Laundry machine. RU patent 2511847.

FIELD: articles of personal use.

SUBSTANCE: invention describes laundry machine for laundry washing. Laundry machine includes a case for outward appearance, including foundation, tank, mounted on the case foundation rigidly by bearing unit attached to the foundation. Bearing unit includes front and rear supports installed in the centre of front and rear foundation parts respectively, and blocks vertical and horizontal movement of the tank. Laundry machine drum had elastic suspension separated from the tank, and laundry is loaded through opening combined with tank opening on the front part of tank.

EFFECT: increased capacity of laundry machine.

31 cl, 16 dwg

The technical field to which the invention relates

This invention relates to a machine for processing of linen, and more specifically to the machine for processing of linen, made with the possibility to give support distributed vertical weight applied tank when the machine for linen and underwear treatment has a high washing capacity.

Prior art

Usually a car for linen and underwear treatment removes various contaminants adhering to the clothes and bed sheets, using emulsifying detergent, functions friction and impact streams of water, created in accordance with the pulsator or drum, etc. Fully automatic machine for processing of linen, which has recently developed, automatically performs a cycle that includes the procedure of washing, the procedure of rinsing, drying procedure by centrifugation, etc. without requiring the intervention of the consumer in the middle of the cycle.

In recent years gradually increased the demand for machine drum type for linen and underwear treatment. In the case of the machine drum type for linen and underwear treatment may decrease its total weight, compared with a washing machine pulsation type, in which a washing tank is rotating in the vertical position. In addition, in the car drum type for linen and underwear treatment almost never occurs or not there is a problem of twisting linen and education large number of folds in lingerie.

Below is a brief description of construction of the above machine drum type for linen and underwear treatment. Machine drum type for linen and underwear treatment is divided mainly on the main body, which gives the appearance of a car for linen and underwear treatment, tank located inside the main building and supported by the shock absorbers and springs, to store water for washing, and the cylindrical drum, located inside the tank, to contain linen. Drum perceives the driving force of propulsion Laundry loaded in a drum.

Machine drum type for linen and underwear treatment with the above design, inevitably creates vibration due to the torque strength of the drum, eccentricity linen loaded in a drum, etc. that is created when the drum rotates for washing and drying clothes by centrifugation. Vibration created during rotation of the drum, passed out through the tank and housing.

To prevent transmission to the hull vibration transmitted from the drum to the tank, a significant role is played by springs and dampers provided between the tank and the case for depreciation and reduction of vibrations transmitted to the tank.

By the way, in most cases, the above machine drum type for linen and underwear treatment is not set in the offline state, and in a state of unity with the existing installation (for example, conditions drains and embedded means). To this end, the machine drum type for linen and underwear treatment should be limited dimensions, satisfying the conditions of installation of machines for processing of linen.

In addition, in the above machine drum type for linen and underwear treatment there is a limit to change the internal design of the machines for processing of linen, due to the design of the springs and shock absorbers, provided for reduction of vibration between the tank and the body. Also limited itself changes in the dimensions of the machine drum type for linen and underwear treatment, because there are restrictions on the installation of machines for processing of linen.

By the way, to achieve growth detergency by machines for processing of linen, so - and to achieve increase of washing and convenience of consumers, conducted active research and development. However, in the famous machine drum type for linen and underwear treatment experience significant difficulties in increasing the dimensions of the tank to increase detergency.

To this end, requires the development of machines for processing of sheets with different designs and executed with the possibility of increasing the amount of washing.

Summary of being invention

Technical task

This invention made due to the aforementioned problems and provides machine for linen and underwear treatment with the new anchor drum design, completely different from the structures in the above cases, in particular, made with the possibility of depreciation vibrations created because of the drum, and simultaneously prevent the transmission of vibrations to the tank.

This invention made due to the aforementioned problems and ensures the machine for processing of linen with the new support structure, made with the possibility of maintaining such as foreign exchange, as the external dimension of the usual drum machines for processing, and effective maintenance of the tank increased capacity.

Technical solution

The objective of the present invention can be solved through the development of machines for processing of linen, which includes the case, giving the appearance, and the body contains the base, tank located in the building, and the site supports, provided on the basis of, for maintain vertical weight of the tank.

The site supports may include front supporting agent installed on the center on the front of the Foundation and designed to support the front of the tank and the rear supporting agent installed on the center on the back of the base and designed to support the rear side of the tank.

The tank can be performed with the front landing ledge jutting down from the front bottom part of the tank. Front supporting tool can be performed from the front landing seizure, which put forward a boarding ledge.

Front boarding ledge can have a wedge-shaped, having a cross section in the form of an inverted triangle. The front landing seizure may take the form of an inverted triangle that corresponds to the form of the boarding ledge.

On one side of the landing seizure may be performed with mounting holes to ensure the passage of fasteners through this mounting hole. On one side of the boarding ledge at the position of the mounting hole, can be done fixing notch to ensure fixing fasteners in the mounting slot.

The tank can be done from the back seat notch, deepening up from the rear of the bottom section of the tank. Rear support tool can be accomplished with the rear base ledge, sit in the back of the landing slot.

Rear landing notch can have a cylindrical shape. Rear support extension can be provided with cylindrical support, made of elastic material. Cylindrical bearing can be planted in the rear landing dredging to maintain the tank.

The tank may be fitted with mounting lug and boarding excavation, respectively executed on the front and back of the tank. Front supporting tool and rear supporting tool can be equipped with landing excavation and support ledge, sochinyenii boarding ledge and boarding excavation, respectively.

Boarding ledge can have a wedge-shaped, having a cross section in the form of an inverted triangle. Boarding seizure may take the form of an inverted triangle that corresponds to the form of the boarding ledge.

On one side of the landing seizure may be performed with mounting holes to ensure the passage of fasteners through this mounting hole. On one side of the boarding ledge at the position of the mounting hole, can be done fixing notch to ensure fixing fasteners in this mounting the notch.

Boarding notch can have a cylindrical shape. Support extension can be provided with cylindrical support, made of elastic material. Cylindrical bearing can be planted in the landing dredging to maintain the tank.

Machine for linen and underwear treatment can additionally include a drum set with the possibility of rotation in the tank, rotating shaft, passing through the tank from the back wall of the drum, box bearings fitted with a rotating shaft, and the shock absorber bracket for depreciable maintain boxes bearing on the ground.

In another aspect of the present invention, the proposed machine for linen and underwear treatment includes case, giving the appearance, and the body contains the base, tank, permanently installed in the chassis, front supporting agent installed on the center on the front side of the base, to maintain vertical weight of the tank and simultaneous horizontal limitations move the tank and the rear supporting agent installed on the center on the back of the base, to maintain vertical weight of the tank.

