DE212016000261U1 - Washing machine for human body - Google Patents

Abstract

Washing machine for people, characterized in that it is a cabin (1) with a thermal insulation sealing wall (2) and that it is accessible through an access door (11) and comprises two opposed skeletons (12) with a fleece coating with pneumatic chambers or tucks ; an insulation membrane (5) subdivides the inner cavity of the cabin (1) into two superimposed chambers, wherein a head protection (3) is vented through one or more ventilation windows (6) and a body protector (4), that the lower base (24 ) of the cabin (1) carries a seat of two footrests (25), rods (26) carrying at their upper ends wrists (27) and a basin (28) for filtering liquids, and that the cabin (1) of Units (30, 31 and 32) of the engine, the control and the control, the independent washing and other functions of the machine is accompanied.

Description

The present invention represents a technique for making a new generation of washing machines, called a human body washing machine.

The current state of the art enables the development and perfection of washing systems, both washing machines and dishwashers. The constructions of these machines, however, do not yet allow the realization of a car wash for the human body due to various limitations, including the following:

The suffocation risk of persons or electric shocks in closed washhouses.

Neither the drums or the stirrers of the washing machines nor the circulation system of the dishwashers, which are mechanisms adapted to the nature of the washing product, are applicable to the human body.

If one can choose the amount of laundry or dishes according to the capacity of the washing machine, the human body is an inseparable unit and has a wide variety of sizes.

The mechanisms used in washing machines to supplement the effectiveness of detergents require long cycles of washing, which are unbearable by the generality of humans.

The present invention provides a technique for manufacturing a washing machine for a human body with innovations related to the lavatory and the mechanism of action to overcome the above limitations.

This invention provides a closed cabin with a thermal insulation sealing wall. The inner cavity of the cabin is divided into two superimposed chambers, which are separated by an intermediate wall. The internal cavity contains two opposing skeletons that carry a layered bandage to cover the bather's body.

The upper part of the inner cavity of the car, which is arranged above the partition, called head protection, is ventilated at least through a ventilation window. The lower chamber, called body protector, of the interior cavity of the cabin, which is located below the partition, can be completely closed by closing any possible ventilation window and access door.

The intermediate wall, called insulating membrane, is flexible and flexible. It is mobile so that it can be transported down or up into the cabin to adapt the body protection to the size of the bather. This isolation membrane is flexible to allow the freedom of movement of the float and the riser tubes of the skeletons passing through.

On one side of the cabin, called the access side, a door opens to access its interior. Opposite the access area is the underside, which can support the needs of the bather. On the two right and left sides of the access area there are two opposite surfaces, the front surface and the rear surface. The lower base of the cabin supports a seat of two footrests, on which the bather can stand without risk of slipping and the front and back hangs behind him. Next to each footrest is a threaded rod with adjustable height, which carries a wrist for holding and internal control. On this lower base is also a pool for filtering and drainage of liquids.

Note: The terms front, back, left and right refer to the position of the bather when swimming.

Inside the cabin are two opposing skeletons carrying a layered bandage called a coating, a first skeleton to the front and a second skeleton to the rear. Each skeleton consists of a series of eight risers grouped into five pairs. The central risers allow to frame the lower limbs of the sides between the limbs. On both sides of the two central risers, the next two, which rise to the edge, allow the framing of the trunk and the lower limbs of the outer sides. The peripheral pair of left ascending tubes and the peripheral pair of right ascending tubes frame the upper limbs and shoulders.

The risers of each pair are connected by pivot arms to a motion transmission axis. Each transmission axis allows control of the movements of a pair of risers. On the one hand, a connecting bridge connects the transmission axes with each other and ensures the various movements of the skeleton and connects the skeleton with a motorization unit on the other side. So the two skeletons can be brought to the middle of the cabin or taken away by the bather moved back to the front and back. It is also possible to perform oscillatory movements of the skeletons right and left or up or down. In other embodiments, the progress of the coating of the bather is effected by expanding ridges.

