Cloth washing machine

FIELD: mechanical engineering.

SUBSTANCE: washing machine has apparatus for forming of colloidal silver and detergent feeding device, said apparatus and said device being integrally connected with one another. Apparatus for forming of colloidal silver has silver ion casing, cover, and pair of silver plates. Discharge pipe and connection part are provided in predetermined parts of silver ion casing. Discharge pipe is connected to inlet opening of detergent feeding device. Connection part integrally connects apparatus for forming of colloidal silver and detergent feeding device. Thus, said apparatus is connected integrally with detergent feeding device while silver ion casing of said apparatus is communicating with detergent feeding device. Silver plates are positioned within silver ion casing and supported by cover. At least one spacer protrusion extends upward from lower part of silver ion casing and is defined between pair of silver plates.

EFFECT: simplified assembling and enhanced reliability in operation of washing machine.

11 cl, 4 dwg

 

The invention relates generally to washing machines, and more particularly to a washing machine in which the device of the formation of colloidal silver are connected with the feeder detergent in a single structure, thus simplifying the Assembly and providing a higher efficiency of washing.

Background of the invention

Usually washing machines are devices for washing Laundry placed in the washing tank by mixing the clothes inside the washing tank in the presence of water for washing and detergent.

A washing machine includes a motor, water tank, washing tank, the pulsator and the feeder detergent. Water tank contains water for washing. The washing tank is mounted rotatably in the water tank and linen, which will wear off, is placed in the washing tank. The pulsator is rotatably from the bottom of the washing tank and linen mixes in water for washing. Feeder detergent is provided in a predetermined position above the water tank and supplies the detergent to the wash water supplied from an external water source.

Washing machine works as follows. First, linen is loaded into the washing tank. Water for washing, mixed with detergent, filed refraining from the CTV feed detergent served in a water tank. When the motor is running in this mode, the pulsator is rotated in alternating directions for mixing linen in water for washing, thus erasing linen.

Was recently established a washing machine equipped with a device for the formation of colloidal silver to add silver ions to the wash water when the water for washing submitted in a water tank, thus forming colloidal silver, which kills germs on clothes during washing. Therefore, a washer device of the formation of colloidal silver has antimicrobial and bactericidal effects.

The device of the formation of colloidal silver contains a pair of silver plate, to which is applied the voltage. When water for Laundry passes through the silver plate, silver plate dissociate silver ions to the wash water through the electrolysis of silver plates thus formed colloidal silver, which is served in a water tank.

Washing machine with a device for the formation of colloidal silver wash clothes in the water for washing, in which the dissolved silver ions selected concentration, thus killing germs on linen.

However, the conventional washing machine with a device for the formation of colloidal silver has the disadvantage that the device of the formation of colloidal silver and feeder detergent are made separately and then installed separately in the washing machine, so additionally required mounting the installation device of the formation of colloidal silver in the washing machine to the mounting wiring feeder detergent, and, thus, increase the time to build and costs associated with Assembly of a washing machine.

In a standard washing machine with a device for the formation of colloidal silver water for washing takes place through the formation of colloidal silver and feeder detergent with the purpose of the additive of silver ions and detergent to the wash water before entering the water tank. Thus, the device of the formation of colloidal silver must be connected to a feeder detergent. Therefore, the conventional washing machine with a device for the formation of colloidal silver has other disadvantages in that it increases the time to build to connect the device to the formation of colloidal silver with feeder detergent, and may leak at the connection device of the formation of colloidal silver and feeder detergent due to water pressure or repeated use, thus decreasing the reliability of the washing machine.

Disclosure of invention

Technical problem

The aim of the present invention is POPs is the use of washing machines, in which the device of the formation of colloidal silver are connected with the feeder detergent in a single structure, thus simplifying the Assembly and increasing the reliability of the washing machine.

Additional objectives and/or advantages of this invention will be partially addressed in the following description and will become apparent after studying the following or may be learned by practice of the present invention.

Technical solution

These and other objectives are achieved through the creation of a washing machine containing the device of the formation of colloidal silver for the formation of colloidal silver, feeder detergent to the detergent supply and exhaust pipe for supply of colloidal silver from the device, the formation of colloidal silver in the drawer, detergent, and the exhaust pipe connects into one device the formation of colloidal silver with feeder detergent.