Washing machine can optionally include dryer, installed with the possibility of rotation in the tank, rotary shaft, passing through the tank from the rear wall of the drum, box bearings fitted with a rotating shaft, and the shock absorber bracket for depreciable maintain boxes bearing on the ground.

In another aspect of the present invention, the proposed washing machine, including the case, giving the appearance, moreover, the package includes a base, a tank, permanently installed in the chassis, front supporting agent installed on the center on the front side of the base, to maintain vertical weight of the tank and simultaneous restrictions horizontal movement of the tank, and back support the tool is installed in the center on the back of the base, to maintain vertical weight of the tank and simultaneous restrictions horizontal movement of the tank and the rear supporting tool has the same form as the front supporting tool.

Washing machine additionally include the drum set with the possibility of rotation in the tank, rotary shaft, passing through the tank from the back wall of the drum, box bearings fitted with a rotating shaft, and the shock absorber bracket for depreciable maintain the box bearings relatively the Foundation.

In another aspect of the present invention, the proposed washing machine, including the case, giving the appearance, and the package includes a base, a tank, permanently mounted in the housing, dryer, installed with the possibility of rotation in the tank, rotary shaft, passing through the tank from the back wall of the drum, box bearings connected with rotating shaft bracket shock absorber designed for depreciable maintain boxes bearing relative to the base, and many support tools installed on the base so that support tools are located on the outside of the tank and under it to maintain vertical weight of the tank.

The body may include many covers, covering the outer circumferential surface. Support tools can still be installed on the base and appropriate internal surface covers.

Many of support ribs can be formed on the lower section of the outer ring of the tank surface so that these support ribs are horizontally. Accordingly, supporting tools can support these reference fin.

At the end of each of the reference edges can be formed entered engages the ledge. At the end of each of the supporting funds can be formed entered engages the notch, the host introduced engages the tab corresponding to one of the supporting ribs and thereby limiting the reference to the provision of the relevant reference fin.

Each of supporting tools can be equipped declinaison edge, made at the end of the supporting tools and solenaya edge has solenaya hole. At the end of each of the reference edges can be done with mounting holes to ensure fixing fasteners in this mounting hole after passing through solenaya hole the end of supporting funds.

The body may include left and right panel, and front and back panel, which give the appearance. Support tools can be supported angles, limited by panels, being in close contact with these angles, respectively.

Tank in the car for linen and underwear treatment can be fixed or can be supported elastic support structure, such as the site of the suspension.

In addition, the tank can be maintained in a state intermediate between the hard maintenance and elastic maintenance.

That is, the tank may elastically supported by the site of the suspension or rigidly maintained. For example, a tank can be maintained pendants, maintained rubber bushings to provide less elastic displacements, than in case of maintenance of pendants, or can still be maintained somewhere in other place with screws or similar means.

As another example, we give the following cases in which the tank is supported by more stringent than when it is supported by the site of the suspension.

First, the tank can be executed as a unit with the housing.

Further, the tank can be maintained by means of screws, rivets, rubber bushings, etc. in Addition, the tank can be welded or soldered to the chassis. In these cases, support or fasteners have more rigid than the rigidity of the site suspension, concerning the main directions of vibration of the drum.

The tank may be extended within the space in which this tank is. That is, the tank can grow up until it circumferential surface reaches (or almost reaches) side of a wall or the side of the frame (for example, the left or right panel), by limiting the size of the mentioned space, at least in the transverse direction (the direction transverse axis perpendicular to the direction of the rotating shaft, when the rotating shaft is horizontal). The tank can be executed as a unit with a transverse lateral walls of the housing.

The tank can be made closer in the transverse direction to the wall or frame than a drum. For example, a tank can deviate from the wall or frame on the interval, which is 1.5 times shorter than the separating it from the drum. Provided that the tank increased in the transverse direction, the drum can also be increased in the transverse direction. In addition, if the lateral spacing between the tank and the drum is reduced, the drum can directly proportional to expand in the transverse direction. When the cross interval between tank and drum decreases the vibration of the drum can be considered as originating in the transverse direction. The weaker the vibration of the drum in the transverse direction, the more extended drum diameter. Therefore, the site of the suspension to reduce the vibration of the drum can be made so that the rigidity of the site suspension in the transverse direction will be greater than the rigidity of the site charms in other directions. For example, the site of the suspension can be made so that the rigidity of the site suspension with anti lateral movement is the largest compared with the rigidity of the site suspension at the counter offsets in other directions.

Site suspension may include brackets, passing in the axial direction. In the car for linen and underwear treatment with front loading brackets can be carried forward, namely, toward the door.

Site suspension may contain, at least, two pendants, which are located at a distance from each other in the axial direction of the shaft.

Site suspension may include suspension below the shaft, installation of support. Supported object (for example, the drum) is supported pendants so that is installed offline.

Alternatively, the site of the suspension may contain pendants located above the shaft, to create suspension of support. In this case, supported the object is supported by hanging.

The center of mass of the vibrating object (for example, a combination of drum shaft boxes, bearings and motor) can be relatively center longitudinal drum length - side, where is the electric motor. In the car for linen and underwear treatment with front loading center of mass can be at the longitudinal centre of the drum. In this case, at least, one suspension can be in front of the center of mass or after him. One suspension can be in front of the center of mass, and the other pendant - with the center of mass.

The tank may be fitted with a manhole on the back of his plot. The drive unit can be connected to the tank by means of an elastic element. Elastic element can be trapped between the tank and the drive unit to prevent water leaks through the hatch in the rear section of the tank and ensure move the drive unit relative to the tank. Elastic element can be made of elastic material, which may create a seal, for example, cushioning material similar to that which made the front strip. In this case, the elastic element - for convenience - you can call back gasket. Rear seal can be connected to the drive unit, provided that the rotation of the rear strip, at least, in the direction of rotation of a rotating shaft, limited. In one embodiment, elastic material can be directly connected to the shaft. In another embodiment, elastic material can be connected with the plot of the box bearings.

In addition, the area of the drive unit, which is radially from the inside of the rear pads and so, perhaps, exposed to the water in the tank, can be designed in a way that will not corrode through water. For example, a section of the drive unit can be covered or surrounded by single element, is made of plastic, as the rear element of the tank (which will be described below). When the plot of the drive unit is made of metal, this site can be free from the direct impact of water by means of a coating or individual plastic item, and therefore preventable and corrosion of this section.

In addition, the body may not be necessary. For example, in the case of embedded machines for processing of linen, machine for processing of linen can be installed without housing within a space that is limited by the design of the walls. However, even in this case you may want front panel, forming the front surface of the machine for processing of linen.

Useful effects

In accordance with the machine for linen and underwear treatment according to this invention, it is possible to provide a washing machine drum-type, with new support structure of the drum, completely different from supporting structures of the normal cases. Vibration coming from the dryer, effectively amortized, not handed down on the tank.

