TR201517389A2 - A WASHING MACHINE WITH AUTOMATIC CLEANING MATERIAL - Google Patents

Abstract

SUMMARY OF THE INVENTION The present invention relates to a body (2), a boiler (3) in the body (2) and in which washing is performed, a detergent housing (4) in which the cleaning agent is stored in the body (2), the detergent housing (4) is connected. The invention relates to a washing machine (1) having an inlet end (6), an outlet end (7) for connecting to the tub (3) and a dosing chamber (5) into which detergent is dispensed from the detergent housing (4).

Description

DESCRIPTION AN AUTOMATIC CLEANING AGENT DOSING. WASHING MACHINE This invention is used for washing cleaning agents that interact chemically with the laundry. A laundry in which it is automatically dosed in the amount needed at the beginning of the process. relates to the machine. Liquid cleaning in washers such as washing machine and washer dryer substance use is widespread. Accordingly, ease of use To ensure that the liquid cleaning agent is stored in a chamber and the washing to be transferred to the washing water in a controlled manner according to the needs of the program. automatic dosing units are being developed. state of the art The common feature of the systems is that the tanks that store liquid cleaning agents, Mechanisms and cleaning facilities that allow the user to fill to hydraulic systems that can transfer the correct amount of material to the washing medium. they have. In order to carry out the dosing process, more than one solution exists. In the tanks where liquid cleaning agents are placed submersible pumps, Peristaltic pumps, cleaning with vacuum effect Hydraulic systems, which transfer the substance to the washing environment by pulling, are one of the solutions. are a few. At the same time, performing the dosing process at low cost one of the desired features. which performs the liquid detergent dosing process with a Peristaltic pump in its application. a washing machine is mentioned. using the venturi effect of dosing liquid detergent in the application. A washing machine is mentioned. Liquid detergent dosing process by making use of the venturi effect in the application A washing machine is mentioned. a laundry that allows manual dosing by means of a piston in its application machine is mentioned.

The aim of this invention is to reduce the automatic dosing of cleaning agent. It is the realization of a washing machine that performs cost-effectively.

Laundry performed to achieve the purpose of this invention and described in the claims machine, where the cleaning agent is transferred to be dosed from the detergent dispenser. a water line that allows water to enter the dosing chamber and with the effect of water, which divides the inside of the dosing chamber into more than one compartment. which allows the cleaning agent in the chamber to flow into the boiler by moving An impeller having at least one blade that directs it towards the output end contains. Dosing from the detergent socket in the washing machine which is the subject of the invention Cleaning agent inlet into the dosing hopper via the inlet end of the hopper is happening. The cleaning agent filled into the compartment in the dosing chamber by directing it towards the boiler, by taking water from the water line, by the water effect of the impeller changing position to face the outlet end of the chamber by moving is carried out with Thus, the cleaning agent actively enters the boiler. is directed and an effective dosing is ensured.

In one embodiment of the invention, the impeller is used to control the water entering the dosing chamber from the water line. It provides the opening of the output end by moving with the effect of the product. water in this app Before water enters from the line, the cleaning agent in the dosing chamber It is prevented from flowing from the outlet end to the boiler by the impeller. water from the waterline By providing the inlet, the impeller moves and comes out of the outlet end of the cleaning agent. lets it out In another embodiment of the invention, the impeller enters the dosing chamber from the water line. It acts with the effect of water and ensures that the inlet end is closed. This dosing from the detergent socket before the water inlet from the water line in the application. The cleaning agent flow is freely provided to the reservoir. from the waterline With the water inlet, the impeller moves and the cleaning agent comes out from the inlet end. prevents it from entering the dosing chamber.

In another embodiment of the invention, water inlet from the water line to the dosing chamber The impeller moves and sees the inlet end, where the cleaning agent is supplied. partition is changed. Thus, the compartment filled with cleaning agent It is directed towards the outlet end, in a position to see a different compartment inlet end. passes. With a different compartment facing the input end, 0 is inserted into the compartment. cleaning agent flow.

In another embodiment of the invention, the dosing chamber is cylindrical. In the wheel, dosing so that the blade is of length equal to the diameter of the base of the cylinder It returns with the water transferred from the water line in its reservoir.