In accordance with the purpose of this invention, the washing machine may further comprise a connecting part. Between the device formation of colloidal silver and feeder detergent may be provided connecting part in order to combine in one device isto education colloidal silver with feeder detergent and may combine in one device the formation of colloidal silver and feeder detergent into a single structure that communicates with the exhaust pipe.

In another embodiment, the device of the formation of colloidal silver can contain a body of silver ions for the formation of a passage for the water through which water passes, and a pair of silver plates, placed in the passage for the water body of silver ions to form silver ions.

In another aspect of this variant implementation of the device of the formation of colloidal silver may further comprise a cover attached to the upper part of the body of silver ions, with an inlet hole formed in a given part of the cover, to supply water in case of silver ions. Many silver plates resting on the lid, can be placed in the case of silver ions.

In yet another embodiment, at least one spacer lug may be provided between a pair of silver plates and serve up from the bottom of the hull of silver ions.

In yet another embodiment, the inlet opening corresponding to the first end surface of the housing of silver ions may be provided on the end surface of the cover, and the exhaust pipe may be provided on the second end poverhnostbyu of silver ions to add silver ions, dissociating from a pair of silver plates in the water, while the water supplied into the case of silver ions through the inlet, passes from the first end surface to the second end surface of the housing of silver ions.

These and other objectives are achieved and using the washing machine containing the device of the formation of colloidal silver for the formation of colloidal silver, feeder detergent for supplying detergent, water tank provided under the feeder detergent, and a connecting pipe for connecting as one of the lower end surface of a given part of the device of the formation of colloidal silver with the upper end surface of the corresponding portion of the feeder detergent for connection in one unit to each other device of the formation of colloidal silver and feeder detergent, and colloidal silver is served from the media education colloidal silver through the connecting pipe in the upper part of the feeder detergent.

Feeder detergent may contain a housing for defining the appearance of the feeder detergent with connecting pipe connected to a given part of the body, the injection device provided in the housing, which is located under the connecting pipe and has a lot of injection holes for injecting colloidal silver supplied through the connecting pipe to the lower part of the housing, and a reservoir for detergent, put forward through the front of the chassis, and the detergent is mixed with colloidal silver, injected through the injection holes in the tank for detergent.

The capacity of the detergent can be installed in the housing of the feeder detergent at the location of the bottom surface of the container for the detergent on the distance from the bottom surface and the rear surface of the housing, so that the colloidal silver that can be injected through the injection hole, came back in some capacity for a detergent together with a detergent contained in the tank for the detergent and then came in front of the chassis along the bottom surface of the shell before serving in a water tank.

Positive effects

As can be seen from this description, the present invention provides a washing machine, in which the device of the formation of colloidal silver are connected with the feeder detergent, thus, do not need to install the formation of colloidal silver into the body of the washing machine and, thus, reduced Assembly time and to the Assembly of the washing machine.

In addition, in the washing machine according to the accordance with the present invention the exhaust pipe device of the formation of colloidal silver, which supplies water for washing in the drawer, detergent, connected as a unit with the drawer detergent, so no need to additionally connect the exhaust pipe with the drawer the detergent, thus preventing leakage of water wash through the discharge pipe by a pressure water wash or reuse of the washing machine.

Although shown and described a sample implementation of the present invention, specialists in the art will understand that changes are possible in these cases the implementation without departing from the principles and essence of the present invention, the scope of which is defined in the claims and its equivalents.

Brief description of drawings

These and other objectives and advantages of this invention will become apparent and better understood from the following description of preferred embodiments in conjunction with the attached drawings, on which:

Figure 1 is a perspective view of a washing machine equipped with a device for the formation of colloidal silver and feeder detergent, in accordance with the embodiment of the present invention.

Figure 2 is a perspective view of the device of the formation of colloidal silver to be connected with the feeder detergent, washing mA the ins figure 1.

Figure 3 is a perspective partial view in section to illustrate the connection between the device formation of colloidal silver and feeder detergent and feeder detergent in figure 2.

