Perspective view of the cover of an application of the invention. Figure 6 – Cross-sectional view of the lid of another application of the invention. The parts in the figures are individually numbered, and the corresponding numbers are shown below. It has been given. 1. Compressor 2. Cylinder 15 3. Cylinder head 4. Valve plate 5. Intake silencer 6. Suction port 7. Silencer head 20 8. Outlet 9. First silencer chamber 10. Second silencer chamber 11. Cover 12. Partition wall 25 13. Flow pipe 14. Filter bed 15. Clarity 16. Filter Channel 17, 30 18. Retaining wall 19. Evacuation channel 20. Drip nozzle H: Volume A compressor (1) is a 5 that enables the pumping of the circulating fluid inside it. cylinder (2), a cylinder head (3) located on top of cylinder (2), on which the cylinder a valve table (4) in which the cylinder head (3) is placed, which enables it to be attached to the cylinder head (3). to a muffler head (7), located on the muffler head (7), the circulating fluid the inlet of the circulating fluid to at least one outlet (8) which allows passage to the cylinder (2). a suction port (6), a first muffler chamber (9) facing the suction port (6), 10 a second muffler chamber (10) facing the outlet mouth (8), with the first muffler chamber (9) at least one partition wall (12) separating the second muffler chamber (10), partition Located on the wall (12), one end of which is in the first muffler chamber (9) and the other end in the second opening into the silencer chamber (10) and the circulating fluid from the first silencer chamber (9) at least one flow pipe (13) that allows it to be conveyed to the second muffler chamber (10), 15 the second silencer chamber (10) on which the silencer head (7) is located an intake muffler which has a cover (11) that extends in a plane to close (5) contains. The circulating fluid entering from the intake port (6) first passes through the first muffler. It fills into the second muffler chamber (10) via the flow pipe (13) after the chamber (9). and continues its flow by exiting through the outlet (8). 20 The subject of the invention is a compressor (1) with at least one part of the outlet located on the cover (11). at least one filter with an opening (15) positioned to face the mouth (8). cover located on the bed (14) and filter bed (14) to cover the opening (15) (5) 25 containing at least one filter (16) that extends inclined with respect to the plane (11). It contains. The circulating fluid flows from the second silencer chamber (10) to the outlet (8). As it progresses, it passes through the filter (16) located on the cover (11). The filter bed (14), integrated with the cover (11) or mounted on the cover (11) It is manufactured. The filter (16) can be attached to and removed from the filter bed (14). It is placed. The circulating fluid passes through the opening (15) on the filter bed (14) 30 It passes through and proceeds towards the exit mouth (8). Therefore, the opening (15) is covered by 6 filter (16) for filtering the circulating fluid and the fluid contained within the circulating fluid It ensures that the substances are retained in the suction muffler (5). The filter (16) Thanks to its inclined positioning, the substances filtered through the filter (16) flow through the flow line This ensures that the blockage on the filter (16) is easily removed. no formation occurs and the flow of the circulating fluid continues without a decrease in flow rate. 5 is provided. In one application of the invention, the compressor (1) is almost identical to the filter bed (14). It contains a filter (16) located in the plane. The filter bed (14) is the same as the filter (16). Since it is located in the plane, oil, chips, dust etc. that are filtered through the filter (16) 10 It is conveyed more effectively towards the filter bed (14) and the clogging of the filter (16) is being prevented. In one application of the invention, the compressor (1) is placed in the second silencer of the separating wall (12). On the side facing the room (10), there is oil, chips, dust etc. filtered through the filter (16) inside. 15 an elevation that will create a volume (H) that allows the collection of materials It includes at least one retaining wall (18) arranged in the form of a retaining wall (18). collecting of oil, chips, dust etc. filtered through the filter (16) within volume (H) It provides and prevents the intake muffler (5) from dispersing to other parts. Thus, the substances filtered through the filter (16) are prevented from mixing back into the flow line. 20 and the filter (16) can be used for a long time without clogging. In one application of the invention, the compressor (1) is supported so that it faces into the volume (H). at least one drain channel (19) located on the wall (18) and / or partition wall (12) It includes. In this way, 25 from the second silencer chamber (10) to the first silencer chamber (9). a proper flow is ensured and the volume of substances filtered through the filter (16) is reduced. (H) is directed more effectively into it. In one application of the invention, the compressor (1) is located on the filter bed (14), It contains at least one channel (17) extending outwards from the opening (15). 30 from the filter (16). 7 The filtered substances pass more easily through the channels (17) and through the filter (16) removal is ensured. In one application of the invention, the compressor (1) is located on the filter bed (14), a drip nozzle (20) to which the ends of the channels (17) opposite the opening (15) are connected 5 It includes. The drip tip (20) has a protruding structure and channels (17) The substances moving through it are transferred into the volume (H). In one application of the invention, the compressor (1) is positioned so that it looks into the volume (H). It includes a positioned drip tip (20). In this way, 10 that is filtered through the filter (16) directing substances directly into the volume (H) without dispersing is provided. Thanks to this invention, substances filtered through the filter (16) can be filtered effectively (16) By removing the filter (16), clogging was prevented. Thus, 15 The cooling performance of the compressor (1) has been improved.

Claims

8 REQUESTS 1. A cylinder (2) that enables the pumping of the circulating fluid inside it. a cylinder head (3) located on top of the cylinder (2), on top of the cylinder head 5 (3) a valve table (4) in which it is placed, which enables it to be attached to the cylinder head (3). to a muffler head (7), located on the muffler head (7), cycle to at least one outlet (8) which allows the fluid to pass into the cylinder (2), cycle a suction port (6) that allows the inlet of the fluid, facing the suction port (6) 10 A second muffler chamber facing the outlet (8) to the first muffler chamber (9) (10) separates the first silencer chamber (9) from the second silencer chamber (10). at least one dividing wall (12) separating it, located on the dividing wall (12), one end of which is The first silencer chamber (9) opens at one end into the second silencer chamber (10) and from the first silencer chamber (9) to the second silencer chamber of the circulating fluid (10) to at least one flow pipe (13) that ensures proper transmission, silencer 15 the second silencer chamber (10) on which his head (7) is located a suction cup that has a cover (11) that lies in a plane to close containing a silencer (5), located on the cover (11), at least part of which is the outlet at least one with an opening (15) positioned to face the mouth (8). filter bed (14) and the 20 located on the filter bed (14) to cover the opening (15). a filter (16) that extends at an angle relative to the plane of the cover (11) in the figure a compressor (1) characterized by a suction muffler (5).

2. Filter (16) located almost on the same plane as the filter bed (14) A compressor as described in Claim 1 (1). 25 3. On the side of the dividing wall (12) facing the second silencer room (10) inside It allows the collection of oil, chips, dust etc. that are filtered through the filter (16). at least one arranged in the form of an elevation to form a volume (H) a 30 as in Claim 1 or Claim 2 characterized by a retaining wall (18). compressor (1). 9 4. Retaining wall (18) and / or partition wall facing into the volume (H) The claim is characterized by having at least one drainage channel (19) located on (12). A compressor like the one in 3 (1).

5. Located on the filter bed (14), extending outwards from the opening (15) at least 5 in any of the above requests characterized by a channel (17) such as a compressor (1).

6. Located on the filter bed (14), the channels (17) are opposite to the opening (15). 10 in Claim 5, characterized by a drip tip (20) to which the ends are connected. such as a compressor (1).

7. With the drip tip (20) positioned to look into the volume (H) A compressor as described in Claim 6 (1).

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