TOILET, IN PARTICULAR PUBLIC TOILET

Invention concerns toilet, in particular public toilet, with mobile basins, flushing system hiefür and discharge system for used water and/or or Exkremente, whereby from use area separate basin rinsing area planned is and basins between use position in use area under conclusion depressing opening between Benutzungsmum and Spülraum and rinsing position in Spülraum, again under conclusion depressing opening, movable arranged is, and whereby the flushing system in the Spülraum, which is provided in the lower range with the discharge system, against which in its rinsing position basins present is respected arranged, after patent No. 374,530. With the toilet after the principal patent Nockenseheiben are intended for the control and/or programming of individual operations, which are arranged on a common Drehaehse and co-operate with according to assigned logic elements, in order to release and terminate individual Bewegungsund of jobs. Such mechanical control members are however not only difficult to adjust, but also relatively frequently disturbances subjected, which require accordingly frequent technical maintenance. Besides the control possibilities, in particular limited regarding Sicherheitsvorkehrtmgen, are rather. Mentioned it is still that other Toilettebzw. Sanitary plumbings with mobile basins also from of the DE-OS 2,263,946, the GB-PS 306,639 as well as the US-PS 3,919,726, 3,837,012 and 4,148,103 admits are. Veraschungs toilets with attached burn mechanism concern the two latter US-PS, and the GB-PS 306,639 reveals a toilet mechanism with one within an outside basin around 180 ° umklappharen to dish, in order in such a way to obtain with actually conventional rinses a noise insulation. With the toilet mechanisms in accordance with the DE-OS 2,263,946 and US-PS 3,919,726 can be finally moved the basins or such a thing, only within an area, the use area, from the GebranchsteUung into the rinsing position, whereby with the control hiefür did not deal more in greater detail. The invention is the basis now the task to train the toilet in accordance with I-Iauptpatent regarding its control and/or programming more sturdily and more versatile whereby by Steuerund of programming elements not only the rinsing procedure, but the entire use cycle of the toilet should be attainable detectably and a high measure of security for the user. For the solution of this task the invention plans that the Spüleinriehtung and the basin are connected to Antriebseinriehtung with a control unit and/or its, the one Startkreis with a safety delay circle for retarded releasing of a Spülzyklusses as well as a group positions and/or conditions of parts of the toilet, given of, as the basin and the Spüleinriehtung contains, seizing detectors, with which signals for given times memory circles holding, e.g. electromagnetic relays are connected, to which again the basin driving device and the flushing system assigned pilot relay circles is attached. With such a training the advantage all procedures (from entering to leaving the toilet including its preparation for new use) seizing of a control and a programming is not only obtained, but also a small susceptibility to interference, with according to reduced maintenance requirements is guaranteed. Furthermore a increased security for the users is ensured, since for example a rinsing cycle can be released only if a certain time elapsed, after a user left the toilet, and if it is safe that no person befmdet itself in close proximity to mobile parts. In this connection it is for the increased safety of besonderm advantage, if the safety delay circle is attached preferably to closing the door of the use area seizing detector a Endsehalter. Also it is favourable for safety reasons as well as to cleaning purposes, if in Benutzungsbzw. in rinsing position movable, are mechanically with the basin connected and in the use position before this arranged footboard as well as the presence of a person on this footboard in the use position seizing detector, like a pressure probe, intended e.g. Finally it is also favorable, if the door of the use area is connected with a back getting mechanism linking the door up into their closing position, and the control unit with a funds receiver for the release of the door with a funds A THROw is connected, whereby furthermore inside the Benutzungsranmes a handle is arranged for the release of the door. Opening the door can be released in a simple manner from the outside by the control unit only then if the rinsing cycle is final. The Erfmdung below described on the basis of Aust represented in the design ührungsbeispielen still further. Show: The Fig. 1 schematiseh a Draufsieht on a public toilet; Fig. 2 a sehematische side view of the most substantial parts of this toilet; the Fig. 3A to 3C together a gear change for the control unit of this toilet; the Fig. 4A and 4B together a Zeitdiagramm for the function succession of individual elements of the control unit; Fig. 5 on schematic vertical average another execution form of a public toilet; and Fig. 6 a schematic plan view on this toilet in accordance with Fig. In Fig. 1 and 2 illustrated toilet points in one by a door (6) accessible Benutzungsranm (Fig. 1) a basin (1) up, that at the back by an independent rear wall (2) No. 390,462 is extended (Fig. 2), which separates the use area from a Spülraum containing the technical mechanisms. As flushing system are in the Spülraum, which likewise by a door (9), a swivelling brush (10), those between one in Fig is accessible. 