A washing machine with wings

Abstract

This invention relates to a washing machine (1) comprising a boiler (2) into which the washing water is taken, a drum (3) located inside the boiler (2) which is suitable for rotation around a rotating axis, at least one vane (6) fixed to the drum (3), at least one chamber (7) in the form of a cavity located inside the vane (6), at least one opening (5) on the drum (3) which opens into the chamber (7) and at least one outlet (8) on the vane (6) which allows the water in the chamber (7) to flow into the drum (3).

Description

1 TARIFF A washing machine with wings This invention is a laundry device that incorporates a wing to improve cleaning performance. It is related to the machine. 5 Washing machines typically contain cleaning agents such as detergent and fabric softener. It is loaded into a drawer located on the top of the body. Inside the drawer... The cleaning agents swept away by the fed water are deposited in the space between the boiler and the drum. It flows and dissolves in the water, which is agitated by the rotation of the drum. However, 10 In situations such as detergent settling at the bottom of the drum or the washing water being cold, The dissolution rate of the cleaning agent decreases, which means less detergent reaches the laundry. This leads to a decrease in the amount of detergent and a decline in washing performance. Therefore... Manufacturers control the dissolution rate of the cleaning agent and the amount of detergent that reaches the laundry. They are developing various solutions to increase its quantity. One of these solutions is boiler 15 by adding protrusions onto the drum that rotates inside, between the boiler and the drum. This is achieved by making the water more agitated by bobbing it against protrusions. However, Since the dissolution efficiency increases proportionally with the surface area and number of protrusions, High resolution brings with it production difficulties, high costs, and increased friction. As a result, the washing machine's increased energy consumption is also a disadvantage. It brings about another solution within the known state of the art: a boiler and a drum. The water between them is drawn into the wing by means of a scoop structure and then reused for laundry. the amount of cleaning agent that penetrates the laundry when it is poured on it The goal is to increase the capacity. However, the scoops are designed to collect water inside the wings. If laundry is washed at a low temperature with powder detergent, add 25 to the bottom of the drum. Its effect on dissolving the precipitated cleaning agent is quite limited. Korean patent KR20060114103A, which falls under the prior art. In the application, it was stated that the air bubbles inside the drum were broken and dissolved in water. a 30 that contains propellers positioned inside the wing to increase the amount of detergent. The washing machine is being described. 2 The aim of this invention is to increase the amount of cleaning agent that penetrates the laundry. It is the acquisition of a washing machine. The first request made to achieve the purpose of this invention and the 5 related to that request The washing machine described in the specifications consists of a housing, a container for washing water located inside the housing. and a tank into which the detergent is placed, and a motor located inside the tank that pulls it horizontally. or rotated around a substantially (substantially) horizontal axis of rotation drum, equipment fixed to the drum, mixing of laundry inside the drum at least one wing providing, at least one room in the form of a space within the wing, 10 At least one outlet located on the wing, allowing fluid to pass between the chamber and the drum, The width located on the drum, a small opening into the chamber, perpendicular to the axis of rotation or a room suitable for artificial tilting motion around a largely vertical axis connected in a movable manner, with at least one arm connecting them to each other. 15 at least one router and a cable that connects to the router at one end and opens at the other end. extending outside the drum, coated by the washing water between the drum and the boiler. by transmitting the applied thrust force to the router, It includes at least one barrier that enables the drum's movement. The barrier prevents the drum from moving. As it is rotated and submerged in water, it causes the water between the boiler and the drum to churn. 20 and by transmitting the thrust force acting upon it to the steering mechanism to which it is connected. moving the rotor vanes in such a way that their direction is changed It provides this. It disperses into the washing water agitated in the boiler, in an undissolved state. At least some of the cleaning agent found leaked out through the opening along with the washing water. The flow is carried into the chamber and its direction is changed by means of vanes 25 rapidly due to the effect of highly irregular flow provided within a relatively small chamber. It is being dissolved. Washing water with increased concentration of cleaning agent inside the room, wing When the drum reaches its upper position, the laundry is discharged from the outlet. This In this way, even when high amounts of cleaning agent are used at low temperatures, The cleaning agent is rapidly dissolved in the washing water and delivered to the laundry. 30 is provided. 3 In one application of the invention, the fins are spaced parallel to each other on the arm. It is structured in the form of planar plates arranged in a fin pattern. Thanks to its planar structure, the drum rotates clockwise and counterclockwise around its axis of rotation. In both directions of rotation, when rotated in the opposite direction, immediately 5 inside the room The exact same vortex effect was created almost immediately. In another application of the invention, multiple slits are located on the fins. and the fins shall have at least a comb shape It is structured. The slits reduce the surface area of ​​the fin, thus making the room 10 the counter-thrust effect applied to the fins by the turbulent flow of water inside This ensures that the force exerted by the guide through the barrier is reduced. The winglets are positioned in such a way that their orientation is maintained by the effect of force, Uncontrolled movement is prevented. The slits also allow water to flow from the opening into the room. by creating passages, allowing some of the flow to pass through a smaller cross-section. 