A train of transverse bands is attached to each pair of risers. Trains may be slid up or down the ascending tubes to target areas, upper limbs, trunk or lower limbs. Also, the transverse bands may be spread or received to adjust the coating to the size of the bather. The transverse bands are connected by a chain of so-called elevator loops from one end to the other. The elevator consists of a series of vortices that slide along the risers and are extended by ledges. The bars have configurable loops at their ends. These configurable loops make it possible to fix or release the cross straps. On each pair of riser tubes, the loops carrying the transverse bands alternate with empty loops.

Circulation lines direct the liquids from the various chambers to the coating. They go through the transverse bands by connecting them through aqueducts. These circulation lines make it possible to impregnate the transverse strips by ejection pores. The cab is powered by other ducts and ejectors used during the car wash cycle; it can also be powered by evaporation pores.

Before starting the wash cycle, the skeletons are pulled back and forth to allow the bather to sit in the center of the cabin and prepare. When the access door closes, the insulating membrane and the coating are adjusted to the size of the bather.

After the start of the wash cycle, the bandages of the two skeletons are brought closer to the bather until each loop of one skeleton meets the opposite loop of the other skeleton. This approach is done by advancing the skeletons or extending the strips. The reconfiguration of the loops at their meetings makes it possible to alternate the transverse bands between the skeletons. After this replacement, the withdrawal of the skeletons or ledges to the front and back sides makes the various parts of the body belt-shaped by coating the bands. Oscillating movements of the coating on the left and right sides allow the sizing or massage of the body by the desired fluids. Oscillation movements of the coating upwards and downwards enable the scanning of the entire body.

At the end of the cycle, a new approach of the skeletons or an extension of the groins, then the encounters of the opposing loops and their reconfigurations again, allow the replacement of the ligaments and the liberation of the bather.

In other variants, the trains of the horizontal stripes can be replaced by sails with pneumatic chambers. The coincidence of the opposite sails and the attachment of their support makes it possible to enclose the targeted part of the body in sleeves. In addition to the aforementioned characteristics of the transverse strips, the application of a suitable pressure on the pneumatic chambers of the splayed parts of the sails makes it possible to adapt a handle to the part of the body which it contains. Rotational vibrations of the sleeves around the body parts allow the sizing or the massage of the body.

The cabin of this car wash for the human body is accompanied by other blocks for missions that ensure proper operation, which can be given as an example: motorization, heating, pumping, circulation, recovery and recycling of liquids, car washing ...

For a more explicit description, reference is made to figures showing schematic drawings of some embodiments as illustrative and non-limiting examples. It is an encapsulated cabin 1 with sealing wall 2 and shown with thermal insulation. The inner cavity of the cabin is divided into two superimposed chambers, which through an intermediate wall 5 are separated. The inner cavity contains two opposing skeletons 12 wearing a layered bandage to cover the bather's body.

The upper part of the inner cavity of the cabin 1 is located above the partition 5 , where the head protection 3 through at least one ventilation window 6 ventilated. The lower chamber, the body protection 4 surrounds, the inner cavity of the cabin below the partition 5 and can by closing a possibly existing ventilation window 6 and an access door 11 be completely closed.

The partition wall becomes insulation membrane 5 called and is movable and flexible, making it the cabin 1 can move up or down to the body protection 4 to adapt to the height of the bather. This insulating membrane 5 is therefore flexible, so that the freedom of movement of the float and the passing risers 13 the skeletons 12 can be enabled.

On one side of the cabin 1 opens the access area 7 the door 11 for access to their interior. Opposite the access area 7 there is a bottom part 10 who can support the needs of the bather. On the two right and left sides of the access area 7 There are two opposing surfaces, a front surface 8th and a back surface 9 , The lower base 24 the cabin 1 wears a seat of a pair of footrests 25 on which the bather can stand, without being in danger of slipping or in front of him the front 8th and the back 9 to leave behind. Next to every footrest 25 is a threaded rod 26 attached to a wrist 27 to hold and to control internally. On this lower base 24 there is also a pool 28 for filtering and draining liquids.

Inside the cabin are two opposing skeletons 12 which serve to provide a layered coated bandage as shown in FIG 3 shown a first skeleton 12 on the front side 8th and a second skeleton 12 at the back 9 to wear.

