TR202009644A2 - A DISHWASHER WITH A THREADED ELEMENT - Google Patents

Abstract

This invention consists of a body (2), a washing tub (3) on the body (2) in which the washing process is carried out, a washing tub (3) located at the base of the washing tub (3), which allows the dirt dispersed over the kitchenware placed in the washing tub (3) to be filtered. a filter group (7) with a main strainer and a micro filter (5) and a coarse filter (6) located under the main strainer (4), multiple sprays that provide water to be delivered to the utensils on the washing tub (3) The element (8) relates to a dishwasher (1) comprising a circulation pump (9) that directs the water to the spraying 10 elements and a mechanical water-directing valve (10) that provides the water to be directed to the desired spraying elements in sequence.

Description

DESCRIPTION A DISHWASHER WITH GEAR ELEMENT This invention relates to a dishwasher containing a gear element.

In dishwashers, dirty kitchenware is placed on baskets. Basket Water is sprayed on dirty kitchen utensils placed on it through spraying elements. is transmitted. Circulation pump to deliver water to spray elements It is realized through. However, water sprays differently at different times. A mechanical water diverting valve is used to direct water onto the elements.

Sometimes the dirt separated from the kitchen utensils due to the intensity of the sprayed water It is dispersed in the washing drum without dissolving and by directing the water is separated from the boiler. The dirt separated from the boiler, the strainer at the bottom of the boiler, the micro It is retained by filter and coarse filter structures. In this way, dirt cannot enter the water line. and it is prevented from clogging the water line. By filter, micro filter and coarse filter structures The retained dirt accumulates in these areas over time and causes the dishes not to be washed cleanly. causes. For this reason, filter, micro filter and coarse filter structures are replaced at certain intervals. It is washed by the user by separating it from the washing tub. washing process Afterwards, it is put back in place and washing programs are run. However, the filter filtration when the microfilter and coarse filter structures are not installed correctly or are damaged The process cannot be carried out efficiently. In this case, spraying elements, circulation pump and mechanical valves, gear It causes damage to the elements.

In the European patent application numbered EP3222193, which is in the state of the art A dishwasher using a mechanical water diverter valve is described.

The purpose of this invention is to develop a dishwasher with a high washing efficiency. is to be realised.

The first claim and the following claims are made to achieve the purpose of this invention. In the dishwasher described in the claims, a body consists of a washing machine located on the body. drum, a filter group that filters the dirt in the washing tub, washing tub It has more than one number that allows water to be transmitted to the kitchen utensils placed on it. The spray element is a circulation system that ensures that water is delivered to the spray element. pump and a mechanical device that directs the water to the desired spray element. Includes water diverting valve. Filter group means thanks to the circulation pump The water filtered through the mechanical water diverter valve is sent to the spray elements. is transmitted. The filter group consists of a main strainer and main filter located at the bottom of the washing tub. It contains a microfilter and a coarse filter located under the strainer. In this way, washing The dirt inside the boiler is filtered.

The dishwasher of the invention has more than one gear that ensures the disintegration of dirt. It contains a mechanical water diverting valve with a gear group consisting of two elements.

Thanks to the gear elements' ability to break down the dirt, the dirt passing through the filter group It is ensured that it does not damage the mechanical water diverting valve. In this way, spraying Clogging of the elements is prevented and washing efficiency is increased.

In an embodiment of the invention, the dishwasher is placed between the teeth on the toothed element. The area contains a channel with a sloping form. Sloping of the channels between the teeth Thanks to this, dirt is prevented from getting stuck between the gear elements.

In one embodiment of the invention, the dishwasher is equipped with gears having a stepped channel. contains element. The thickness of the threaded element decreases towards its ends.

Thanks to the gradual shape of the channels between the teeth, dirt cannot be removed from the toothed elements. It is prevented from getting stuck between them. In this way, gear elements are not damaged. is provided.

In one embodiment of the invention, the dishwasher uses at least one sharp blade located on the channel. It contains a toothed element with a surface. The sharp surface allows the toothed element to touch another toothed element. It is created thanks to the gradual form on the nearest surface. on the canal Mechanical water diversion of dirt particles entering the channel thanks to the sharp surface It is ensured that it is separated from the valve.

In one embodiment of the invention, the dishwasher has an angle between 3 degrees and 90 degrees. It contains a gear element containing a channel. Thanks to the large channel angle, dirt is removed It is ensured that it is separated from the gear group.

With the invention, the dirt that cannot be filtered through the filter group is removed mechanically by means of the gear group. A dishwasher whose washing efficiency is increased thanks to its separation from the water diverter valve machine is carried out.

A dishwasher built to achieve the purpose of this invention is shown in the attached figures. are shown and from these figures; Figure 1- is the perspective view of the dishwasher.

Figure 2- is the schematic view of the washing tub, filter group and gear group.

Figure 3- Top view of threaded elements.

Figure 4- Cross-sectional view of threaded elements.

The parts in the figures are numbered one by one, and the corresponding numbers are shown below. has been given. 1- Dishwasher 2- Body 3- Washing drum 4- Main strainer - Microfilter 6- Coarse filter 7- Filter group 8- Spray element 9- Circulation pump - Mechanical water diverter valve 1 1- Gear element 12- Gear group 13- Channel 14- Sharp surface The dishwasher (1) consists of a body (2), in which the washing process is carried out on the body (2). a washing tub (3), located at the base of the washing tub (3), into the washing tub (3) a main element that allows the dirt scattered on the kitchen utensils to be filtered. to the strainer and a micro filter (5) and a coarse filter (6) located under the main strainer (4). A filter group (7) provides water to the kitchen utensils on the washing tub (3). More than one spray element (8), which ensures the transmission of water to the spray A circulation pump (9) that allows the water to be directed to the elements and the desired A mechanical water diverter that ensures that it is directed to the spray elements sequentially. It contains valve (10). The dirt separated from the kitchen utensils is filtered through the filter group (7). is kept with. Water purified from dirt by passing through the filter group (7) is pumped into the circulation pump. It is conveyed back to the spray elements through (9). desired water mechanical water diverting valve (10) to deliver it to the spray element (8) is used.

