Classifications

• • A—HUMAN NECESSITIES
  • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
  • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
  • A47L15/00—Washing or rinsing machines for crockery or tableware
  • A47L15/0094—Washing or rinsing machines for crockery or tableware cleaning with abrasive solid particles, e.g. by blasting the crockery with liquid containing granules

Definitions

• the present invention relates to a dishwashing system which ensures cleaning of dried remains stuck on dishes directly by the dishwasher without pre-soaking.
• the dishwashers are comprised of two main structures as shelves onto which the dishes are placed and a spray arm spraying the water at high temperatures onto the dishes with different angles. During washing and cleaning process, as result of spraying the high temperature water with detergent onto the dishes, some part of stuck and dried remains on the dishes are dissolved while some are not.
• dishes are generally placed into the dishwasher after a pre-soaking process or the dishwashers are started at pre-wash program in addition to main washing program.
• pre-soaking either performed by the user before placing into dishwasher or by the dishwasher after placing cause extra time, power and energy in terms of operating plural numbers of program for efficient cleaning in dishwasher and in terms of water amount used.
• Magnetic washing ball in question comprises magnets formed inside its main body. During its production, magnet coating layer is formed on outer surface of magnets inside the subject matter magnetic washing ball in order to prevent the problems arising due to fire and to meet the requirements such as avoiding the corrosion.
• Rubber washing balls has a metal inner core, wherein the metal inner core is coated by high elasticity rubber material. There are semi-hard convex thorns on the high elasticity rubber coating. Dishwasher is prevented from oil and dirt by means of the subject matter high elasticity rubber coated inner core and its semi-hard convex thorn surfaces.
• the utility model numbered CN203252620U the dishwasher has plurality of washing balls in its washing chamber, wherein the ball comprises a ball body and bustles arranged on its surface. It is mentioned that the subject matter washing balls can flow along with the water so that the dishes can be cleaned.
• the dishwashers are not able to completely clean the dishes having remains stuck and dried thereon without pre-soaking process applied by the user or extra washing programs performed by the machine, extra cleaning agent and hot water. This process causes extra time, power and energy loss.
• the prominent aim of the invention is to ensure cleaning of the dishes by fragmenting stuck and dried remains via spherical 35 balls in millimetric sizes with mechanical force effect without the loss of extra time, power and energy.
• Another aim of the invention is to improve a simple and efficient cleaning system.
• Figure-1 Three dimensional view depicting the structure of cleaning ball developed.
• Figure-2 Overall view depicting the operating mechanism of the system.
• Said invention relates to system of cleaning the stuck and dried remains with mechanical impact effect by means of spraying plurality of cleaning balls (1) through at least one spraying arm (11) onto the dishes along with hot water.
• the subject matter structure is a novel dishwasher comprising cleaning balls (1) along with water in a dishwasher washing cycle and ensuring the cleaning of stuck and dried solid remains on the dishes by the impact effect.
• a dishwasher frame 15
• Said dishwasher frame is an outer body having a rectangular prism form and generally manufactured from flat sheet metals.
• Dishwasher frame (15) includes at least one power supply (7.2), at least one spraying arm (11), at least one spraying arm blade (11.1), at least one water delivery pipe (12), at least one dishwasher controller block (16), dishes (13) and at least one dish rack (14) which constitute the main components of the dishwasher.
• the novel system includes plurality of cleaning ball (1), plurality of cleaning ball spraying nozzle (11.2), at least one cleaning ball recirculation motor (9), at least one cleaning ball conveying pipe (10), at least one cleaning ball collector electromagnet (7), at least one cleaning ball collection chamber (8) and at least one power supply - electromagnet connection (7.1) .
• the power supply (7.2) is a component supplying energy to the system
• the spraying arm (11) is a component delivering the water and cleaning balls (1) sent through the water delivery pipe (12) onto the dishes via cleaning ball spraying nozzle (11.2) located on spraying arm blade (11.1) to which it is connected
• the dish rack (14) is a component on which the dishes (13) are placed
• dishwasher controller block (16) is component which controls the system.
• the cleaning ball (1) included in the cycle by the novel system is a component which is sprayed onto stuck and dried remains on the dishes along with the water, and which mechanically impacts on remains and wipes them.
• the cleaning ball (1) has a structure which has at least one center point of cleaning ball (6) and cleaning ball radius (6.1), and which has an iron sphere (1.1) in its innermost layer for being recollected by the cleaning ball collector electromagnet (7) after being sprayed onto the dishes, and which has flexible sponge (2) in its middle layer for not damaging the dishes during impacts, and which has a water proof elastic coating on its outermost layer in order to prevent water from contacting with the iron sphere (1.1) and flexible sponge (2), and which has a surface having a plurality of pointed elastic thorns (5) on at least one hemisphere of the cleaning ball (1) to mechanically fragment stuck and dried remains, and which has a surface having a plurality of elliptical elastic palettes (4) on at least one hemisphere of the cleaning ball (1) to wipe stuck and dried remains.
• the cleaning ball collector electromagnet (7) is connected to the power supply (7.2) via power supply - electromagnet connection (7.1), and is activated after spraying process is done and attracts the cleaning balls sizes of which are small enough to pass through the dish rack (14) by its magnetic force.
• the cleaning ball collection chamber (8) is located at lower portion of the cleaning ball collector electromagnet (7) and ensures the collection of the cleaning balls dropping down by gravity effect when the collector electromagnet (7) is deactivated.
• the cleaning ball recirculation motor (9) conveys the cleaning balls collected in the cleaning ball collection chamber (8) back to spraying arm (11) by means of the cleaning ball conveying pipe (10) . This cycle is repeated until the cleaning process is done.
• the system is controlled by at least one dishwasher controller block (16) .
• Said invention can be provided in dishwashers.
• the system comprises components which are not complex and can be easily integrated with currently produced dishwashers.
• said cleaning balls (1) and its operation cycle is an ideal method for providing low-cost high performance products which can both reduce detergent use and also ensure efficient cleaning, and which provide savings in terms of time and water use.

Landscapes

• Washing And Drying Of Tableware (AREA)

Applications Claiming Priority (2)

Publications (2)

Family

ID=63673778

Family Applications (1)

Country Status (3)

Families Citing this family (1)

Family Cites Families (7)

• 2017
  • 2017-12-23 TR TR2017/21371A patent/TR201721371A3/tr unknown
• 2018
  • 2018-12-24 WO PCT/TR2018/050876 patent/WO2019132834A2/en unknown
  • 2018-12-24 EP EP18893613.2A patent/EP3728720A4/de active Pending

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