4 is a view to illustrate the passage of water for washing of the device of the formation of colloidal silver in the drawer, detergent figure 3, in which water for washing takes place through the formation of colloidal silver for the formation of colloidal silver.

The best way to embodiments of the present invention

Details will be made reference to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, in which same reference items refer to the same elements. The following describes an implementation option for explaining the present invention with reference to the drawings.

Figure 1 represents a perspective view of a washing machine equipped with a device for the formation of colloidal silver and feeder detergent, in accordance with the embodiment of the present invention. As shown in figure 1, a washing machine includes a housing 1 which defines the outer appearance of the washing machine. The door 2 opens and closes the upper part of the housing 1. Washing tank 3 and bundle water (not shown) installed in the housing 1. Pulsator (not shown) is rotatably from the bottom of the washing tank 3. The motor (not shown) provided in a predetermined position under the water tank for rotation of the washing tank 3 and the pulsator.

In addition, the device 10 supply of detergent and the device 20 education colloidal silver is provided in a predetermined position above the tank for water or washing tank 3 to add detergent and silver ions to the wash water supplied from an external source of water before entering the water tank. In the detailed description of the water for washing is supplied to the device 20 of the formation of colloidal silver through a hose 4 water supply, which is connected with an external source of water, and the silver ions of a given concentration are added to the wash water. After this water for washing, containing silver ions, passes through the device 10 supply of detergent. Thus, the water for washing is supplied in a water tank when mixed with detergent.

Essentially, when detergent and silver ions are added to the wash water, linen washed in the cleansing effect of detergent, and at the same time on linen killing germs due to the antimicrobial and bactericidal action of silver ions.

Bactericidal action of silver will be described briefly below. Silver intolerance is about to microbes in contrast to conventional antibiotics. In addition, silver is a very safe substance, since silver is not toxic. Thus, when washing linen using silver lingerie is becoming more hygienic due to the antimicrobial and bactericidal action of silver. Therefore, when a specified amount of silver ions dissolved in water for washing using electrolysis, and water for washing containing silver ions, served in a water tank, the microbes on linen killed when washing linen using water for washing containing silver ions.

Figure 2 is a perspective view of the device of the formation of colloidal silver in figure 1. As shown in figure 2, the device 20 education colloidal silver includes a housing 21 of silver ions, the cover 22 and a pair of silver plates 23. In the housing 21 of silver ions formed passage 24 to the water through which water for Laundry, and ample space for electrolysis of silver plates 23.

The cover 22 closes the upper part of the housing 21 of silver ions. Silver plate 23 is located between the housing 21 of silver ions and a lid 22 and provide silver ions to the water for washing.

Contact 23a is formed in one piece on the upper end surface of each of the silver plates 23, so that each of the silver plate 23 is electrically connected with a source of electricity the AI through wires (not shown). Each silver plate 23 is supported by the cover 22, while its contact 23a protrudes from the cover 22 to the specified length.

The inlet opening 25 is formed on the end surface of the cover 22, so that the hose 4 water supply (see figure 3)connected with an external water source, is installed in the inlet opening 25. On the end surface of the housing 21 of silver ions, which is far from the inlet 25, is provided for the exhaust pipe 26 (see figure 3), so water for washing containing silver ions, served from the housing 21 of silver ions in the device 10 of the feed of detergent through the discharge pipe 26.

The device 10 filing detergent includes a housing 11, a container 12 for detergent and a device 14 for injection of water. The housing 11 is open at its front part. Capacity 12 detergent extends through the open front of the housing 11 and is installed with the possibility of removal in the housing 11, and contains a detergent. The device 14 for injection of water is provided in the housing 11 of the device 10 supply of detergent and located above the bottom surface 12a of the vessel 12 for detergent.

Thus, the water for washing is supplied into the housing 11 through the outlet pipe 26 of the device 20 education colloidal silver is injected from the device 14 for injection of water into the tank 12 for housego means, so water for washing is mixed with detergent. After this water for washing, containing silver ions and detergent comes in a water tank through the gap formed between the bottom surface 12a of the vessel 12 for detergent and the housing 11, thus wetting your underwear. The passage of water for washing from the device 10 supply of detergent in the water tank will be described below with reference to figure 4.