2 Arbeitsoder shown rinsing position and a raised position tiltable, and a Wasserzuleitung (17) is intended ('Fig. I). How in detail in the principal patent, RK patent 374,530 beschfieben, thereby the brush (10) is swivelling held on a horizontal axle stored and by means of two laterally adjustable arms. The brush (10) by a reversal reduction engine (I1) one propels, so that it can be moved periodically in or other direction of rotation. The brush (10) sits in part-cylindrical a drum in the cross section (not represented), which at least at their top side is open and in the lower range a discharge (12) exhibits, to which a siphon (13) is attached. The discharge (12) and the siphon (13) are protected by a rust, its Roststäbe in direction of rotation of the brush (10) run, so that this can intervene with its trimming between the Roststäbe and clean these. The siphon (13) is, as from Fig. 2 recognizably, with a water pressure line (14) provide, whereby the water flows in wirbelförmig, whereby collected foreign matter can be solved and be rinsed into the photograph funnel of the siphon (13). To the swivelling of the basin (1) and the Rüekwand (2) from in Fig. 2 with full lines represented use position into the rinsing position shown with interrupted lines is intended two servodynes (15), (16). The lagging of the basin (1) and the rear wall (2) is thereby in Fig. 2 with arrows (F2) and (F1) suggested. In the swivelled position, the rinsing position, is the basin (1) neighbouring the swivelling brush (10), while the rear wall (2) the upper range of the there open drum of the brush (10) locks, in order to prevent a Wasseraustritt from the drum. The Wasserzuleitung (17) extended see with its Ausmündung over the whole (axial) length the brush (10), in order to be able to supply it the rinse water in this way. The supplied water can be transferred thereby also with a disinfectant solution of antibacterial or anämikrobieller kind. From Fig. 1 are still schematiseh represented side panels (5) of the cab (4) of the toilet as well as an underbody (3) evidently to the basin (1). Furthermore schematiseh a Münzautomat (8) (funds receiver (MO) is in accordance with Fig. 3) and a door release mechanism (7) attached. The toilet is equipped with a control unit, those below with reference also on the Fig. 3A to 3C is more near described, and which steers the movement of the mobile elements and the manipulation of all other parts of the toilet inclusively pre-programmed way coordinated by Verdegehmgselementen in. This control unit contains in accordance with Fig. 3C several, e.g. ten, control circuits (M1) to (M10), which serve to ensure the flow control for a cycle since new the toilet how is further down still more near described. To seize further several, to e.g. eleven, belong detectors (DL) to (Oll), which for it serve, certain positions or conditions of parts of the toilet to the control unit. In detail these detectors, with which it concerns feelers or limit switches, have those to in Fig. 1 and 2 illustrated places is present, the following functions: (DL): (D2): (D3): (D4): (Db'): (D6): (D7): (DS): seizes the rear wall (2) in the rinsing position (in Fig. 2 shown in dash-dotted lines); seizes the rear wall (2) in the use position; seizes the basin (1) in the rinsing position (in Fig. 2 shown in dash-dotted lines); seizes the basin (1) in the use position; seizes flowing water by the Wasserzuleitung (17); seizes leaking out water into the siphon (13); seizes the turn of the brush (10); seizes a any blockage condition of the siphon (13); (Dg): is a limit switch for the door (6); (D1O): is a limit switch for the door (9) to the Spülraum; and (DLL): a feeler is for the announcement of the presence of a person in the toilet. Into the Fig. 3A to 3C is the connection of the detectors (DL) to (DLL) as well as for example by electromagnetic relays formed the memory circles (M1) to (M10) with the remaining parts of the control unit illustrates. As evidently are some the detectors with Hilfsrelals of certain memory circles connected. Like that e.g. the detector (DL) in the circle of a relay (RDF1) is arranged (Fig. 3A), in order to excite the memory circle (M6) (S. Fig. 3C). Are completely general in the Fig. 3A to 3C the contacts of the individual relays, e.g. (M1) to (M1O), (RDF1) etc., for the sake of simplicity equal as the relays designates. If now the memory circle (M6), i.e. this screen end elektromagnetisehe relays, about which by the detector (DL) excited relays (RDF1) one excites, causes this memory circle (M6) by one of its contacts the excitation of a solenoid operated valve (EV2) (S. Fig. 3B and Fig. 2) to the release of a Beckenversehwenkung, i.e. the valve (EV2) activate the servodyne (15), whereby the basin (1) from the use position into the rinsing position is swivelled. By another contact the Speieherkreis to switch on (M6) excites a Elektrovenfil (EV3), in order thereby the Wasserzulauf by the Wasserzuleitung (17) to the brush (10). No. 390,462 in similar way cause also the remaining memory circles after its excitation an appropriate Betäügung of them assigned elements over associated control circuits, see in particular Fig. 3A and 3B, which are to be described now below still more near. It is however noted first that the electromagnetic elements through accordingly functioning electronic elements planned in the available example could be replaced. The control unit and/or its relay circuit is supplied via lines (LA), (LB) with river, between