In accordance with the machine for linen and underwear treatment according to this invention, it is possible to increase the capacity of the tank by changing the design of the machine for processing of sheets and increase support the sustainability of the tank with increased capacity by vertical maintain weight of the tank.

Brief description of drawings

The attached drawings which are included in the proposal to ensure further the understanding of the invention, illustrate the variants of the invention and, together with a description serve to explain the principles of the invention.

The drawings:

in Fig. 1 presents promising an image with a spatial separation of parts, illustrating the machine for processing of linen in accordance with the invention;

in Fig. 2 and 3 presents perspective images, illustrating the front of the tank machines for processing of linen in accordance with the invention;

in Fig. 4 advanced image behind, illustrating the rear of the tank machines for processing of linen in accordance with the invention;

in Fig. 5 presents a promising image illustrating the site suspension machines for processing of linen in accordance with the invention;

in Fig. 6 presents a side view, illustrating articulated the condition of the tank and host of the suspension in the machine for processing of linen in accordance with the invention;

in Fig. 7 presents perspective images with a spatial separation of parts, illustrating supported the condition of machines for processing of linen according to the first embodiment of the present invention;

in Fig. 8 presents a promising image below, illustrating the tank machines for processing of linen in accordance with the invention;

in Fig. 9 presents scaled-perspective images, illustrating support machines for processing of linen in accordance with the first embodiment of the present invention;

in Fig. 10 shows a side view of illustrating supported state machines processing of linen in accordance with the first embodiment of the present invention;

in Fig. 11 presented on a larger scale and in a section of a perspective image illustrating supported the condition of machines for processing of linen in accordance with the first embodiment of the present invention;

in Fig. 12 presented in section promising image illustrating supported the condition of machines for processing of linen in accordance with the first embodiment of the present invention;

in Fig. 13 presents a promising image illustrating the car for linen and underwear treatment in according to the second variant of the implementation of the present invention;

in Fig. 14 section illustrating the machine for processing of linen in accordance with the second embodiment of the present invention;

in Fig. 15 presents a promising image illustrating machine for processing of linen in accordance with the third embodiment of the present invention; and

in Fig. 16 presents perspective images with a spatial separation of parts, illustrating articulated state machines for processing of linen in accordance with the third option the implementation of this inventions.

The best way of carrying out the invention

Below, with links to enclosed drawings, the description of machines for processing of sheets corresponding to the possible variant of the implementation of the present invention.

In the following description, the name of each element in this invention is determined by considering the function of this element. Therefore, the technical meaning of each element is not limited to the name of each element. In the art each part can also have a name that is different from the name defined in this description.

In Fig. 1 presents perspective images with a spatial separation of parts, illustrating the machine for processing of linen in accordance with this invention.

The tank is illustrated in the car for linen and underwear treatment still installed in the housing.

Tank includes the front of 100 tank, which forms the front section of the tank, and back 120 tank, which forms the rear section of the tank. The Assembly front of 100 tank and the rear 120 tank is realized by means of screws. The front part of the 100 tank and back 120 tank Assembly limit the space for the reception of the drum. The tank also includes the rear element 130 tank, which forms the back wall of the tank. Back item 130 of the tank is connected to the back of 120 tank through the rear strip 250.

Rear strip 250 is made of elastic material, to prevent the transmission of vibrations created in the rear part 130 of the tank, on the back of 120 tank.

Rear 120 tank has a back wall 128. The back wall 128 rear 120 tank forms the back wall of the tank with the rear item 130 of the rear tank strip 250. Rear strip 250 connected with ensuring the seal between the rear element 130 tank rear 120 tank to prevent diversion of water for washing, located in the tank. Rear element 130 tank vibrates together with a drum during rotation of the drum. For this reason, the rear element 130 tank is sufficient distance from the back of 120 tank to prevent a situation in which the rear element 130 tank and back 120 tank could interfere with each other during rotation of the drum. Rear strip 250 is made of elastic material. Accordingly, rear strip 250 allows the rear element 130 tank to move relative to the rear 120 tank, without interfering with the rear 120 tank. Rear strip 250 can have bellows section 252 (Fig. 4), held in sufficient length to provide the relative movement of the rear element 130 tank.

With a front section of the front of 100 tank item is connected 200, do not let foreign objects in order to prevent the capture of foreign objects between tank and drum. Item 200, do not let foreign objects, made of elastic material and installed stationary on the front of 100 tank. Item 200, do not let foreign objects can be made of the same material as the rear strip 250.

Drum includes the front of 300 dryer, Central part 320 drum and rear 340 drum. On the front and back sides of the drum are installed ball balancers and 330 310. With the back 340 drum connected Phillips element 350. Phillips element 350 is connected with rotating shaft 351. Drum rotates inside the tank torque power transmitted on a drum through the rotating shaft is 351.

Rotating shaft 351 passes through the rear element 130 tank and is connected directly with an electric motor. Specifically, the rotating shaft 351 connected directly with the rotor of the electric motor. Box 400 bearings articulated against the rear wall 128 rear item 130 of the tank. Box 400 bearing supports with the possibility of rotation of a rotating shaft 351 between the motor and the rear element of 130 tank.

In the box 400 bearings still has the stator. Around the stator is the rotor. As described above, the rotor is connected directly with rotating shaft 351. The motor is an electrical machine with external rotor, i.e. it is connected directly with rotating shaft 351.

Box 400 bearings supported by 600 basis body through the site of the suspension. Site suspension includes three vertical pillars and two inclined for supporting the box 400 bearings in the direction, which is tilted relative to the direction from front to back. Site suspension is connected with the Foundation of 600 housing, not being fully attached to the base of 600 housing. That is, the node suspension is connected with the Foundation of 600 housing in the state in which is provided the possibility of elastic deformation and thus the possibility of moving drum in the directions from front to back and from left to right. In other words, the node suspension elastic rests with the possibility of rotation within a certain angle in the direction from front to back and from left to right around each point of its support, in which the host suspension is connected with the Foundation of 600 housing. In this elastic support, vertical support site suspension may be established on the basis of 600 rubber bushings. Vertical support site charms that are installed vertically, operate, providing elastic depreciation vibration dryer, but inclined support site charms that are installed inclined, there are also reduces vibration of the drum. In this regard, we note that in a vibrating system, including the spring and damping tool, the site of the suspension can be shaped in such a configuration, in which the vertical support function as spring, but inclined support function as shock-absorbing agent.

Tank, with the exception of the rear element 130 tank, permanently installed in the housing. Vibration dryer amortized node suspension. In practice, the support structure for tank and drum can be considered as separate structures. Supporting structures can also be considered to have configurations that prevent vibration of the tank, even when the drum vibrates.

Next, you will see a more detailed description of machine for linen and underwear treatment in connection with each part.