Every skeleton 2 consists of a line of eight risers, see 2A (two riser pipes 131 , two risers 132 , two risers 133 and two risers 134 ), grouped in five pairs (two pairs 131 - 132 , a couple 133 - 133 and two couples 133 - 134 ).

The central risers 134 make it possible to frame the lower limbs of the sides between the limbs. On one side and on the other of the two central risers 134 allow the following two parts rising to the periphery 133 the framing of the trunk and the lower thighs of the outsides. The peripheral pair of risers 131 - 132 left and the peripheral pair of risers 131 - 132 on the right side, it allows to frame the upper limbs and shoulders.

According to the embodiment represented by the drawings of 2A and 2 B emerge, the risers of each pair are by swivel arms 22 with a motion transmission axis 23 connected. Every transmission axis 23 allows the control of the movements of a pair of risers. A connecting bridge 29 connects the transmission axes and ensures various movements of the skeleton. Thus, the two skeletons can be brought to the center of the cabin or from the center of the cabin by the bather moving back to the front and back; it is also possible to perform oscillatory movements of the skeletons right and left or up or down. In other embodiments, the progress of the coating of the bather is effected by expanding ridges.

A train 14 (please refer 2A ) of horizontal stripes 15 is attached to each pair of risers. Trains 14 can be moved up or down along the riser pipes to see them (see 2A ) to the target body parts, upper limbs, trunk or lower limbs. In addition, the transverse stripes can be spread or picked up to match the coating to the size of the bather. The horizontal stripes 15 are at each end of the risers with an elevator called by a so-called loop 16 connected. The elevator 16 consists of a series of sliding vertebrae 19 along the riser pipes, through ledges 17 are extended (see. 3 ). The strips carry configurable loops at their ends 18 , These configurable loops 18 allow it, the horizontal stripes 15 to fix or release. On each pair of riser tubes, the cross stripes alternate 15 wearing loops 18 with the free loops 18 from.

circulation pipes 20 conduct liquids from the various chambers for coating. They go through the horizontal stripes, passing them through aqueducts 21 connect. These circulation lines allow the cross strips to be impregnated by ejection pores. The cabin is powered by other ducts and ejectors used during the car wash cycle. It can also be driven by the haze of evaporation pores.

Before the start of the wash cycle, as in 2 and in 3 is shown schematically are skeletons 12 to the backs 9 and 8th pulled back so that the bather in the middle of the cabin 1 can settle and prepare. If the access door 11 the insulating membrane 5 closes, the coating is adjusted to the size of the bather.

After the start of the wash cycle, the bandages of the two skeletons 12 (please refer 4 ) brought closer together until each loop 18 a skeleton 12 on the opposite loop 18 of the other skeleton 12 meets. This approach is done by progression of the skeletons 12 or extension of the strips 17 , The reconfiguration of the loops 18 at their meeting, it makes possible the cross stripes 15 between the skeletons 12 exchange.

After this exchange, as shown schematically in 5 is shown, the retraction of the skeletons umhänet 12 or last 17 to the front 8th and rear 9 Cover the different parts of the body with a coating of stripes 15 , Oscillating movements of the coating on the left side and on the right side (relative to the bather) allow a coating or a massage of the body by the desired liquids. Oscillation movements of the coating upwards and downwards allow an independent washing of the whole body.

At the end of the cycle, a new approach of skeletons 12 or an extension of the last 17 , then allow the encounters of opposing loops 18 and their reconfigurations again the exchange of ribbons and the liberation of the bather.

In other variants, the trains of the horizontal stripes can be replaced by sails with pneumatic chambers. The meeting of the opposite sails and the attachment of their supports make it possible to enclose the targeted part of the body in sleeves.

In addition to the aforementioned characteristics of the transverse strips, the application of a suitable pressure on the pneumatic chambers of the splayed parts of the sails makes it possible to adapt the handle to the part of the body which it contains. Rotational vibrations of the sleeves around the body parts allow a coating or massage of the body.