15 This provides and thus enhances the vortex effect within the wing. In another application of the invention, the barrier is a plate extending perpendicular to the fins. It is in this form. Thanks to the planar structure of the barrier, the drum rotates around its axis of rotation. It is rotated clockwise and counterclockwise, with each rotation direction being 20. The guide is made to move in the opposite direction. This allows the drum to move on both sides. angled relative to the opening to change the direction of flow of the fins in the direction of rotation Guidance has been ensured in this manner. In another application of the invention, the barrier extends from one edge of the opening to the front of the battalion or 25 It extends in a direction that will move away from the opening towards the back. Thus, the barrier by positioning them so that they do not remain in front of the opening, the flaps This prevents it from slowing down the flow of information. 4 In another application of the invention, the tips of the fins protrude outwards from the opening. It extends outwards. In this way, some of the washing water flows towards the opening of the fins. By directing the water flow, the flow of washing water into the chamber was accelerated. In another application of the invention, the guide has a protrusion on each of the fins 5 The pins, structured in this form, can rotate into the bearings located on the chamber. It is attached in a movable manner by being fitted in this way. Each wing has a pin By means of a mechanism that allows it to be positioned in a bed in such a way that it can be turned into a bed, the steerer is balanced. movement is ensured and at the same time the winglets are supported. Their resistance to the forces acting upon them has been increased. 10 In another application of the invention, the barrier is a monolithic structure with at least one fin, The thrust force is directly connected to the steering via a fin. This ensures the transfer of the connection between the barrier and the router. This is provided via the existing wing, and the barrier connection on the router is 15 Since no additional restructuring is required, it is possible to increase the number of fins. This has been ensured and the router's structure has been simplified. Thanks to this invention, the cleaning agent can be quickly dissolved in the washing water. A washing machine has been developed that increases the penetration of the detergent into the laundry. 20 The washing machine, as shown in the attached figures, was created to achieve the purpose of this invention. as shown, from these figures; Figure 1 – Schematic view of a washing machine representing an application of the invention. 25 Figure 2 – Guide and barrier on the drum, representing an application of the invention. This is a top view. Figure 3 – Top view of the wing, guide and barrier, representing another application of the invention. It is the appearance. Figure 4 – Assembly of wing, barrier and guide belonging to another application of the invention. 30 That's the previous view. Figure 5 – Assembly of wing, barrier and guide belonging to another application of the invention. This is what it looks like afterwards. The parts in the figures are individually numbered, and the corresponding numbers are listed below. It has been given. 5 1. Washing machine 2. Kazan 3. Drum 4. Engine 10 5. Clarity 6th Wing Room 7 8. Exit 9. Router 15 10th Column 11. Winglet 12. Barrier 13. Crack 14. Pin 20 15. Bed The washing machine (1) consists of a drum (2) into which the washing water is taken, and the drum (2) contains the area, a drum (3) suitable for rotation around a rotation axis, to the drum (3) at least one fixed wing (6), located in the wing (6) in the form of a gap at least 25 a room (7), located on the drum (3), at least one opening (5) and wing opening into the room (7) (6) located on it, allowing the water inside the chamber (7) to flow into the drum (3). It includes at least one outlet (8). At the beginning of the washing program, water is put into the drum (2) and Cleaning agent is taken and the drum (3), into which laundry is loaded, boiler (2) within it, at least partially around a horizontal axis, clockwise and / or 30 degrees clockwise It is rotated by means of a reverse motor (4). The drum (3) is fixed to the bat (3). 6 The wing (6) which forms a protrusion into the inside, the laundry inside the rotating drum (3) It enables the water-detergent mixture inside the boiler (2) to be dipped in and removed. Thus, laundry is washed through both mechanical and chemical processes. The subject of the invention is the washing machine (1), 5 connected to each other by means of at least one arm (10). having more than one winglet (11), changing the direction of the winglets (11) at least one that can be moved into room (7) and attached in such a way as to provide router (9) and connected to router (9), through opening (5) outside the drum (3) stretched out, by the effect of the water hitting it during the turning of the drum (3) It includes at least one barrier (12) that enables the movement of the router (9). 