In one version of this embodiment, the waterline is placed before the chamber facing the inlet end. rotates it so that it faces the output end. In other words, from the waterline The water that fills into the compartment is directed to the wings, opposite the inlet end of any compartment. a device that will enable the output end to turn in the direction that it will come across after it comes in. applies push. Thus, the cleaning agent filled into the compartment It is transferred to the boiler from the outlet end without mixing. So cleaning The foaming of the substance is prevented before it is transferred to the boiler.

In another embodiment of the invention, the wheel rotates in only one direction.

If there is a water inlet to the dosing chamber, the cleaning agent is filled the chamber changes position with the rotation of the wheel, seeing the output end and The cleaning agent in it flows from the outlet end.

In another version of this application, the liquid entering from the inlet and outlet ends He is trying to turn the wheel in the direction he cannot turn. In this application With the entry of cleaning agent from the intended inlet end, the wheel rotates, dosing no cleaning agent flow to the boiler when it is not desired is provided. In other words, the liquid entering from the inlet end and the outlet end the direction of the thrust applied to the wings, the direction of the water entering from the waterline applied to the wings. is the opposite of the thrust direction.

In another embodiment of the invention, the closing and opening of the water line is on the water line. This is done by means of a valve. valve a control unit controlled by, in other words, by opening and closing at certain times. It controls the amount of water entering the dosing chamber. To the dosing chamber The amount of water entering determines how much the wheel will turn, the amount of rotation of the wheel also determines. It determines the cleaning agent transferred from the outlet end to the boiler. Therefore dosed by the control unit controlling the amount of water by opening and closing the valve. The amount of cleaning agent is controlled.

In another version of this application, the control unit turns the valve intermittently. It enables intermittent water to be sent to the dosing chamber by opening and closing it, thus it is ensured that the compartments rotate in the form of filled with water and empty, respectively. Empty Cleaning agent enters the compartments from the inlet end, with the rotation of the impeller, the interior The chamber filled with the cleaning agent faces the outlet and the cleaning agent comes out. transferred from the end to the boiler. compartment filled with cleaning agent. The compartment behind it also sees the outlet end as full of water and the water outlet end transferred to the boiler. Thus, cleaning the inside of the dosing chamber by washing The amount transferred to the boiler when the wheel rotates 1 full turn while being purified from the substance. the amount of cleaning agent is maximized. At the same time, division Foaming of the cleaning agent in them is prevented before it reaches the outlet end.

In the washing machine which is the subject of the invention, the cleaning agent filled into the dosing chamber it is dosed only with the effect of water. Use of electrically operated pumps there is no need. Also, if there is a water inlet to the dosing chamber from the water line. The dosing chamber is being washed, any residual cleaning agent remains in it. is avoided. Thus, when the washing machine is not used for a long time, the cleaning Problems that may arise due to the drying of the substance are eliminated.

The washing machine realized to achieve the purpose of this invention is in the attached figures. has been shown, from these figures; Figure 1 - Perspective view of a washing machine.

Figure 23 - While the water line of the dosing chamber of an embodiment of the invention is closed sematic view.

Figure 2b - With the water line of the dosing chamber of an embodiment of the invention open sematic view.

Figure 3 - Perspective of the dosing chamber of another embodiment of the invention is the view.

Figure 4 - Cross section of the dosing chamber of another embodiment of the invention is the view.

Figure 5 - Exploded dosing chamber of another embodiment of the invention is the view.

Parts and steps in the figures are numbered one by one. 1. Washing machine 2. Body 3. Boiler 4. Detergent dispenser . Dosing chamber 6. Inlet end 7. Output end 8. Waterline 9. Division . Wheel l 1st Wing 12. Valve 13. Control unit The washing machine (1), a body (2), is located inside the body (2) and is A boiler (3), in which the cleaning process is carried out, is located in the body (2). a detergent dispenser (4) where the detergents are stored, a detergent dispenser (4) a connected inlet end (6), with an output end (7) to be connected to the boiler (3). a cleaning agent transferred to be dosed from the detergent dispenser (4). It contains a dosing chamber (5). Liquid cleaning agents such as detergent, softener in the washing machine (l) detergent is filled into the slot (4). Detergent dispenser (4) multiple washes Sufficient amount of cleaning agent for, for example, up to 100 washes can store. Cleaning agent in the detergent dispenser (4), inlet nozzle (6) It flows through the dosing chamber (5), preferably by gravity.