In the device 10 supply of detergent and the device 20 education colloidal silver, made as described above, the device 10 supply of detergent is attached to the upper part of the housing 1 through the holes for the hook, which is formed on the brackets 13 are provided on both side walls of the housing 11, and the device 20 education colloidal silver is attached to the upper part of the housing 1 through the screw holes that are formed on brackets 27 provided on the outer surface of the device 20 of the formation of colloidal silver.

Figure 3 is a perspective partial view in section to illustrate the connection between the device formation of colloidal silver and feeder detergent and feeder detergent in figure 2. As shown in figure 3, the device 20 of the formation of colloidal silver in accordance with the present invention connected as one C is white with the device 10 supply of detergent.

The exhaust pipe 26 of the device 20 education colloidal silver has a circular cross-section and are connected as one unit with the device 10 supply of detergent. Thus, the exhaust pipe 26 is used as a connecting pipe for connecting as one device 20 of the formation of colloidal silver with the device 10 supply of detergent. In addition, the exhaust pipe 26 performs the function of an inlet pipe for supplying water for washing containing silver ions, the device 10 supply of detergent.

As described above, the exhaust pipe 26 as one unit provided between the device 20 of the formation of colloidal silver and the device 10 supply detergent to the connection device 20 of the formation of colloidal silver with the device 10 supply of detergent. Thus, do not require the connection of the outlet openings 20 of the formation of colloidal silver with inlet device 10 supply of detergent. In addition, to prevent leakage through the connection between the device 20 of the formation of colloidal silver and the device 10 supply of detergent in the water pressure or repeated use of the washing machine.

In addition, between the device 20 of the formation of colloidal silver and the device 10 supply of detergent under the Jena connecting part 30. The connecting part 30 together with the exhaust pipe 26 connected as one whole unit 20 of the formation of colloidal silver with the device 10 supply of detergent. The connecting part 30 with a given length and a rectangular cross-section that does not have a bottom side, is provided in the Central part of the connection between the device 20 of the formation of colloidal silver and the device 10 supply detergent to connect as one device 20 of the formation of colloidal silver with the device 10 of the feed of detergent in a simple design.

After connecting as one body 21 silver ion device 20 of the formation of colloidal silver with the body 11 of the device 10 supply of detergent through the exhaust pipe 26 and the connecting part 30 of the cover 22 supporting a pair of silver plate 23, is attached to the open top of the housing 21 of silver ions. Thus, the device 20 education colloidal silver is connected as one piece with the device 10 of the feed of detergent in a simple design.

Essentially, as the case 21 silver ion device 20 education colloidal silver is connected as one piece with the device 10 supply of detergent, do not require additional installation of the device 20 of the formation of colloidal silver in the housing 1 of the washing is down, thus reducing the cost of Assembly and Assembly of the washing machine.

As described above, the device 10 filing detergent includes a housing 11 that defines its appearance, the device 14 for injection of water, set in a given part of the body 11 and the tank 12 for detergent, which extends from the housing 11 and slide into him with the opportunity slip.

The bottom surface 14a of the device 14 for injection of water is located under the exhaust pipe 26 with multiple injection holes 15 formed on the front side of the bottom surface 14a. Thus, the water for washing is supplied to the device 14 for injection of water through the discharge pipe 26, is injected into the container 12 for detergent through the injection hole 15.

The bottom surface 12a of the vessel 12 for detergent tilted back and down. In addition, the container 12 for detergent installed so that its bottom surface 12a is located at a distance with predetermined intervals from the bottom surface 11a and the back surface of the housing 11 when installing the tank 12 for detergent into the housing 11.

Thus, water for washing, injected on the lower surface 12a of the vessel 12 for detergent through the injection holes 15, goes to the rear part of the bottom surface 12a together with detergent environments is the your, located on the bottom surface 12a of the tank 12 for the detergent and goes to the bottom surface 11a of the housing 11. Then water for Laundry goes in the front part of the bottom surface 11a of the housing 11 before passing into the tank for water or washing tank 3 (see figure 1).