10 The steering (9) is mounted on the wing (6) in a movable manner and the barrier (12) It is connected to the barrier (12) in such a way as to move together with the drum. The barrier (12) is connected to the drum. (3) as a result of its rotation, it hits the washing water between the boiler (2) and the drum (3) It creates a mixing effect and the cleaning agent from the bottom of the pot (2) It ensures that the 15 between the drum (3) and the boiler (2) is raised. The pushing force acting on the barrier (12) hitting the washing water, to which the barrier (12) is attached The signal is transmitted to the router (9) and the router (9) is pushed. Thus, the router The angle of the fins (11) connected to each other by the arm (10) on (9) is changed and the washing water flowing from the opening (5) into the room (7) by means of the fins (11) The direction change is ensured. In this way, the shaking provided by the barrier (12) 20 undissolved cleaning agent and washing agent raised from the bottom of the boiler (2) by the effect of By changing the direction of the water mixture as it passes through the fins (11), A vortex effect is created within the limited room (7) volume and cleaning is done within the room (7). The dissolution of the substance in the washing water is encouraged. The drum (3) cleaning agent 25 is located in the room (7) inside the wing (6) which rises by turning. Increased concentration of washing water from the outlet (8) onto the laundry inside the drum (3) It is spilled. Thus, the amount of cleaning agent dissolved and penetrated into the laundry is reduced. The rate is being effectively increased. In one application of the invention, the fins (11) are a series of 30 fins that run parallel to each other. It is in the form of a plate. The fins (11) are flat plates extending along an axis perpendicular to the axis of rotation. 7 It is structured in plate form and is mounted on an elongated arm (10) They are fixed at intervals so that they extend parallel. On the router (9), Preferably, there are at least four fins (11). The barrier (12) into the washing water connected to each other by arms (10) on the steering wheel (9) which moves by impact fins (11), water towards the front of the wing or towards the back of the wing 5 turning in the same direction at the same time so that it will be directed and room (7) The directions of extension inside change. The fins (11) preferably rotate. It is connected to the arm (10) from the half-height levels on the axis perpendicular to the axis. In this way, the balanced movement of the flaps (11) is ensured. In another application of the invention, multiple slits (13) are placed on the flaps (11). It has a longitudinal fin on each of the plate-shaped fins (11). There is at least one slit (13) in the form of gaps. Preferably, each flap (11) There are several slits (13) on it. Slit (13) flows over the fin (11). acting as a passageway that allows separation, the washing water flowing inside the room (7) and 15 This causes the flow of the cleaning agent mixture to become even more irregular, and The slit (13) increases the vorkes effect. It also increases the surface area of ​​the fin (11). by ensuring that the irregular flow inside the chamber (7) is reduced in the opposite direction to the fins (11) It ensures that the force applied is reduced and the direction of the irregular flow of the fins (11) This prevents it from changing due to... 20 In another application of the invention, the barrier (12) extends perpendicularly to the fins (11). It is in plate form. The barrier (12) is flat, extending towards a circumferential edge of the drum (3). It is structured in the form of a plate. The fins (11) are perpendicular to the rod-shaped arm (10). While lying down, the barrier (12) lies parallel to the arm (10). Thus, the drum (3) 25 When the vanes (11) are rotated in opposite directions around the axis of rotation by ensuring that the drum (3) is rotated in opposite directions at the same angle, both rotations of the drum (3) In this direction, the dissolution efficiency of the cleaning agent is also increased. In another application of the invention, the barrier (12) passes through one edge of the opening (5) of the drum 30 (3) extends towards it. Barrier (12) is adjacent to the drum (3) wall. 8 It is structured in the form of a plate extending from the opening (5) onto the drum (3). Thus, the length of the barrier (12) is unaffected by the flow around the opening (5). It is possible to extend it and expand the surface area of ​​the barrier (12). The force transmitted to the router (9) is increased. In another application of the invention, the flaps (11) are at least partially open (5) The vanes (11) extend outside the drum (3). The vanes (11) extend out through the opening (5) to the outside. It is structured so that it remains at least partly between the battalion and the cauldron (2). Thus, the fins (11) also function as a scoop to collect the washing water. The direction of mixing into room (7) was ensured and the mixing activity inside room (7) was 10 It has been increased. In another application of the invention, at least one pin (14) is placed on each of the flaps (11) and multiple pins (14) are mounted on the wing (6) in a rotatable manner. There are beds (15). On each vane (11), the drum (3) rotates 15 There is a pin (14) in the form of a protruding pin extending along the axis perpendicular to the axis. Pins (14) preferably positioned near one corner of the winglets (11), The wiped bearings (15) formed for each pin (14) inside the room (7) can be turned into. They are placed in this way. Pins (14) placed inside the beds (15) guide the router. (9) guides its movement and determines the axis of rotation of the vanes (11). 20 In another application of the invention, the barrier (12) is integral with at least one fin (11). It is in structure. The barrier (12) is on one of the flaps (11), through the opening (5) of the drum (3) It is structured in the form of an extension that extends outside the opening. The barrier (12) is preferably structured in the form of an extension that extends outside the opening. (5) is attached at one end to the wing closest to one of its edges (11) and the opening (5) 25 It extends towards the drum (3) in the direction away from the edge in question. Thanks to its integrated structure with the flap (11), the barrier (12) absorbs the force acting on it. It ensures that the transmission is made to the flap (11) to which it is directly attached and to the arm (10) All the vanes (11) connected to each other are rotated simultaneously. 9 Thanks to this invention, detergent can penetrate laundry quickly and effectively. A washing machine (1) has been provided. In this way, the washing machine (1) effective cleaning performance even at low drum (3) speed and low temperature It has been shown. 10 20 30 35 40 45 50