The cleaning agent filled into the dosing chamber (5) is dosed from the outlet end (7). It is transferred to the tub (3) where the washing process is carried out. Dosing chamber (5) preferably sufficient cleaning agent for 1 to 5 washing cycles takes. Cleaning agent from the dosing chamber (5) to the detergent dispenser (4) A one-way valve (in figures) on the inlet end (6) to prevent not shown) can be used.

The washing machine (1) which is the subject of the invention is connected to the water inlet in the dosing chamber (5). a water line (8) and dosing chamber (5) It moves with the water inlet from the water line (8) that allows it to be divided into the chamber (9). by directing the cleaning agent in the compartment (9) to the outlet end (7). It comprises an impeller (10) with at least one blade (1 l) that provides

In the washing machine (l), which is the subject of the invention, water is taken into the dosing chamber (5). It is carried out over the line (8). Impeller (10), via blade (ll) divides the dosing chamber (5) into smaller sections (9). Dosing With the water inlet to the reservoir (5), the wing (ll) moves with the effect of the water and The cleaning agent filled into the chamber (9) that sees the inlet end (6) from the inlet end (6) It ensures that it is directed towards the output end (7). Output terminal (7) preferably It is positioned in the lower part of the dosing chamber (5) relative to the ground, The cleaning agent reaching (7) flows towards the boiler (3) with the effect of gravity.

Dosing chamber (5) of the chamber (9) by moving the guiding wing (11) accomplished by changing its position in it. In this way, the gain (3) an external device that acts as a pump in the transfer of the cleaning agent to be sent. There is no need to use an element, the transfer process in question is dosing. The dosing chamber (5) from the impeller (10) and the water line (8) in the chamber (5) It is carried out by moving the impeller (10) by the water taken into it.

The size of the chamber (9) is preferably used for cleaning in a washing process. It is enough to take less amount of cleaning agent than the amount of cleaning agent.

Dosing is done more precisely with the smaller chamber (9).

In one embodiment of the invention, the impeller (10) moves with water inlet from the water line (8). it enables the outlet end (7) to be opened. Dosing in this application The wing (ll) inside the chamber (5) closes the outlet end (7). Kanatin (ll) closing the output end (7), the flap (l 1) covers the output end (7) by default. cleaning from the inlet end (6) into the dosing chamber (5), as it can be when the wing (l 1) moves and closes the outlet end (7). can also be realized. The action performed with this app is from the waterline. (8) When there is water inlet into the dosing chamber (5), the flap (ll) moves. It is the opening of the output end (7) by pulling in front of the outlet end (7). In this way The cleaning agent filled into the compartments (9) passes from the outlet end (7) to the boiler (3). is being transmitted.

In another embodiment of the invention, the impeller (10) has a water inlet from the water line (8). it provides closing of the inlet end (6) by moving. In this application similar to the application described above, from the water line (8) dosing chamber With the water inlet (5), the wing (ll) moves and the inlet end (6) to be switched off and a cleaning agent entering the dosing chamber (5). hinders. In other words, when the impeller (10) is in its default position, Open the inlet end of the wing (11) when there is no water inlet from the line (8) and the cleaning agent leaks into the dosing chamber (5). is provided. The blade (ll) of the impeller (10) that provides the closing of the inlet end (6) The flap (l 1) that provides the opening of the output end (7) described in the application above As it may be, the impeller (10) may have more than one blade (l 1) and may have a different the wing (11) can also be.

In another embodiment of the invention, the impeller (10) has a water inlet from the water line (8). by moving the cleaning agent from the inlet end (6) to a different compartment (9). it makes it fill. Preferably from the inlet end (6) to the dosing chamber (5) there is a cleaning agent inlet constantly, the compartment (9) that sees the inlet end (6) When it is full, the cleaning agent stops flowing. Dosing from the waterline (8) The impeller (10) moves when there is water inlet into the chamber (5), and the inlet end (6) The wings (11) surrounding the section (9) that sees also move to allow the exit of the section (9). It enables it to change its position so that it sees the tip (7). Meanwhile, your wing (11) a different compartment (9) that sees the other side (9) in a position to see the entrance end (6) is coming. In this way, the cleaning agent will flow again from the inlet end (6). is provided, the next compartment (9) is filled with cleaning agent. From the waterline (8) The cycle described is repeated with the continuous water inlet provided, the washing The required amount of cleaning agent for the process is transferred to the boiler (3).