6 schematizes a cabin 1 with other units for missions that ensure proper operation, which can be given as an example:

units 30 for motorizing, heating, pumping, circulating, recovering and recycling liquids. The various engine missions can be performed through channels in the skeleton poles.

unit 32 Car washing, drainage and evacuation.

unit 31 control and steering, called dashboard.

2 shows a schematic drawing of a skeleton 12 a horizontal stripe in front view in 2A and in profile view in 2 B wearing.

In 2A are eight risers 13 of the skeleton 12 represented, which are:

The two outer peripheral risers 131 frame the upper limbs from the outside.

The two inner peripheral risers 132 frame the upper limbs from the inside.

The two outer central risers 133 frame the shoulders, trunk and upper limbs from the outside.

The two inner central risers 134 frame the lower limbs from the inside.

Claims (9)

Washing machine for people, characterized in that it is a cabin (1) with a thermal insulation sealing wall (2) and that it is accessible through an access door (11) and comprises two opposed skeletons (12) with a fleece coating with pneumatic chambers or tucks ; an insulation membrane (5) subdivides the inner cavity of the cabin (1) into two superimposed chambers, wherein a head protection (3) is vented through one or more ventilation windows (6) and a body protector (4), that the lower base (24 ) of the cabin (1) carries a seat of two footrests (25), rods (26) carrying at their upper ends wrists (27) and a basin (28) for filtering liquids, and that the cabin (1) of Units (30, 31 and 32) of the engine, the control and the control, the independent washing and other functions of the machine is accompanied. Washing machine for people after Claim 1 , characterized in that the insulating membrane (5) is movable so that it can be displaced downwards or upwards from the cabin (1) in order to adjust the body protector (4) to the size of the bather, and in that this insulating membrane ( 5) is therefore flexible to allow freedom of movement of the float and the passing riser tubes (13) of the skeletons (12). Washing machine for people after Claim 1 , characterized in that the two opposing skeletons (12) are connected on one side by motion transmission with motorization units and by liquid lines to the liquid chambers and on the other side are provided with large quantities of the coating. Washing machine for people after Claim 1 characterized in that each skeleton (1) consists of a series of eight risers (13) grouped into five pairs (two pairs 131-132, one pair 133-133 and two pairs 133-134), in that the central risers (134) make it possible to frame the lower legs of the sides between the links, that on the one side and on the other of the two central risers (134) the following two peripheral parts (133) form a frame of the frame The trunk and lower leg of the outer sides allow the peripheral pair of risers (131-132) on the left and the peripheral pair of risers 131, 132 on the right to frame the upper limbs and shoulders, and that the two opposing skeletons (FIG. 12) cooperate such that the coating can be adapted to the size of the bather and made manageable during the wash cycle. Washing machine for people after the Claims 1 and 4 characterized in that the elevators (16) consist of a succession of sliding vertebrae (19) along the risers and are elongated by ledges (17) carrying configurable loops (18) at their ends to allow for configurable loops To fix or release transverse strips (15) and that on each pair of risers the loops (18) carrying the transverse strips (15) alternate with the free loops (18). Washing machine for humans according to one or more of the preceding claims, characterized in that the so-called elevators (16), which slide along the risers carrying strips or air chamber sails, make it possible to move the coating upwards or downwards to them to adjust the levels of targeted body parts while also allowing the bandage or pneumatic vents to be spread or lifted to accommodate the coating to the size of the bather. Washing machine for humans according to one or more of the preceding claims, characterized in that the configurable loops (18) allow the replacement and replacement of the transverse strips (15) or the air chamber sails between the two skeletons (12) and a coating for girding the body, to free the bather. Washing machine for humans according to one or more of the preceding claims, characterized in that circulation ducts (20) direct the liquids from the various chambers to the coating, that they pass through the horizontal stripes by connecting them through aqueducts (21), that these circulation ducts permit to impregnate the transverse strips by ejection pores, that other channels and ejectors are used during the self-wash cycle, and that the booth can also be driven by evaporation pores. Washing machine for people according to one or more of the preceding claims, characterized in that it is designed so that they can be washed automatically and equipped with a system that ensures the cycle of independent washing.

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