Fig. 2 and 3 illustrate the front of 100 tank. The front part of the 100 tank includes a cylindrical wall, component section lateral wall of the tank, and ring-shaped front wall, formed at the front end of the cylindrical wall. The front part of the 100 tank also has an outdoor rear end. On the back end, the front part of the 100 tank has many mounting holes 110. Mounting holes 110 aligned with the appropriate mounting holes 127 (Fig. 4) rear 120 tank for bonding front of 100 tank and the rear 120 tank.

From the inner circle of the front wall front of 100 tank comes forward rim 101. Rim 101 has a width, gradually decreasing from its top to its bottom as the protrusion of the rim 101. In practice, rim 101 must be done at the bottom of the inner circle of the front wall front of 100 tank.

Rim 101 performed with a hole 104 to supply water for washing, intended for supply of water, with inlet 103 for hot air that is used on the operation of drying, with inlet 106 for circulating water, in which by a circulation pump enter the circulating water for washing, hole 105 for steam, which is injected water, steam, etc.

In the car for linen and underwear treatment corresponding to this invention, it is possible stabilization of the conditions support for the design, providing water supply, such as the washer, clothes design, such as a drying box, design, allow the supply of water vapor, design, allow the supply of circulating water for washing, etc. because in this machine for linen and underwear treatment significant vibration applied to Baku.

Inlet 103 for hot air passes up from the rim 101 and is essentially a rectangular cross section. Inlet 103 for hot air is necessary in the case of washing machines that have the function of drying. Inlet 103 for hot air is unnecessary in the case of a washing machine that does not have the function of drying.

Because the hole 104 for water supply, etc. performed on the front side the front of 100 tank as described above, the water supply for washing etc. is on the front of the tank.

The hole 104 for water supply, etc. can be placed in front of the front end of the drum, the prisoner in the tank. In this case, water for washing etc. can be entered directly into the drum through the hatch of the drum, provided to ensure the loading and unloading. In this case there is a possibility to more efficiently process linen, because fluids submitted for linen and underwear treatment, namely, water for washing etc. can be entered directly in the drum. If the detergent is fed from a hopper detergent, when water for washing, there is a possibility to reduce the amount of detergent used, if the detergent can be entered directly in the drum. In this case, there is also the possibility to reduce the amount of water used for washing. There is also a possibility to reduce the problem of pollution caused by deposits of detergent that accumulate on the bottom of the tank. In addition, when the water for washing is served from the front of the tank, the possible effect of cleaning glass door (not shown) water for washing.

Even when the hot air from the front of the tank, flow of hot air may be ineffective in the case in which hot air is supplied by a vertical wall front of 100 tank. This is possible because the path along which flows the air, has a complex U-shaped structure with a 90-degree turn, has two crankshaft of the site. (In this case, the hot air is flowing from the rear of the tank to the front of the tank, runs down the front side of the tank along one of bent section of the route, and then flows through the vertical wall of the tank along another cranked section of the route.) However, if the inlet 103 for hot air performed in the rim 101 front of 100 tank, the path along which flows the hot air has a single engine land, so the hot air can flow smoothly.

The hole 104 for water supply, etc. are located above the center of the drum. Water for washing etc. are channelled to the drum through the top section of the drum in front of the drum. If you want to supply water for washing etc. inside the drum through the bottom section of the drum in front of the drum, then, in contrast to the above cases, rim 101 front of 100 tank can be executed at the bottom of the front wall front of 100 tank. In addition, if you want to supply water for washing etc. in cross direction, in contrast to the above cases, in which the water for washing etc. are served in the vertical direction, rim 101 can be formed in the vicinity of the Central section 131 of the front wall front of 100 tank. That is, the design of the rim 101 can be changed in accordance with the direction of flow supplied fluid.

On the front end of the rim 101 connecting element 102 for joint item 200, do not let foreign objects. Connecting element 102 comes forward from the front end of the rim 101 so that the connecting element 102 has essentially cylindrical structure, which are small. On the outer ring's surface connecting element 102 performed edge 102a.

The articulation of the item 200, do not let foreign objects, with connection element 102 is achieved when connecting element 102 sits in item 200, do not let foreign objects. To this end, item 200, do not let foreign objects, form the boarding notch (not shown), which entered into gear rib 102a, performed on the small cylindrical surface of the connecting element 102.

The front part of the 100 tank still connected to the front wall of the chassis (not shown). For this motionless connections on the front wall of the front of 100 tank around the rim 101 is locking lugs 107a, 107b, 107c and 107d. The front wall of the chassis (not shown) is placed in the desired position, provided that the front part of the 100 tank is installed, and then attach to the front of 100 tank mounting screws in the direction from front to back.

In Fig. 3 presents the view, which shows the inside of the front of 100 tank on the back.

The hole 105 for water vapor can be connected with the hose of water vapor. For the direction of the water vapour emitted from the hole 105 for water vapor inside the drum provides a guide 105A water vapor. Direction of circulation of the water flowing from inlet 106 for circulating water, inside of the drum are provided guide a circulating water. The hole 105 for the water vapour inlet 106 for circulating water, etc. all together made in front of 100 tank. The front part of the 100 tank formed by a process of plastic injection moulding. The opening 105 for water vapour, etc. obtained by injection molding along the front of 100 tank as an attribute front of 100 tank.

The front part of the 100 tank articulated with the back 120 tank, thus forming the space for the reception of the drum. The front part of the 100 tank and back 120 tank attached to each other screws. For this purpose, screws, around the front of 100 tank on the back end front of 100 tank formed many threaded mounting holes 110.

Rear 120 tank has a cylindrical structure surrounding the drum. Rear 120 tank has a front plot with open end, and a rear area with a ring-shaped rear wall 128. The front section rear 120 tank articulated with the opportunity to seal the front of 100 tank. The back wall 128 rear 120 tank has an internal diameter, rather larger than the outside diameter of the rear element 130 tank. Accordingly, the back wall 128 rear 120 tank is separated from the rear element 130 tank at a sufficient period to prevent a situation in which the rear element 130 tank and the rear wall 128 could interfere with each other, even when the rear element 130 tank vibrates. Rear strip 250 is located in the mentioned period. That is, rear strip 250 connected between the back of 128 rear 120 tank and the rear element of 130 tank. Rear strip 250 ensures sealing effect between the back 128 rear 120 tank and the rear element of 130 tank. Rear strip 250 can have bellows plot elastic enough to prevent a situation in which the rear strip 250 intervened would vibration rear item 130 of the tank.

Outlet 121 on one side rear 120 tank to perform the function of drying machines for processing of linen. If the machine for linen and underwear treatment does only the function of washing, not having the function of drying, hole 121 for the release of hot air would have been unnecessary.

By the way, lower the front of 100 tank and the rear 120 tank additionally formed a separate design for rigid supports tank on the ground. The support structure for the front 100 tank and the rear 120 tank will be described later in connection with a support structure of the tank.