In another embodiment of the invention, the inlet end (6) of the dosing chamber (5) Its section in the plane formed by the tip (7) and the water line (8) is circular and the impeller (10), having blade (II) whose length is almost the diameter of the circle. rotates around the axis passing through the center of the dosing chamber (5). This in practice, the wing (11) divides the circular section dosing chamber (5) into two and the center of the wing (11) and the center of the dosing chamber (5) match.

The blade (11) rotates around the middle point in the dosing chamber (5). This With the water inlet from the line (8), the impeller (10) starts to rotate and enters the compartments (9). The filled cleaning agents are directed towards the outlet (7).

In another embodiment of the invention, the water line (8) is connected to the dosing chamber (5) by the impeller (10), The outlet end (7) without seeing the water line (8) of the partition (9) that sees the inlet end (6) It is connected in such a way as to enable it to rotate in the direction it will see. Dosing chamber There are three openings on (5), these are the inlet end (6), the outlet end (7) and the water line (8) and in this application, the wheel (10) rotating with the effect of water, the partitions (9) its rotation so that it will see the inlet end (6) and then the outlet end (7), respectively. is provided. The rotation of the impeller (10) in the said direction, the water line (8) (10) dosing in such a way as to provide thrust to the wings (1 l) in the said direction It is carried out by connecting it to the reservoir (5). Dosing in this application cleaning during the transfer of cleaning agent from the reservoir (5) to the tub (3) foaming of the substance due to mixing with the water that ensures dosing is avoided. The cleaning agent fills into the compartment (9), entering through the water line (8) With the effect of water, the wheel (10) starts to rotate, the chamber (9) that sees the inlet end (6) By changing its position, it sees the outlet end (7) and the cleaning in the chamber (9) substance comes out from the outlet end (7) and is transferred to the boiler (3). Then turn the wheel The water that fills (10) into a different compartment (9) that allows it to rotate, first places the inlet end. (6) sees the output end (7) as the wheel (10) continues to rotate. seeing, it flows from the outlet end (7) to the boiler (3). into the water-filled compartment (9), both because it is full and the wheel ([0) is spinning fast. There is no cleaning agent flow from the inlet end (6).

In another embodiment of the invention, the impeller (10) only handles water entering from the water line (8). rotates in the direction it rotates. With this application, the flow into the dosing chamber (5) the kinetic energy and weight of the cleaning agent resulting from the flow rate It is prevented from turning the wheel (10) with its potential energy, thus that the compartment (9) filled with cleaning agent sees the water line (8) and that it mixes with water. foaming in the dosing chamber (5) is prevented.

In another embodiment of the invention, the inlet end (6) and outlet end (7) are attached to the blades (1 1), water It applies thrust in the opposite direction of the thrust applied by the line (8) to the wings (l 1). This similar to the above-described application, from the input end (6) continuously into the dosing chamber (5), more specifically into the chamber (9). the impeller (10) of the cleaning agent flow provided, the rotation of the impeller (10) is prevented. that the wheel (10) is filled into the chamber (9) by making it try to rotate it in the It is prevented from turning on its own due to the effect of the cleaning agent. This In this way, when the cleaning agent is not dosed, it automatically turns into the boiler (3). leakage is prevented. Likewise, from the output end (7) for any reason. rotation of the wheel (10) when there is a back flow towards the dosing chamber (5) is most anticipated.

In another embodiment of the invention, the washing machine (1) is located on the water line (8). a valve (12) that receives and the cleaning agent that is dosed by controlling the valve (12) It includes a control unit (13) that adjusts the amount. Control unit (13) the amount of water transferred into the dosing chamber (5) by controlling the valve (12). determines. The cleaning agent transferred from the outlet (7) to the tub (3) (10) is directly proportional to the number of rotations. The number of rotations of the impeller (10) is also from the waterline. (8) is directly proportional to the amount of water entering the dosing chamber (5). Therefore the amount of cleaning agent sent to the boiler (3), dosing via the water line (8) It is directly proportional to the amount of water flowing into the reservoir (5). The manufacturer made As a result of numerous experiments, a predetermined amount of cleaning agent the amount of water to be transferred to the boiler (3) and the required amount of water. It determines the open time of the valve (12), which will provide determined amount of cleaning agent - valve (12) open time table (13) is saved in its memory. The control unit (13) controls the valve (12) in its memory. according to the table, the cleaning agent to be used in the related washing process provides dosage.