Figure 4 is a view to illustrate the passage of water for washing of the device of the formation of colloidal silver in the feeder detergent in figure 2, in which silver ions are added to the wash water when the water for washing takes place through the formation of colloidal silver. As shown in figure 4, the housing 11 of the device 10 supply of detergent is connected as one piece with the housing 21 of silver ions device 20 education colloidal silver through the exhaust pipe 26 and the connecting part 30. Pair of silver plate 23 is installed in the housing 21 of silver ions with the support of the cover 22 attached to the upper housing 21 silver ions, and are parallel to the direction of passage of water for washing.

Spacer projections 28 protrude from the bottom of the housing 21 of silver ions. Spacer projections 28 formed between a pair of silver plates 23 for the location of the silver plate 23 at a distance from each other with a given interval.

Thus, a pair of silver plate 23 is electrically connected with the source of electricity is Tropicana through the contacts 23a silver plate 23. Thus, when the application of a specified voltage to the silver plates 23 and the supply of water for washing device 20 education colloidal silver through the inlet opening 25 (see figure 2) covers 22 water for Laundry passes through the silver plate 23 while passing through a passage 24 for the water body 21 of silver ions. At this time, the silver ions dissociate from the silver plates 23 by means of electrolysis of silver plates 23. Thus, silver ions of a given concentration are added to the wash water.

Water for washing containing silver ions, served in the device 10 of the feed of detergent through the discharge pipe 26. Thus, the water for washing is supplied into the washing tank 3, when mixed with detergent.

Essentially, when passing water wash through the device 20, the formation of colloidal silver and the device 10 of the detergent supply silver ions and detergent are added to the wash water, thus improving the efficiency of the washing and provides a bactericidal effect.

1. Washing machine containing the device of the formation of colloidal silver to obtain colloidal silver, feeder detergent to the detergent supply and exhaust pipe for supply of colloidal silver from the device, the formation of colloidal silver in the drawer, my what it means moreover, the exhaust pipe connects into one device the formation of colloidal silver with feeder detergent, forming a single structure.

2. Washing machine according to claim 1, additionally containing a connecting part provided between the device formation of colloidal silver and feeder detergent, which combines in one device the formation of colloidal silver with feeder detergent, and the connecting piece brings a whole unit of formation of colloidal silver with feeder detergent into a single structure that communicates with the exhaust pipe.

3. Washing machine according to claim 1, in which the device of the formation of colloidal silver contains a body of silver ions, in which is formed a passage for the water through which water passes, and a pair of silver plates arranged in the passage for the water body of silver ions to form silver ions.

4. Washing machine according to claim 3, in which the device of the formation of colloidal silver further comprises a cover attached to the upper part of the body of silver ions, with an inlet hole formed in a given part of the cover, to supply water in case of silver ions, and many silver plates resting on the cover, is installed in the housing and the new silver.

5. Washing machine according to claim 1, additionally containing at least one spacer ledge formed between a pair of silver plates, and spacer protrusion protrudes upwards from the lower part of the body of silver ions.

6. Washing machine according to claim 4, in which the inlet opening corresponding to the first end surface of the housing of silver ions, is formed on the end surface of the cover, and an exhaust pipe provided on the second end surface of the housing of silver ions, so that the silver ions dissotsiiruut of a pair of silver plates, added to the water, while the water supplied into the case of silver ions through the inlet, passes from the first end surface to the second end surface of the housing of silver ions.

7. Washing machine containing the device of the formation of colloidal silver to obtain colloidal silver, feeder detergent for supplying detergent, water tank provided under the feeder detergent, and a connecting pipe for connecting one of the lower end surface of a given part of the device of the formation of colloidal silver with the upper end surface of the corresponding portion of the feeder detergent, so that the device of the formation of colloidal silver and feeder detergent among the STW are connected to each other, moreover, colloidal silver is served from the media education colloidal silver through the connecting pipe to the upper part of the feeder detergent.

8. Washing machine according to claim 7, in which the feeder detergent includes a housing that defines the appearance of the feeder detergent, and a connecting pipe connected with a given part of the body, the injection device provided in the housing and located under the connecting pipe, and the injection device has many injection holes for injecting the colloidal silver, supplied through the connecting pipe to the lower part of the housing, and a reservoir for detergent, put forward through the front of the chassis, and the detergent is mixed with colloidal silver, injected through the injection holes in the tank for detergent.

