The apparatus relates to a new type of bidet, which is attached to the right or left side of the toilet bowl rim , under toilet seat, for the purpose of creating of an upward vertical water jet and the sanitary cleansing of rectal or genital areas especially after defecation, menstruation etc.

Technology background

The up to now known attached bidets have many flaws relating to: 1. Not a 100% body cleansing effectiveness, due to distance from target, direction and angle of water jet. 2. Complexity in function and construction, which increases the cost to manufacture and lessens endurance. 3. Their place at the bowl, it allows parts of them to be easily spoiled by waste. 4. They are bulky or non-aestheticaliy prominent. 5. They don't allow the cleaning up of toilet part under them. 6. There have difficulties to be installed. 7. They might on use, damage the toilet bowl, or toilet seat. 8. They couldn't be attached to all kinds of toilets, or there is need to inflict changes to toilet seat. 9. They don't take care of small children at home, which can go to the toilet room and make a mesh of it. In addition, using buttons, in order to choose different water jet pressures, make obvious that width of choose is restricted by. 10. Some need to have imposed different adjustments for men and women.

This new type of bidet we are proposing at produces an upwards vertical water jet, so to impose perfect body cleansing, even in cases of hemorrhoids, li is simple in construction and function, easy to use, easy to manufacture, so very cheap, easy to repair it and so long lived. At no use position the tube with flush nozzle lies under the bowl rim, so practically it never gets spoiled and It is almost invisible from above. It allows the toilet part under it to be easily cleaned up. It could easily get be installed without any invasion on toilet seat or bowl, and no screwdrivers are involved. It could easily get attached to any toilet type and can be used without any change by men and women. Using a water valve of slow action (multi-strophic) for water amount and pressure control , small children could not be able to ^' wrongly function it. In addition it gives innumerable pressure chooses.

It has the following special features, in relation to existing bidets, that render the apparatus very simple, slim, but unsurpassed, as regards function and duration: Part of the water conduction system is comprised of a flexible elastic tube. This and its special arrangement give flash aluminum tube the ability to rotate around a shaft, specially its short branch under the toilets rim and, thanks to elastic tube's elastic resistance to distortion it retracts it automatically back to its non use position when the work is done. Rotation of flash tube, to reach to use position, is done by slight pulling of a plastic thread. The necessary stabilization of the apparatus is succeeded by means of a metal skeleton , a wire hook that is inserted into the bowl holes,{that lie under the rim and which let the water to run in the toilet) and an unseen wire that attaches to cover's or basin's underneath screws . These all make the apparatus very simple, slim, easily manufactured and easily being repaired.

Brief description of figures

Fig. A: view of the device from left and above, as we are sitting on the bowl, in no use position.

Fig. B: the device in use position.

Fig. C: view from right and above. In Fig. D: stabilizing skeleton and additional stabilizing parts , water supply and conduction part, rotation system to use and non use position , the plastic thread for pulling, and the hard tube with flush nozzle.

Fig. E: and F: additional supporting stabilizing parts.

Fig. G: the device with the cover added. In all above figures the apparatus is attached on the one side of bowl. It can be on the other as well. On this case would be necessary to change the direction of cover and its moulding.

Fig. H: a vertical section of the device at line 5-6, fig. G , fig. L. 18 : is the elastic tube, 40: the plastic cover, 41: its angled part, that is removable and fits with 40 at points 45, 46, the aluminum stripe,ll, which is kept steady by small indent. Height, 42-46 must be no more than 10 mm.

Fig. K: a fragmentary part of the rotation system. Fig. L: the under surface of cover. Detailed description

The apparatus has the following parts: The stabilizing part, the part of water supply up to a hard tube's flush nozzle, the system of restricted rotation of the hard tube, the system of pulling the hard tube to use, and its automatic return to no use position, the plastic cover.

Stabilizing part Fig. A, C, D, E, F, G, H, is made from flexible plastic or better from thin aluminum sheet stripe, number 11, about 24-28 cm long, which fits to the rim o any type of toilet. At point 12 a piece of hard stainless like hook wire, 13, fig D, G is fixed. Its length changes in different toilets, according to each rim's height. It is inserted to any one of the holes (rather at the back of the bow!) we choose, under its rim, in a way that it reaches the hole's upper roof. It is 1.5-3 cm longer from hole or channel's depth, so aluminum stripe is kept in a distance o f 1.5-3 cm from the toilet wall. In cases where there are no holes but a channel, the hook is possible to be extended in a way that it touches channel's walls, fig. E, or we use the additional wires, 14, firmly rounded up around hook 13, and then extended like wings, 15, as shown in fig. F.

As a second parallel mechanism of stabilization , for both types (with holes or channel) of toilets, a piece of wire 21 is attached, successively, at points 16, 17of the aluminum stripe, fig D, and joining the elastic or plastic tube, 18, or 19, (so being almost unseen), it reaches seat's or tank's under screw , 22, where is attached to it.

Along the one or the other side of aluminum stripe there are many holes in a raw, 48, at a distance to each other of about 1 cm, where we choose (it depends to toilet type) to attach the elastic tube 18, fig. D, (it is better if it is on the same side with the flush nozzle), 32, fig. D, in order to exert more elastic resistance to its distortion, so to retract back hard tube more easily. First hole is about 5-7 cm away from shaft 26.