Claims

REQUESTS 1. A boiler (2) into which the washing water is taken, located inside the boiler (2), a drum suitable for rotation around the axis of rotation (3), to the drum (3) At least one wing (6) fixed, located inside the wing (6), in the form of a gap 5 at least one room (7) located on the drum (3) and opening to the room (7) drum (3) of water inside room (7) located on the opening (5) and wing (6) at least one branch (10) containing at least one outlet (8) allowing flow into it It has several fins (11) connected to each other by means of, 10 into room (7) in such a way as to change the direction of the wings (11). at least one router (9) connected in a movable manner and to the router (9) connected, extending from the opening (5) outside of the drum (3), drum (3) the effect of the water hitting the router (9) during its rotation a characterized by at least one barrier (12) that enables its movement washing machine (1). 15 2. With fins (11) that are in the form of plates that extend parallel to each other. a washing machine as in claim 1 characterized (1).

3. Characterized by multiple slits (13) located on the flaps (11) 20 A washing machine as in Claim 1 or Claim 2 (1).

4. The barrier (12) which is in the form of a plate extending perpendicular to the wings (11). a laundry like any of the above characterized claims machine (1). 25 5. With the barrier (12) extending from one edge of the opening (5) onto the drum (3). a laundry like any of the above characterized claims machine (1). 11 6. At least partially extending outside the drum (3) from the opening (5) (11) a laundry like any of the above-mentioned claims characterized by machine (1).

7. At least one pin (14) on each wing (11) and wing (6) 5 on which the pins (14) are mounted in a rotatable manner any of the above claims characterized by excess beds (15) such as a washing machine (1).

8. Characterized by a barrier (12) that is integral with at least one fin (11). a washing machine as in any of the above requirements (1). 20 30 35 40

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