9. Washing machine of claim 8 in which the container for the detergent is installed in the housing of the feeder detergent at the location of the bottom surface of the container for the detergent on the distance from the bottom surface and the rear surface of the housing, so that the colloidal silver that can be injected through the injection hole, is held in the rear of the tank for detergent together with a detergent contained in the capacity and for the detergent and then passes in front of the chassis on the bottom surface of the case before passing into the tank water.

10. Washing machine according to claim 7, in which the device of the formation of colloidal silver contains a body of silver ions, in which is formed a passage for the water through which water runs, with connecting pipe provided in a given part of the body of silver ions, the cover attached to the upper part of the body of silver ions, with an inlet hole provided in a given part of the cover to supply water in case of silver ions, and a pair of silver plates mounted in the housing of silver ions with the support of the lid.

11. Washing machine of claim 10 in which the inlet opening corresponding to the first end surface of the housing of silver ions, is provided on the end surface of the cover and the connecting pipe is provided on the second end surface of the housing of silver ions, so that the silver ions dissotsiiruut from a pair of silver plates, added to the water, while the water supplied into the case of silver ions through the inlet, passes from the first end surface to the second end surface of the housing of silver ions.



 

Same patents:

FIELD: chemical industry; mechanical engineering industry; other industries; devices and the washing machines using colloidal silver.

SUBSTANCE: the invention is pertaining to the washing machine equipped with the device of the colloidal silver formation is made in such a manner, that in the body of the ions of silver does not remain water at the water feeding failure, at the expense of what sedimentation of the impurities on silver slices is prevented. The device of the colloidal silver formation contains the body of the ions of silver, the cover and the pair of the silver slices. The outlet opening is formed on the surface of the body of the ions of silver and goes from the lower butt surface to the upper butt surface of the body of the ions of silver. The outlet opening may have the form of the ellipse and is formed in such a manner that its height exceeds its width. Besides, the height of the body of the ions of silver and the height of the outlet opening are in the ratio approximately of 3:2. The given realization of the outlet opening prevents the presence of the water for laundering in the body of the ions of silver after the water feeding failure and ensures addition of the ions of silver in the optimal concentration into the water for laundering.

EFFECT: the invention ensures that the given realization of the outlet opening prevents the presence of the water for laundering in the body of the ions of silver of the washing machine after the water feeding failure, and ensures addition of the ions of silver in the optimal concentration into the water for laundering.

12 cl, 3 dwg

FIELD: mechanical engineering.

SUBSTANCE: washing machine has detergent feeding apparatus adapted for mixing detergent dispensed from container with washing water and for feeding of mixed detergent and washing water into washing reservoir. Detergent feeding apparatus has housing, detergent container, and water feeding chambers. Housing has a plurality of inlet apertures connected with respective water feeding pipes, and outlet aperture connected with washing reservoir. Detergent container is detachably inserted into housing and is equipped with a plurality of chambers for receiving of detergent. Water feeding chambers are equipped with a plurality of through channels, one of through channels being adapted for feeding of washing water delivered through inlet apertures into chambers for receiving of detergent while adjusting washing water pressure within predetermined range.

EFFECT: increased efficiency and improved quality of washing of cloths.

7 cl, 3 dwg

FIELD: mechanical engineering, in particular, technique for washing machines.

SUBSTANCE: detergent feeding unit has container for detergent, at least one inlet cavity defined within container for detergent, and control member located within inlet cavity and designed for controlling of detergent flow within inlet cavity. Control member is positioned within inlet cavity for increasing or decreasing time during which detergent is staying within inlet cavity. Detergent feeding unit has members designed for preventing separation of control member from inlet cavity and positioned near opposite sides of said cavity. Detergent feeding unit of such construction allows user to selectively charge powdered or liquid detergent into one and the same cavity for detergent and also to control detergent flow within inlet cavity in order to provide for uniform mixing of detergent in water for washing.

EFFECT: improved quality of washing due to uniform mixing of liquid or powdered detergent within inlet cavity of washing machine.