In Fig. 6 shows the state in which the site of the suspension is installed in the car for linen and underwear treatment on the basis of 600. In Fig. 7 shows articulated the condition of the tank, namely, the front of 100 tank and the rear 120 tank, boxes 400 bearings and host of the suspension.

Site suspension box includes 400 bearings, the first cargo 431, the second cargo 430, first bracket 450 suspension and the second bracket 440 suspension.

Box 400 bearings includes support 401 bearings for maintenance of the bearings. On the front side of the box 400 bearings with holes 405 articulation with the back of the tank is designed for installation boxes 400 bearings on the back of the strip 250 tank. In the back of the box 400 bearings made part (not shown), which establish the motor is designed for installation of the electric motor in a box 400 bearings.

Transversely in the opposite radial directions of the box 400 bearings are the first and the second continue 406a and 406b, respectively. With the first and second sequels 406a and 406b connected first and second cargo and 430 431, respectively. With the first and second cargo and 430 431 connected first and second brackets 440 450 and suspension respectively.

In this case, each of such structural elements as the first sequel 406a, the first cargo 431 and the first bracket 450 pendants, made symmetrically with appropriate of such structural elements as a second continuation 406b, the second cargo 430 and the second bracket 440 suspension. The first and second cargo and 430 431 function, by balancing when the drum is made linen. The first and second cargo and 430 431 also function as the mass of the vibrating system of the drum.

Site suspension may include vertical suspension for vertical depreciation vibration and suspension, acting in the direction from front to back, for depreciation in the direction from front to back. Vertical suspension can be arranged so that one suspension is found on the back, and two are located on the front side, being a cross opposite to each other relative to the center of the base. Pendants, acting in the direction from front to back, can be located transverse opposite one another, being inclined towards the front to back.

Site suspension may include the first coil spring 520, the second coil spring 510, a third coil spring 500, the first cylindrical shock 540 and second cylindrical shock 530.

Cylindrical spring has the design, which will spring set between the cylinder and the piston. Because cylindrical spring has a cylinder-piston design, its length is constantly changing during operations depreciation. The cylinder is connected with suspension bracket, and the piston is connected with the party base. On the other hand, cylindrical shock absorber is designed to which a cylindrical shock absorber is designed to which a piston moves inside the cylinder with getting depreciation effect in accordance with friction resistance, created during the movement of the piston.

Third cylindrical spring 500 is centered on the back, and the first and second cylindrical springs 510 520 and are located on the front side, being a cross opposite. Each of the first cylindrical shock absorber 540 and second cylindrical shock absorber 530 is located between the rear position, which is the third cylindrical spring 500, and relevant from the front of the provisions, which are the first and the second cylindrical springs and 510 520, respectively. The first and second cylindrical shock absorbers and 530 540 cross symmetric. Cylindrical springs are connected with the Foundation of 600 rubber bushings.

Further, with reference to Fig. 7-12, will be described in the supporting structure of the tank machines for processing of linen in accordance with the first variant of implementation.

In Fig. 7 presents perspective images with a spatial separation of parts, illustrating supported the condition of machines for processing of linen in accordance with the first embodiment of the present invention. In Fig. 8 presents a promising image below, illustrating the tank machines for processing of linen in accordance with this invention. In Fig. 9 presents scaled-perspective images, illustrating support machines for processing of linen in accordance with the first embodiment of the present invention.

The supporting structure of the tank in accordance with the first embodiment of the present invention includes the front of the base-50 tank and rear bearing part 55 tank, which have the same design. The front of the base-50 tank supports the front part 100 of the tank and the rear 120 tank, respectively. The front of the base-50 tank and the front of the base-55 tank still established on the basis of 600 on the back and the Central parts of the base 600 through separate connecting elements (for example, threaded bolts (not shown)), respectively.

The front of the base-50 tank and rear bearing part 55 tank will be described only in connection with the front of the supporting part 50 tank, without describing them separately. The front of the base-50 tank will be described only in relation to different parts of the front of the basic part 50 of the tank and on the basis of established designs.

By the way, fore-100 tank and back 120 tank can have flat sections 100a and 120a at the lower of their fields, respectively. Although the external surface of the front of 100 tank and the rear 120 tank are significantly curved, flat areas of 100a and 120a have a flat surface, respectively.

If the tank is installed in the inclined condition, each of flat sections 100a and 120a made with tilt, so that its front part is higher than the rear. That is, although the tank is tilted, the bottom surface of the tank is supported horizontal so that the front and rear sections have the same height relative to the base of 100. Accordingly, the front of the base-50 tank and rear bearing part 55 tank can be of the same form.

On a flat plot 100A provided on the lower area of the front of 100 tank made boarding ledge 109 and boarding excavation 108a and 108b. Boarding ledge 109 and boarding excavation 108a and 108b articulate with reference front part 50 of the tank, making the front of 100 tank supported on the front of the base-50 tank. In addition, on a flat plot 120A on the lower section of the rear 120 tank provided boarding ledge 126 and boarding excavation 125a and 125b. Boarding ledge 126 and boarding excavation 125a and 125b articulate with the rear base part 55 tank, making rear 120 tank supported on the back of the base-50 tank.

Each of the boarding tabs 109 & 126 is wedge-shaped, having a cross section in the form of an inverted triangle. Through each of boarding tabs 109 & 126 done fixing the notch in the direction parallel inclined axial direction of the tank. In the mounting groove is fixed fastener, such as bolts or screws. Mounting tabs 109 & 126, performed in front of 100 tank and the rear 120 tank, placed in positions that are not aligned with each other.

Boarding excavation 108A and 108b, performed in front of 100 tank, located on the opposite side of the landing tabs 109 front of 100 tank, respectively. Boarding excavation 125 and 125b, made in the rear of 120 tank, located on the opposite side of the landing ledge 126 rear 120 tank, respectively. Each of landing slots 108a, 108b, 125a and 125b has a cylindrical shape, so that it receives the support ledges 51 and 52 of the front of the basic part 50 of the tank and the rear of the basic part 55 tank.

Each of the support slots 53 and 58 has the shape of an inverted triangle that corresponds to the form of the boarding tabs 109 & 126. Each of landing slots 53 and 58 can take the form of cracks, having a cross section in the form of an inverted triangle. If a boarding excavation 53 and 58 are of the form cracks, boarding tabs 109 & 126 front of 100 tank and the rear 120 tank can be planted in support of dredging 53 and 58, with the installation of the gap in the direction of forward and back.

To this end, if the boarding excavation 53 and 58 are of the form cracks on the front-end or back end) of the support slots 53 and 58 made stops 53b and 58b to limit the movement of planting tabs 109 & 126, respectively. Through stops 53b and 58b done mounting holes 53c and 58C trainers, respectively. In these mounting holes 53c and 58C trainers respectively fixed individual fasteners.