In another embodiment of the invention, the control unit (13) opens and closes the valve (12). It provides intermittent water inlet to the dosing chamber (5). from the waterline (8) with intermittent water inlet, the chamber (9) that sees the water line (8) fills with water and (10) allows it to rotate. The water-filled chamber (9), by changing position, first you see the inlet end (6), then the outlet end (7) and the water outlet end (7). flows into the boiler (3). The compartment (9) behind it remains empty, and the inlet end (6) When it comes to the position where it can see, cleaning agent from the inlet end (6) into it. is filling up. Same cycle when there is water inlet again from the water line (8) is repeated. One compartment (9) filled with water, the next compartment (9) empty Thanks to this, more cleaning agents can be delivered to the drum (3) in one revolution of the wheel (10). can be transferred, thus the dosing process is carried out faster.

The cleaning agent to be sent to the tub (3) in the washing machine (l) which is the subject of the invention The amount of water in the impeller (10) and impeller (10) placed in the dosing chamber (5) It can be precisely controlled with the water line (8) is being done. In the realization of the automatic dosing process, an external Since the pump is not used, energy saving is achieved. At the same time Dosing known in the art with the impeller (10) which is purely mechanical in nature. The malfunctions experienced in the units are eliminated, and the malfunction rates are reduced. user satisfaction is increased.

Claims (10)

REQUESTS l - A body (2), a tub (3) in the body (2) where the washing process is carried out, a detergent dispenser (4) in the body (2) where cleaning agents are stored, a detergent dispenser (4) connected It has an inlet end (6), an outlet end (7) to be connected to the tub (3), and includes a dosing chamber (5) into which a cleaning agent is transferred to be dosed from the detergent socket (4), and allows water to enter the dosing chamber (5). at least one flap (which enables the water line (8) and the dosing chamber (5) to be divided into more than one compartment (9), and which enables the cleaning agent in the compartment (9) to be directed to the outlet end (7) by moving with the water inlet from the water line (8). A washing machine (1) characterized by the impeller (10) having 1 1). 2 - A washing machine as in the request, characterized by the impeller (10) that enables the outlet end (7) to be opened by moving with the water inlet from the water line (8) 3 - A washing machine (1) as in claim 1 or ?, characterized by the impeller (10) that provides closing of the inlet end (6) by moving with the presence of water inlet from the water line (8). 4 - A washing machine (1) as in any one of the above claims, characterized by the impeller (10) that moves with the water inlet from the water line (8) and allows the cleaning agent to be filled into a different compartment (9) from the inlet end (6). 5 - The dosing chamber (5), which has a circular cross-section in the plane formed by the inlet end (6), the outlet end (7) and the water line (8), and the wing (II) passing through the center of the dosing chamber (5) so that its length is almost the diameter of the circle. A washing machine (1) as in Claim 4, characterized by the wheel (10) that can rotate around the axis, 6 - Claim 5, characterized by the water line (8) that is connected to the dosing chamber (5) so that the impeller (10) rotates in the direction that the section (9) that sees the inlet end (6) will see the outlet end (7) without seeing the water line (8) like a washing machine 7 - A washing machine (1) as in Claim 5 or 6, characterized by the impeller (10) that can rotate only in the direction that the water entering from the water line (8) rotates. 8 - As in claim 7, characterized by the inlet end (6) and the outlet end (7), which push the blades (11) in the opposite direction of the thrust applied by the water line (8) to the blades (l 1). 9 - A washing machine (1) as in any one of the above claims, characterized by a valve (12) located on the water line (8) and a control unit (13) that regulates the dosage of cleaning agent by controlling the valve (12). 10 - A washing machine (1) as in Claim 9, characterized by a control unit (13) that provides intermittent water inlet to the dosing chamber (5) by opening and closing the valve (12).