15 cl, 11 dwg

The invention relates to the cleaning of leather and suede products wet method, in particular to machine wet cleaning using detergent compositions and detergent for finishing products

FIELD: mechanical engineering, in particular, technique for washing machines.

SUBSTANCE: detergent feeding unit has container for detergent, at least one inlet cavity defined within container for detergent, and control member located within inlet cavity and designed for controlling of detergent flow within inlet cavity. Control member is positioned within inlet cavity for increasing or decreasing time during which detergent is staying within inlet cavity. Detergent feeding unit has members designed for preventing separation of control member from inlet cavity and positioned near opposite sides of said cavity. Detergent feeding unit of such construction allows user to selectively charge powdered or liquid detergent into one and the same cavity for detergent and also to control detergent flow within inlet cavity in order to provide for uniform mixing of detergent in water for washing.

EFFECT: improved quality of washing due to uniform mixing of liquid or powdered detergent within inlet cavity of washing machine.

15 cl, 11 dwg

FIELD: mechanical engineering.

SUBSTANCE: washing machine has detergent feeding apparatus adapted for mixing detergent dispensed from container with washing water and for feeding of mixed detergent and washing water into washing reservoir. Detergent feeding apparatus has housing, detergent container, and water feeding chambers. Housing has a plurality of inlet apertures connected with respective water feeding pipes, and outlet aperture connected with washing reservoir. Detergent container is detachably inserted into housing and is equipped with a plurality of chambers for receiving of detergent. Water feeding chambers are equipped with a plurality of through channels, one of through channels being adapted for feeding of washing water delivered through inlet apertures into chambers for receiving of detergent while adjusting washing water pressure within predetermined range.

EFFECT: increased efficiency and improved quality of washing of cloths.

7 cl, 3 dwg

FIELD: chemical industry; mechanical engineering industry; other industries; devices and the washing machines using colloidal silver.

SUBSTANCE: the invention is pertaining to the washing machine equipped with the device of the colloidal silver formation is made in such a manner, that in the body of the ions of silver does not remain water at the water feeding failure, at the expense of what sedimentation of the impurities on silver slices is prevented. The device of the colloidal silver formation contains the body of the ions of silver, the cover and the pair of the silver slices. The outlet opening is formed on the surface of the body of the ions of silver and goes from the lower butt surface to the upper butt surface of the body of the ions of silver. The outlet opening may have the form of the ellipse and is formed in such a manner that its height exceeds its width. Besides, the height of the body of the ions of silver and the height of the outlet opening are in the ratio approximately of 3:2. The given realization of the outlet opening prevents the presence of the water for laundering in the body of the ions of silver after the water feeding failure and ensures addition of the ions of silver in the optimal concentration into the water for laundering.

EFFECT: the invention ensures that the given realization of the outlet opening prevents the presence of the water for laundering in the body of the ions of silver of the washing machine after the water feeding failure, and ensures addition of the ions of silver in the optimal concentration into the water for laundering.

12 cl, 3 dwg

FIELD: mechanical engineering.

SUBSTANCE: washing machine has apparatus for forming of colloidal silver and detergent feeding device, said apparatus and said device being integrally connected with one another. Apparatus for forming of colloidal silver has silver ion casing, cover, and pair of silver plates. Discharge pipe and connection part are provided in predetermined parts of silver ion casing. Discharge pipe is connected to inlet opening of detergent feeding device. Connection part integrally connects apparatus for forming of colloidal silver and detergent feeding device. Thus, said apparatus is connected integrally with detergent feeding device while silver ion casing of said apparatus is communicating with detergent feeding device. Silver plates are positioned within silver ion casing and supported by cover. At least one spacer protrusion extends upward from lower part of silver ion casing and is defined between pair of silver plates.

EFFECT: simplified assembling and enhanced reliability in operation of washing machine.

11 cl, 4 dwg

Laundry washer // 2324025

FIELD: personal use articles.