The support extensions 51 and 52 have the form of a round column, so they sit in boarding excavation 108a and 108b front of 100 tank or in a boarding excavation 125a and 125b rear 120 tank, respectively. Around the outside of the district surfaces of the support ledges 51 and 52 planted rubber bushings 51a and 52a, respectively, with a certain elasticity. Elasticity of rubber bushings 51a and 52a planted around the anchor tabs 51 and 52, you can compensate for the installation gap due to size of the error generated when installing the front of 100 tank and the rear 120 tank.

By the way, boarding ledge 109 front of 100 tank sits to the left of the support slots 53 and 58 of the front of the basic part 50 tank, namely, in the reference notch 53. In mounting hole 53b done through focus 53A, fix the screw that goes then fixing the notch boarding tabs 109. In this case, the direction of fastening screws corresponds to the direction from front to back of the tank.

Boarding ledge 126 rear 120 tank sits to the right of the support slots 53 and 58 of the rear support part of the 55 tank, namely, in the reference notch 58. In mounting hole 58b done through focus 58A, fix the screw that goes then fixing the notch boarding ledge 126. In this case, the direction of fastening screws corresponds to the direction from back to front of the tank.

Boarding ledge 109 front of 100 tank, boarding ledge 126 rear 120 tank are located so that they are not aligned with each other in the direction from front to back. Boarding ledge 109 front of 100 tank can be located on the left side, and the landing ledge 126 rear 120 tank can be located on the right side.

Part of the outer ring rear 120 tank, rigidly supported by the reference projections 51 and 52 of the rear support part of the 55 tank. Part of the outer ring of a surface front of 100 tank, rigidly supported by the reference projections 51 and 52 of the front of the basic part 50 of the tank. Accordingly, the front of the base-50 tank and rear bearing part 55 tank function as the retention base, the opposing vibrations of the outer ring of the tank surface. As a result, a possibility appears to reduce vibration outer ring of the tank surface and reduce wind noise. As the drum is moving inside the tank, the tank is subjected to great pressure changes. For this reason, the outer ring tank surface vibrates, thereby creating aerodynamic noise. In reducing such vibration and aerodynamic noise contribute fasteners.

Boarding tabs 109 & 126 front of 100 tank and the rear 120 tank, as well as supporting the notches 53 and 58 of the front of the basic part 50 of the tank and the rear of the basic part 55 tank executed inclined, going parallel to the direction of the tilt of the tank. Mounting grooves done through boarding tabs 109 & 126 front of 100 tank and the rear 120 tank, also executed inclined, going parallel to the direction of the tilt of the tank.

Next will be described in the articulation of supporting structures in accordance with the first embodiment of the present invention.

The front of the base-50 tank and rear bearing part 55 tank installed at the centre on the front and back sides of the base of 600, respectively, for maintenance of weight applied tank. In this case, boarding tabs 109 & 126, performed in front of 100 tank and the rear 120 tank, sit in the bottom-notch 53 front support part of the 50 tank and the rear base of part 55, respectively.

The movement of planting tabs 109 & 126 planted in support of dredging 53 and 58, is limited by the end stops 53a and 58a. Boarding tabs 109 & 126 planted in support of dredging 53 and 58, fasten fasteners, passed through the mounting holes 53b and 58b stops 53a and 58a, respectively. Boarding tabs 51 and 52 of the front of the basic part 50 of the tank and the rear of the basic part 55 tank sit in boarding excavation 108a, 108b, 125a and 125b front of 100 tank and the rear 120 tank, respectively. The movement of planting tabs 51 and 52 front of 100 tank and the rear 120 tank planted in boarding excavation 108a, 108b, 125a and 125b, restricted to these landing slots 108a, 108b, 125a and 125b.

Boarding tabs 51 and 52 can be planted in boarding excavation 108a, 108b, 125a and 125b rubber bushings 51a and 52a. Elasticity of rubber bushings 51a and 52a, you can compensate for the installation clearance when installing the front of 100 tank and the rear 120 tank. Elasticity of rubber bushings 51a and 52a, you can also reduce or to absorb vibration and shock generated between each of the front of 100 tank and the rear 120 tank and the corresponding front of the supporting part of the 50 tank and the rear of the basic part 55 tank.

In accordance with the machine for linen and underwear treatment according illustrated option exercise can significantly increase the diameter of the tank because the tank is fastened directly to the base of 600, so it does not move. As a result, a possibility appears to significantly increase the capacity of the tank and drum. In addition, there is the effect of improving the General characteristics of the vibration, since the tank is attached to the base of 600.

Further, with reference to the accompanying drawings, will be described in the supporting structure of the tank machines for processing of linen in accordance with the second embodiment of the present invention.

In Fig. 13 presents a promising image illustrating the machine for processing of linen in accordance with the second embodiment of the present invention. In Fig. 14 section illustrating the machine for processing of linen in accordance with the second embodiment of the present invention.

As shown in these drawings, the supporting structure of the tank machines for processing of linen in accordance with the second embodiment of the present invention includes the front of the base-60 tank and rear bearing part 70 of the tank. The front of the base-60 tank still established on the basis of 600 to maintain lower sections of the front of 100 tank. Rear support 70 tank still established on the basis of 600 to maintain the lower section of the rear part 120 tank.

The support structure, supported front supporting part 60 tank and rear bearing part 70 tank, also performed in the lower parts of the front of 100 tank and the rear 120 tank, respectively.

Many of the front seats tabs 62 performed on the lower area of the front of 100 tank so that these front boarding tabs 62 sit in the front of the base-60 tank. Each front boarding ledge 62 is wedge-shaped, having a cross section in the form of an inverted triangle. Through every front landing tab in the direction parallel to the axial direction of the front of 100 tank done fixing notch 64. In fixing the notch 64 fixed fastener, such as bolts or screws.

Many rear landing slots 72 performed on the lower section of the rear 120 tank in such a way that generates support by the back of the basic part 70 of the tank. Each rear landing notch 72 has a cylindrical shape.

The front of the base-60 tank fitted in front of the Central part of the Foundation of 600 by separate hardware (for example, threaded bolts (not shown)). The front of the base-60 tank includes front supports the body 61 tank that creates the reference height for the front of 100 tank. On the top section of the front supports of the body of 61 tank made the front landing excavation 63. The front landing tabs 62 front of 60 tank sit in front of the boarding excavation 63, respectively. Each front landing notch 63 has the shape of an inverted triangle that corresponds to the shape of the front seats tabs 62.

The front landing excavation 63 can be in the form of cracks, having a cross section in the form of an inverted triangle. If the front landing excavation 63 have the form of cracks, front boarding tabs 62 front of 100 tank can have the installation gap in the direction of forward and back. On the front end of each of the front landing excavation 63 performed emphasis 65, limiting the movement of the front seats ledge 62 planted in front of the boarding notch 63.