The other end of the skeleton stripe is about like a c, fig. D, G. Its horizontal parts are 1,5-2,5 cm long and have the holes 23, 24. The vertical part is 1,5-2,5 long, and has a hole, 25, with very much smooth edges(in order to avoid traumatizing the plastic thread , 30, which passes through it. This can be secured by metallic or plastic grommet. In holes 23, 24, is rotating a shaft, 26 fig. D, fig. K, which is attached to aluminum hard but light tube, 27, through a plastic block, 28, fig. D, fig. K. The tube 27 at its end has a hole, 36, l-4mm wide, (flush nozzle), fig. D, and is about horizontally partially rotating , through shaft 26, in a plain at sufficient, but the least distance below the upper part of the toilet seat, so to avoid the flash nozzle to get in touch with user's body. There could be an important variation: There are cases where for different reasons, installation of the device is easier and more functional, if the hook is inserted to a hole, which is nearer to front part of toilet, than the back one. On such occasion its direction is opposite to that shown on fig. A

Water supply section

Parts of it coincide with parts of the rotation system. There is no need to describe the details of connection of apparatus with the city water supply system, but it is essential to note that, as in some areas the water pressure is very high, we must reduce it by using the existing switch of toilet tank or another one added to the supply line. This is done at city water bigger supply hour: we screw up the switch, once and for all at the beginnings, so to reduce water pressure and so prevent possible rupture of the elastic tube. There is a second valve, which is connected straight to the elastic tube, 18, or if a plastic tube, 19, is intervened for aesthetic purposes, with it, and this in turn is connected with the elastic one at point 58. The second valve that regulates the pressure of the water jet , attached after the previous switch, can be of quick or slow action {multi- or mono- strophic).

Tube 18 is of 6-9 mm external diameter and 5-8 mm internal one. At point 29 the tube makes a curve, so to allow the rotation of tube 27, under the toilet rim, by the manual pull action of the plastic thread, 30, fig. D, fig. C, fig. G. On the other hand this curve is necessary to secure automatic return rotation to no use position of tube 27, thanks to elastic tube's resistance to above described manual first rotation, by thread's pulling .Tube 18 is connected to tube 27 at 31 point. Tube 27 is hard but light, plastic or aluminum.

The tube, 27, at its end has a hole 1-4 mm wide, (flush nozzle), 52, and is about horizontally partially rotating, through shaft 26, in a plain below well enough the upper part of the toilet seat, about 6-9 cm, so to avoid the flush nozzle to get in touch with the user's body, but at the same time not far away, so the water jet can be strong and effective. Flush nozzle can have more than one hole. There could be two parts of tube 27, part 32 and part 33, connected with a piece of plastic tube, 50, so to be possible for somebody to extent or lessen the tube 27, according to toilet width.

System of pulling and rotating of hard tube to use and its retraction to no use position

For the purpose of the partial rotation of tube 27, so its flush nozzle to come about the center of toilet in use position (best distance from back rim: 8-14 cm) , ,fig. B, a durable synthetic thread , 30, fig. A, fig. C, fig. D, fig. G, is used. It is firmly attached at point 31 of tube 27. Through hole 25, fig. D, fig. G, the thread comes out of the toilet. The pulling is made manually, at point 57, where a light plastic bail or bell is attached. This ball is covered partially or all round by a piece of sticking cloth, which is pressed upon a second piece with the opposite texture, which is attached to toilet's outer surface, 34, fig. C. User holds the thread with the one hand while the other regulates the water flow. Or he can stick the ball, which has been partially or wholly covered by a piece of adhesive cloth, on a corresponding adhesive piece of cloth, 34. This is useful for old people, or persons with kinetic problems, pregnant women etc. Divorcing of two sticker cloth pieces, or stopping pulling the thread manually, it lets tube 27 to be retracted back to no use position. The thread is attached to tube 27, or the elastic tube, 18, near the shaft 26, point 31. For aesthetic purposes the end part of the thread, that is lying at the outer surface of toilet, could be replaced by a piece of very light, thin plastic or metal chain.

As it was said before, retraction of tube 27, in no use position, is succeeded automatically, by tube's 18 and its curve 29, elastic resistance to distorting action on this tube by thread manual pull action. This is enhanced by tube's 18, turning around at the points of its attachment to the metal skeleton, the nearest to its curve. Tube 27, if metallic is firmly attached to a plastic block, 28, that has the metallic or plastic shaft 26, that rotates between skeleton holes 23 and 24 fig. D, fig. K, and if plastic, it has embodied the plastic shaft, !n its rotation, tube 27 stops at an angle of about 70-90 degree, as it drives onto the skeleton stripe. Shaft 26 divides tube 27 to two parts, short and long, while, the short one is rotating under the rim.

Plastic cover

Fig . G shows a view of cover, 40. Fig. H is a vertical section of the device at line 5-6. It is of importance that height, 42-46 , fig. H, is no more than 10 mm, (the best is 7-8 mm) and roof's, 44-45, thickness is as less as possible, so the device would not be probable to be squashed between the toilet seat and the bowl rim. Also, tube 18 should not be restrained in its movements by cover at its curve area, 29. For that purpose there is a widening, 59, of cover, fig. G, fig. L As bowls have rims of differing size and bents, between the horizontal's and vertical parts of cover there is a flexible line as shown at fig. G, fig, L, in order to get cover adjustable to any difference of bowls. Again cover must be of various sizes. To elongate it, plastic pieces can be added by clicking them to the main body, at both ends, or there must be many plastic moulds. In cases Generally the idea of the cover is to hide the view of device's parts from above.

The device is very simple and compact, practical and economical to manufacture, convenient to use, and requires no altering of the plumping fixture.

It is to be understood that the form of the invention herewith shown and described is to be taken as preferred example of the same, and that various changes in the shape, size and arrangement of parts may be resorted to, without departing from the spirit of the invention or scope of the subjoined claims.