SUBSTANCE: laundry washer contains feed device for detergent, filled into the detergent container, in the laundry tank with water for laundering. The detergent feed device consists in body, detergent container and limiting element. In the body there are inlet holes, connected with the corresponding pipes for water feed, and outlet hole, connected with the tank for laundry. The detergent container is installed in the body, it is possible to dismount it, inside it there is a receiving chamber for liquid detergent. In the liquid detergent receiving chamber there is an outlet element provided for the discharge of liquid, filled into the receiving chamber, to the water tank. The limiting element is a baffle plate projecting from the container bottom to divide the receiving chamber for the first liquid detergent into the front and back sections to prevent the liquid detergent from moving from side to side inside the container under the influence of the external force. The baffle plate is narrower than the receiving chamber for the first liquid detergent thereby it makes a passage for liquid on its side face.

EFFECT: prevents the liquid detergent from moving from side to side inside the container under the influence of the external force.

7 cl, 8 dwg

FIELD: personal use articles.

SUBSTANCE: laundry washer consists in tank, unit for water feed to the tank and device to feed the silver solution to the tank. The silver solution feed device consists in a body with inlet and outlet holes, water feed unit to connect the body inlet hole and laundry washer water feed unit, two silver elements, installed in the body and ionized using electrolysis and flow rate decreasing element. The latter is located between the end surface of the silver element near the outlet hole and the body outlet hole.

EFFECT: provides required silver element ionization, sufficient antimicrobial and bactericidal effects.

8 cl

FIELD: personal articles.

SUBSTANCE: washing machine contains reservoir for water, in which water for washing is located, steriliser, which realises sterilising of water for washing by process of electrolysis, and circulating system, which realises circling of water for washing in steriliser. Steriliser has first electrode, which contains silver, and second electrode, which contains metal, which is more likely to ionise water than silver. Machine also contains power unit for supplying electric current to electrodes and controller for switching of electric current polarity, which is applied to first and second electrodes.

EFFECT: persistent manifestation of sterilising effect during washing and rinsing process.

13 cl, 3 dwg

FIELD: personal demand items.

SUBSTANCE: device comprises dissolution chamber in feed reservoir for objects to be washed for feeding of detergent, and this chamber has at least one slot-like opening on bottom. Device comprises sprinkling device with multiple nozzles. Slot-like opening of chamber bottom is installed longitudinally or transversely versus direction of jets, which come out of nozzles of sprinkling device. Chamber bottom is arranged with internal bend and may be oriented longitudinally along with longer sides of rectangle. Dissolution chamber has filling window for detergent, which is arranged at least on one side wall and/or on cover.

EFFECT: improved conditions for dissolution of detergent, elimination of possibility for depositing of its residues in dissolution chamber on completion of washing process and prevention of stains on washed objects.

6 cl, 4 dwg

FIELD: personal use articles.

SUBSTANCE: household appliance for carrying out at least one textile products washing, comprising rotating cylinder designed for placement of textile products to be treated, and at least one element for textile products transition and/or lifting while washing. Element for textile products transition and/or lifting comprises device for cleansing agents and/or detergent additives placement, and at least one cleansing agent and/or detergent additive release system sensitive to the said cylinder speed (ω).

EFFECT: household appliance development for textile products washing without traditional cleansing agent measuring hopper in the form of a box and connected to it hydraulic circuit.

14 cl, 4 dwg

FIELD: personal use articles.

SUBSTANCE: invention relates to cleaning machines, such as dishwashing or washing machines designed to wash dishes or laundry with the help of detergents. Machine used to clean articles by means of washing comprises tank, where articles to be washed are placed, dispensing device for dispensing of required amount of detergent into washing tank, container, where detergent is placed, required for more than one washing cycle, and where mixing device is installed to prevent formation of detergent flakes in container, due to motion, and motor of mixing device, which sends required energy for motion of mixing device. Machine comprises control device, where values of current sent to mixing device motor and corresponding to a certain amount of detergent available in container at a specific moment of time are recorded, through monitoring of current values sent to motor of mixing device, and their comparison to recorded values of mixing device motor current. Mixing device is arranged in the form of hollow cylinder, which is fixed by its one end to container wall. The second free end of hollow cylinder is arranged horizontally and is put in vibratory motion. Control device informs the user about the fact that detergent ran out, with the help of audio signal and/or video signal, when current goes below specified threshold value.

EFFECT: increased efficiency of dispenser operation and its higher effectiveness.

7 cl, 5 dwg

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