Through every stop 65 done a landing aperture 67. In mounting hole 67 fixed landing detail, so that the front landing ledge 62 is still installed in the front landing notch 63.

Rear support 70 tank still installed on the back of the Central section of the Foundation of 600 with a separate hardware (for example, threaded bolts (not shown)). Rear support 70 tank includes rear supports the body 71 tank that creates the reference height for rear 120 tank. The upper section of the rear support of the body 71 tank made back the support extensions 74. Rear support ledges 74 sit in the rear landing excavation 72 rear 120 tank, respectively.

Each of the rear support extension 74 equipped with rubber sleeve 76, so back support extension 74 is firmly planted in the appropriate landing notch 72. Rubber plug 76 can be made of rubber material, with some firmness. Elasticity of rubber bushings 76 possible to compensate for the installation gap due to size of the error generated when installing the rear 120 tank.

Although the supporting structure of the tank according to the second variant of implementation is described, provided that its components vary front of the supporting part 60 and rear bearing part 70, such an element as a reference front part 60, can be located at the rear side of the tank, and such an element as a rear base part 70, can be located on the front of the tank. That is, the present invention, the provisions of the front of the basic part 60 and rear support part of the 70 no limit is imposed.

Will now be described articulation above the base structure of the tank.

The front of the base-60 tank installed at the centre on the front of the base 60. The front landing tabs 62 front of 100 tank sit in front of the boarding excavation 63 front of the basic part 60 tank, respectively. Move the front seats tabs 62 planted in front of the boarding excavation 62, is limited by the end stops 65. The front landing tabs 62 planted in front of the boarding excavation 63, fasten fastening parts missing in the mounting holes 67 done through stops 65.

Rear support 70 tank installed at the centre on the back of the base of 600 to maintain the weight applied to the back of the tank. Rear support ledges 74 rear support part of the 70 planted tank in the rear landing excavation 72 rear 120 tank. The movement of the rear support ledges 74 planted in the rear landing excavation 72, limited to the rear landing slots 7.

Rear support ledges 74 can be planted in the back boarding excavation 72 rubber bushings 76. Elasticity of rubber bushings 76, you can compensate for the installation clearance when installing the tank. Elasticity of rubber bushings 76, you can also reduce or to absorb vibration and shock generated between the front part 60 tank and rear 70 tank.

Further, with reference to the accompanying drawings, will be described in the supporting structure of the tank machines for processing of linen in accordance with the third embodiment of the present invention.

In Fig. 15 presents a promising image illustrating the machine for processing of linen in accordance with the third embodiment of the present invention. In Fig. 16 presents perspective images with a spatial separation of parts, illustrating articulated state machines for processing of linen in accordance with the third embodiment of the present invention.

The supporting structure of the tank machines for processing of linen in accordance with the third embodiment of the present invention includes a lot of support ribs 80, made on the external circumferential surface of the tank, and many support tools 90 stipulated on the basis of 600 to maintain the support of ribs 80.

As shown on the drawings, supporting ribs 80 are from the lower zones district external surfaces of the front of 100 tank and the rear 120 tank. Many of support ribs 80 are located in front of 100 tank, and many of them are also located in the rear 120 tank. Although the supporting ribs 80, respectively located in front of 100 tank and the rear 120 tank, vary in the direction of formation and the status of formation, they have the same configuration. Accordingly, the reference ribs 80 will be described only in connection with one of the reference edge 80, no description of all bearing ribs 80.

Each support rib 80 acts in a direction perpendicular to the axial direction of the tank from the bottom of the plot section of the greatest diameter of the front of 100 tank in the rear 120 tank. From the lower end of each reference ribs 80 is introduced into the mesh tab (not shown), limiting the position of the joint reference ribs 80 with the relevant supporting means 90. On one side of each reference ribs 80 executed mounting hole 84 for joint support ribs with 80 declinaison edge 93, made on the appropriate support tool, 90, using separate hardware. The following paragraphs will describe a supporting tool 90.

By the way, supports the 90 specified in the relevant corner 600. In a preferred embodiment, the supporting funds 90 installed so that to be in close contact with the angular parts of the base 600, adjoined front panel of the chassis (not shown), rear the panel 620 housing, the right panel 630 corps and the left panel 640 building, articulated with the relevant stakeholders grounds 600.

On the basis of 600 may provide many support tools 90. Although supporting tools 90 vary in the direction of installation and the installation position, they can have the same configuration in the direction of formation and the status of formation. Accordingly, supporting feature 90 will be described only in connection with one supporting means 90, no description of all the supporting funds 90.

Solenaya edge 93 on one side saddle 92. Solenaya edge 93 passes to the lower end of support ribs 80. Solenaya hole 95 done through solenaya edge 93 so that it connects the hole 95 corresponds mounting hole 84, made in the relevant supporting the edge of 80. Solenaya hole 95 and mounting hole 84 bound to each other separate fastener.

By the way, the body 91 each supporting tools 90, permanently established on the basis of 600, is located on the corresponding from the vertical angular areas restricted front panel housing (not shown), rear panel 620 housing, the right panel 630 housing and left panel 640 building, articulated by 600 basis. Body 91 each supporting tools 90 can be firmly articulated with the appropriate areas of the body with the help of individual fasteners (not shown).

In accordance with the machine for linen and underwear treatment under this option exercise can significantly increase the diameter of the tank because the tank is fastened directly to the corner 600 and body, so that the tank is not moving. As a result, a possibility appears to significantly increase the capacity of the tank and drum.

Since the tank is still set on the basis of 600 and chassis, tank does not vibrate separately and vibrates provided that Baku is added to the weight of the chassis. As a result, increases the rigidity of the tank. In addition, there is the effect of improving the General characteristics of the vibration drum washing machines.

It should be understood that the terms used for the names of elements in the description and attached to the claims should not be perceived as being restrictive in General and dictionary sense. Although at least part of the terms is designed for ease of description, materials, functions, forms, etc. the constituent elements of these terms are not limited. It should be understood that the constituent elements of the invention are defined and explained their functions and roles.

1. Machine for linen and underwear treatment containing case which has foundations, tank for keeping water in it for washing, dryer installed in the tank, the site for elastic suspension maintain drum site supports, installed on the ground, in order to strictly vertical support the weight of the tank at a district of the tank surface apart from maintaining drum, while the tank is supported by a host of supports on the ring surface, apart from the maintenance of the drum.

2. Machine for linen and underwear treatment of claim 1 in which the tank is supported by at least three points on the ring surface.

3. Machine for linen and underwear treatment of claim 1 in which the tank is additionally supported on the surface of the front or back wall.