The dishwasher (1), which is the subject of the invention, removes the dirt that cannot be filtered through the filter group (7). a gear group (12) consisting of more than one toothed element (11) that ensures the disintegration of the It contains a mechanical water diverting valve (10). Via the filter group (7) The unfiltered dirt is transmitted to the gear group (12). The gear elements (1 1) move with each other. The dirt is broken down and removed from the mechanical water diverter valve (10). separation is ensured.

In an embodiment of the invention, the dishwasher (1) has teeth on the gear element (11). It contains a channel (13) with an inclined form located between the Sloping of the channel (13) Thanks to its shape, dirt does not accumulate on the toothed element (11). is blocked. Shredded dirt, mechanical water diversion via slope In one embodiment of the invention, the dishwasher (1) has a stepped form located between the teeth. It contains channels (13) with Thanks to its stepped form structure, the dirt can be removed by the toothed element (11). It is ensured that it is separated from the mechanical water diverting valve (10) without sticking to it.

In this way, dirt is prevented from reaching the spray elements and washing efficiency is increased. increasing.

In an embodiment of the invention, the dishwasher (1) has at least It contains a toothed element (11) with a sharp surface (14). Sharp surface (14) beveled It can be provided with form or horizontal form. The edges have sharp surfaces (14) Mechanical water redirection by breaking down dirt with large surface area thanks to its Its separation becomes easier via the valve (10).

In an embodiment of the invention, the dishwasher (1) is placed between approximately 3 degrees and 90 degrees. It contains channels (13) with angle values in the range. The channel (13) angle must be larger Thanks to its availability, ease of production is ensured.

With the invention, the channels (13) on the gear element (11) are inclined and/or channeled (13). Thanks to its form, dirt is transmitted to the spray elements. is blocked. In this way, the possibility of malfunction is prevented and washing efficiency is increased. is being increased.

CLAIMS A body (2) consists of a body located on the body (2) in which the washing process is carried out. washing tub (3), located at the base of the washing tub (3), to the washing tub (3) It is a device that allows the dirt scattered on the kitchen utensils to be filtered. the main strainer and a micro filter (5) located under the main strainer (4) and a container. A filter group (7) with a filter (6) is located on the kitchen sink (3). Multiple spray elements (8) that ensure water is delivered to the items, A circulation system that directs water to the spray elements pump (9) and directing the water to the desired spray elements sequentially. The filter group (7) includes a mechanical water diverting valve (10) that provides It consists of more than one toothed element that ensures that the dirt that cannot be filtered is broken down. (11) with mechanical water diverting valve (10) having a gear group (12) a characterized dishwasher (1).

A channel with an inclined form located between the teeth on the gear element (11). A dishwasher (1) as in Claim 1, characterized by (13).

It is characterized by the canal (13) with a stepped form located between the teeth. A dishwasher like the prompt Zadeki (1).

Threaded element with at least one sharp surface (14) located on the edges of the channel (13) A dishwasher (1) as in Claim 2 or Claim 3, characterized by (1).

With the channel (13) having an angle between approximately 3 degrees and 90 degrees A dishwasher as in any of the above claims, characterized in machine (1).

A DISHWASHER WITH GEAR ELEMENT This invention consists of a body (2) and a machine in which the washing process is carried out, located on the body (2). washing tub (3), located at the base of the washing tub (3), to the washing tub (3) A main device that allows the dirt scattered on the kitchen utensils to be filtered. to the strainer and a micro filter (5) and a coarse filter (6) located under the main strainer (4). A filter group (7) provides water to the kitchen utensils on the washing tub (3). More than one spray element (8), which ensures the transmission of water to the spray A circulation pump (9) that allows the water to be directed to the elements and the desired A mechanical water diverter that ensures that it is directed to the spray elements sequentially. It relates to a dishwasher (1) containing the valve (10).

Claims (1)

CLAIMS: A body (2), a washing tub (3) in which the washing process is carried out, located on the body (2), a main strainer located at the base of the washing tub (3) that allows the filtration of dirt scattered over the kitchen utensils placed in the washing tub (3). and a filter group (7) with a micro filter (5) and a coarse filter (6) located under the main strainer (4), multiple spray elements (8) that ensure water is delivered to the kitchen utensils on the washing tub (3). ), consisting of a circulation pump (9) that allows the water to be directed to the spray elements and a mechanical water direction valve (10) that allows the water to be directed to the desired spray elements sequentially, and consisting of multiple threaded elements (11) that ensure that the dirt that cannot be filtered through the filter group (7) is broken down. a dishwasher (1) characterized by a mechanical water diverting valve (10) having a gear group (12). A dishwasher (1) as in Claim 1, characterized by a channel (13) with an inclined form, located between the teeth on the toothed element (11). A dishwasher (1) like Istem Zadeki, which is characterized by a graduated channel (13) located between the teeth. Threaded element (1) with at least one sharp surface (14) located on the edges of the channel (13). A dishwasher (1) as in Claim 2 or Claim 3, characterized by 1). A dishwasher (1) as in any of the above claims, characterized by the channel (13) having an angle between approximately 3 degrees and 90 degrees.