RU1816201C - Method and device for washing - Google Patents

Description

The movement of the cartridge 11 from the bathtub 4 in the chamber is located above the level of free rotation by using the lifting capacity of the washing liquid 5 in the bathtub 4 for

th mechanism conditionally shown in the video removal of air from the cavities of the dishes with

system of thr 13 and levers 14. immersed in a washing liquid 5 and then removing it into the tank wall 5 by filling it with liquid,

partition lid 15 for forming Control and electrical regulation of the closed volume in the bath hermetically-developing mechanical effects of washcloths 9

divides the tank into the chamber 3 and the bath 4. Onan the dishes 12, i.e. inductor control

installed underneath the nozzles 16 chilling-b, as well as flow and discharge control

device 17 and under the hole 18 for water, closing the lids 2, 15, controlling the discharge of waste water after rinsing with heating washing liquid 5 and others

Ana utensils 12 under running clean water modes of the washing process is carried out

from the nozzles 16. The nozzles are recessed into the wall of the control panel,

the top of the chamber 3 and made of non-mag-machine works as follows,

filament material to exclude mutual 15 After the supply of detergent 5 to the bath 4

act with magnetic fields. and load the container 8 with washcloths 9, and then

The partition wall 15 for improvement and the cassette 1.1 with utensils 12 include heating made with an inclination towards the deflector 21. The lid 2 closes at the same time, versts 18, connected by a drain pipe. After heating the washing liquid 5 to work in the wall chambers with a drain hole 20 whose temperature is electromagnetic 19, which has a bath 4. Hole 19, the inductors 6 supply a variable electrically closed by a valve 20. For example, currents generating a variable type. The bathtub is provided with electro-magnetic fields by connecting a heater 21 to heat the washing inductors to the power source from the generator fluid 5. Bath 4, chamber 3, cassette 11.25 with frames of mismatched multiple frequencies. Frequency 8, racks 10, guides 7. The rate of change of the magnetic poly in any trunk 16 and the partition 15 are made of a plane that does not coincide and is not a multiple of often non-magnetic materials to exclude fields in other planes there. Magnetic interactions with magnetic fields affect the ferromagnetic ducts 6. Elastic particles 9 can be turned on 30 in washcloths 9, causing them to be made in the form of discrete non-randomly replaced. With chaotic remetallic (e.g., polymer) granules, the clewing of washcloths 9 collides both inside of which ferromagnetic dishes 12 and other objects are placed in the bath core, or in the form of very small urine-4, and with each other. Match with utensils a lock of metal wires. Part 35 12, washcloths 9 clean it from dirt. Impact - washcloths 9 can be performed without fermentation with washcloths without ferromagnetic magnetic core. In a machine for washing inclusions, washcloths with ferromagnetic ki can be used by combinations of inclusions causing them to move the indicated types of washcloths and to take part in washing dishes. Soon, the size of the holes in the bottom, walls, and the speed of movement of the washcloths 9 is determined

Fences 22 are larger than the size of the elastic power generator. ...

particles 9, so that the latter can freely. The location of the inductors 6 close to the step between the washed surfaces of the bath 4 allows to reduce energies, i.e. the size of the washcloths significantly loss, the presence of a magnetic screen

smaller between partitions45 protects the environment from harmful

cassettes 11.exposure to magnetic fields and obstruction through holes 23 in the tank 8 creates interference in the electro-radio equipment smaller in size of the elastic particles 9.tur.

The density of particles 9 is close to density. At the end of washing, detergent 5 is determined, which provides them 50 experimentally, a suspended state in the liquid and guarantor. At the end of washing dishes 12 in the bathroom, the processing of different-4 cartridge 11 with dishes using lifting sections of the surface cassette 11 in addition to the partitions 22 subs in the chamber 3. after lifting the cassette 11

the dish-type dishes have racks 24 under 55; the lid-partition 15 closes and the herpes of closed volumes of the deep type closes the bath 4. in the chamber 3 chambers. The rack 24 is made in the form of a verti-court rinsed with clean water ,,

installed U-shaped bent under pressure through nozzles 16

hollow tube. At one end of its installation-choking device 17. Spent

on the container being processed, and the other end of the water along the inclined cover 15 falls into

an upper drain hole 18 from which it is discharged into the sewer. Since the lid 15 hermetically closes the bath 4, when rinsing the dishes, you can simultaneously wash the next batch of dishes. Or it is possible to rinse the washcloths 9 from contamination while rinsing the dishes. The washcloth cleaning mode is the same random movement of washcloths as when washing dishes, but in the absence of it, when washcloths hit the walls of the bath 4 and with each other.

After rinsing, if necessary, immediately or after drying the dishes, the lid 2 of the housing 1 and the lid-partition 15 are opened, and the cassette 11c with the dishes is removed from the machine by a lifting mechanism. The spent washing liquid 5 from the bath 4, after opening the valve 20, is removed through the drain hole 19.

The washcloths 9 are removed with a perforated container 8 which rises behind the posts 10.

After washing the dishes in the bath 4, a constant magnetic field is created to remove the washcloths 9 from the volumes of the dishes. After moving the cartridge 11 into the chamber 3, this magnetic field is turned off.

Rinsing the dishes can also be done in the bath 4 in the absence of a scenting device, for which the spent washing liquid 5 is previously drained and the washcloths 9 are removed with a capacity of 8.

When washing deep containers such as cans, bottles, the latter are put on the shorter end of the U-shaped tubes 24, and the air from the volume of the processed product enters the air volume of the bath 4 under the partition lid 15, thereby ensuring full filling of the cleaned containers washing solution 5 and washing these containers inside them.

With this washing method, the ease of controlling the process and the possibility of multi-mode depending on the soiling of dishes and loading the process cartridge due to the ability to control the intensity of magnetic fields by changing their frequencies or choosing washcloths make it possible to create a programmable dishwasher based on the proposed machine as for living conditions, and for enterprises.

The advantages of the proposed method and machine include a significant increase in productivity due to faster washing; improving the quality of washing the treated surfaces of dishes and

Claims (4)

1. The method of washing products, mainly utensils, which consists in immersing it in a washing liquid containing elastic particles, creating movement of the elastic particles relative to the products and rinsing, characterized in that, in order to increase the productivity and quality of washing, at least part of the elastic particles contains ferromagnetic inclusions and is in suspension in a suspended state, and their movement is carried out by the action of mutually perpendicular electromagnetic variables or pulsed fields mismatch giving multiple frequencies. 2. A machine for washing products, mainly dishes, containing a housing with a lid, a bath for washing liquid with elastic particles, a rinse chamber with a shower device installed with the possibility of lifting and lowering the cassette for products with partitions and walls into the bath, a lid a partition to form a closed volume in the bath, characterized in that, in order to increase the productivity and quality of washing, electromagnetic inductors are installed between the walls of the body and the bath, the axes of which are mutually perpendicular to the generators of non-coincident non-multiple frequencies, at least a part of the elastic particles contains ferromagnetic inclusions and is in suspension, the housing cover is made of material serving as a magnetic screen, the housing is made of magnetic material, and the bathtub for washing liquid and rinsing chambers are made of non-magnetic material, holes are made in the walls and partitions of the cassette, the dimensions of which exceed the dimensions of the elastic particles. 3. The machine according to claim 2. characterized in that a drain pipe is mounted in the wall of the rinse chamber and the lid-partition is installed obliquely towards the drain pipe. 4. The machine according to claim 2, characterized in that the dishwasher cartridge is provided with uprights with U-shaped nozzles, one of the ends of which is placed above the level of the washing liquid in the bathtub.