4. Machine for linen and underwear treatment of claim 1 in which the tank is supported as a standalone.

5. Machine for linen and underwear treatment of claim 1 in which the host supports contains forward a supporting tool installed on the front side of the base, to support the front of the tank and the rear supporting agent installed on the rear side of the base, to support the rear side of the tank.

6. A machine for processing of sheets indicated in paragraph 5, in which the tank is made with the front landing ledge jutting down from the front bottom part of the tank, and the front supporting tool is made from the front landing seizure, which put forward a boarding ledge.

7. Machine for linen and underwear treatment of claim 6, in which the front landing ledge is wedge-shaped, having a cross section in the form of an inverted triangle, and the front landing excavation has the shape of an inverted triangle that corresponds to the form of the boarding ledge.

8. A machine for processing linen according to claim 7, which on one side of the landing excavation performed mounting hole to ensure the passage of fasteners through this mounting hole, and on one side of the boarding ledge at the position of the mounting slot mounting notch to ensure fixing fasteners in the mounting slot.

9. A machine for processing of sheets indicated in paragraph 5, in which the tank is manufactured from the back seat notch, deepening up from the rear of the bottom section of the tank and the rear supporting tool is made with back support ledge, sit in the back of the landing slot.

10. Machine for linen and underwear treatment of claim 9, in which the rear landing excavation has a cylindrical shape, and the rear support extension equipped with cylindrical support, made of elastic material, with the cylindrical support is planted in the rear landing dredging to maintain the tank.

11. A machine for processing linen indicated in paragraph 5, in which the tank is equipped boarding ledge and boarding excavation, respectively executed on the front and rear lower parts of the tank, and the front supporting tool and rear supporting tool provided with boarding excavation and support ledge, sochinyenii boarding ledge and planting notch, respectively.

12. A machine for processing of linen on paragraph 11, in which boarding ledge is wedge-shaped, having a cross section in the form of an inverted triangle, and the landing excavation has the shape of an inverted triangle that corresponds to the form of the boarding ledge.

14. A machine for processing of linen on paragraph 11, in which the landing excavation has a cylindrical shape and support extension has a cylindrical bearing, made of elastic material, with cylindrical bearing planted in the landing dredging to maintain the tank.

15. Machine for linen and underwear treatment according to claim 1, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft and the motor to rotate the shaft, and elastic material to prevent water leaks inside the drum to the site actuator and ensure move the drive unit relative to the tank.

16. Machine for linen and underwear treatment according to claim 1, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft and the motor to rotate the shaft, and the site pendants attached to the box bearings.

17. A machine for processing linen containing the body that defines the appearance, and the case has reason, tank, permanently mounted in the housing, dryer installed in the tank with the possibility of rotation, and the site supports, installed on the ground, in order to strictly vertical support the weight of the tank at a district of the tank surface apart from support of the drum, and the site supports includes: front supporting agent installed on the front side of the base, to maintain vertical weight of the tank and simultaneous restrictions horizontal movement of the tank and the rear support tool, installed in the center on the back side of the base, to maintain vertical weight of the tank.

18. Machine for linen and underwear treatment at 17, additionally contains a rotating shaft, passing through the tank from the back wall of the drum, box bearings fitted with a rotating shaft, and the shock absorber bracket for depreciable maintain boxes bearing on the ground.

19. Machine for linen and underwear treatment containing case, giving the appearance, and the body contains the base, tank, permanently mounted in the housing, dryer installed in the tank with the possibility of rotation, and the site supports, installed on the ground, in order to strictly vertical support the weight of the tank at a district the surface of the tank separate from the support of the drum, and the site supports includes: front supporting agent installed on the center on the front side of the base, to maintain vertical weight of the tank and simultaneous restrictions horizontal movement of the tank, and back support the tool is installed in the center on the back of the base, to maintain vertical weight of the tank and simultaneous restrictions horizontal movement of the tank and the rear supporting tool has the same form as the front supporting tool.

20. A machine for processing of linen on p.19, additionally contains a rotating shaft, passing through the tank from the back wall of the drum, box bearings fitted with a rotating shaft, and the shock absorber bracket for depreciable maintain boxes bearing on the ground.

21. Machine for linen and underwear treatment containing the body that defines the appearance, and the case has reason, tank, permanently mounted in the housing, dryer, installed with the possibility of rotation in the tank and having a hole through which the drum is loaded linen and which is made on the front of the tank, site for elastic suspension maintain dryer, many support tools installed on the base so that the support tools are located on the outside of the tank and under it hard for maintaining vertical weight of the tank on the ring surface of the tank is separated from the support of the drum.

22. Machine for linen and underwear treatment under item 21 in which the body contains many covers, covering the outer ring of the surface, and the supporting tools still installed on the base and appropriate internal surface covers.

23. Machine for linen and underwear treatment under item 21 in which many of support ribs formed on the lower section of the outer ring of the tank surface so that these support ribs are horizontally, and supporting tools accordingly support these reference fin.

24. A machine for processing linen in item 21, in which at the end of each of the reference ribs formed entered engages the ledge, and on the end of each of the supporting funds formed entered engages the notch, the host introduced engages the tab corresponding to one of the supporting ribs and thereby limiting support the provision of the relevant reference fin.

25. Machine for linen and underwear treatment under item 23, in which each of support funds provided declinaison edge, made at the end of the supporting tools and solenaya edge has solenaya the hole, and at the end of each of the reference ribs made with mounting holes to ensure fixing fasteners in this mounting hole after passing through solenaya hole the end of supporting funds.

26. Machine for linen and underwear treatment under item 21, in which case contains left and right panel, and front and back panel, which give the appearance of, and support tools are supported angles, limited by mentioned panels, being in close contact with these angles, respectively.

27. Machine for linen and underwear treatment under item 21, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft and the motor to rotate the shaft, and elastic material to prevent leakage water inside a drum, the drive unit and ensure move the drive unit relative to the tank.

28. Machine for linen and underwear treatment under item 21, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft, and the site pendants attached to the box bearings.

29. Machine for processing of linen, containing a body, defines the appearance, and the case has reason, tank, permanently mounted in the housing, dryer, installed with the possibility of rotation in the tank and having a hole through which the drum is loaded linen and which is performed on the front side of the drum, the site for elastic suspension maintain dryer, many support tools installed on the base so that these supporting tools are located between the centre of the base and the external surface of the tank and under it hard for maintaining vertical weight of the tank at a district of the tank surface separately from support of the drum.

30. Machine for linen and underwear treatment in clause 29, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft and the motor to rotate the shaft, and elastic material to prevent water leakage, inside a drum, the drive unit and ensure move the drive unit relative to the tank.

31. Machine for linen and underwear treatment in clause 29, additionally contains the drive unit that contains a shaft connected to a drum, box bearing supports with the possibility of rotation of the shaft and the motor to rotate the shaft, and the site pendants attached to the box bearings.