which e.g. a tension of 24V lies. In Fig. 3A from left beginning, become the following relays and coils (with the indicated functions) eingesetzt_ “relay (RDF1): is as mentioned excited, if itself the rear wall (2) in the rinsing position rules, and is switched in row with the detector (DL); Relay (RDF2): by the detector (D2) one excites, if itself the rear wall (2) in the use position rules; Relay (RDF3): by the detector (D3) one excites, if itself the basin (1) in the rinsing position rules; Relay (RDF4): by the detector (D4) one excites, if itself the basin (1) in the BenutzungssteUung rules. Relay (RDT71) and relay (RDT72): these relays are excited by the detector (D7), if this determines a turn of the engine (11) of the brush (17); Relay (RDFg) and (RDOg): these relays become by closing the door (6) seizing detector (limit switch) (Dg) excites ((RDF9), in series with a make contact (Dg)) and/or de-energises ((RDOg), in series with a quiescent current contact of (D9)); Relay (RRT): this relay is in row with the detector (D7), a quiescent current contact hievon, as well as the parallel connection of make contacts of a relay (CRB) for the controlling of the turning of the brush (10) against the ground and a relay (CRH) ffir the turning of the brush (10) upward switched; parallel to it a retaining contact (RRT) for a temporary auto-excitation is provided; Relay (RTTV): this relay is intended for a timing circuit of the flushing, after a person left the toilet, with consideration of a certain safety time, and it is switched in row with a contact of the detector (DLL), with a contact of the relay (RDF) and with a contact of a memory circle indicating the presence of a person in the toilet, which is formed in particular by two coils (RMP) (S. also Fig. 3B); Relay (RCM): this relay becomes by a contact of the funds receiver (NO) or by a pushbutton (B1) for the start of a cycle excited (into the funds receiver (MO) a coin is to throw in) for the use of the toilet; Coil of the electrical valve (EV8): this Elektroventll (EV8) causes an opening of the door (6) and becomes over the contacts (M3) (of the memory circle (M3 switched into row)) and (RCM) (of the managing described relay (RCM)) excited. On the other hand this valve (EV8) knows also manueI1 with the help of a pushbutton (B3), which at the Türöffnung is attached, to be operated; Coil the electromagnets (EVg): this electromagnet (EVg) guarantees the validation of the funds receiver (MO), as soon as a coin in these was thrown in, and it is switched to its excitation in row with a quiescent current contact of the relay (RCM), a full load current contact of the memory circle (M2) and a full load current contact of the detector (Dl0); Relay (CE): this relay is excited, if the memory circle (M2) is no more excited (quiescent current contact (M2)), and it serves an aerator of the toilet for the control; Relay (CEC): this relay becomes by a contact of the memory circle (M3) or a contact of the memory circle (M4) excites, and it controls the lighting and heating of the toilet; Coil of the electrical valve (EV10): this electrical valve steers a Handwaschbecken of the toilet, and it likewise, how the relay (CEC), by the contacts (M3) or OVl4) excited, however only on the condition that the coils (RMP) (Fig. 3B) excited are. In accordance with Fig. 3B is the line (LA) on the one hand connected to fibre the series connection of a detector contact (D8) and a contact of the relay (RDFg) by a manually operatable pushbutton (B2) with an auxiliary supply line (LA-I) and on the other hand with a further Hilfsversorgungsleitnng (LA-2). Thus the current supply can in Fig for safety reasons. 3B relays and coils shown over the I-Iilfsversorgungsleitung (LA-2) to be interrupted, e.g. if the siphon (13) is clogged (detector (D8)), or if the door (6) is not locked (relay (RDF9)). In all other respects become in accordance with Fig. 3B (again from left beginning) the following relays and coils and/or. Solenoid valves uses: Coil of the electrical valve (EV1): this valve is excited, if the memory circle (M5) is excited or if a pushbutton (B4) händisch is betäügt, and its excitation causes the adjustment of the rear wall (2) into the rinsing position; Coil of the electrical valve (E ₜ 2): this valve is excited, if the Speicherkleis (M6) and simultaneously also the relay (RDF1) (Fig. 3A) is excited, in order the basin to swivel (1). In addition, the excitation can take place No. 390,462 via a manual operation of a pushbutton (B5); Relay (CRB): this relay is switched in row with contacts (RDF3), (RRT), (CR), (D6), (M7) and (CRH), whereby a bypass of these contacts is intended by a manually operatable pushbutton (B6); the contact (CR) furthermore is parallel to two other contacts (RB) and (CRH) switched, against what the contacts (D6) and (M7) are switched parallel to the contacts (D5) and (M8); the relay (CRB) puts the downward movement of the brush (10) and thereby actually well-known way steers a reversal contact (CIM) for the engine (11), that for his part by a relay (CR) under tension stands in (S. Fig. 3B, right side); Relay (CRH): this relay is the relay (CRB) assigned and for it intended to terminate the movement of the engine (11) upward by the reversal contact (CIM); the relay (CRH) becomes over a contact (M8) (attached to the interconnect point excited between the contacts (DS) and (M7) ISO and a contact (CRB) or however by manual operation one in row with the contact (CRB) of switched pushbutton (B7), and it steers a disinfectant pump (PDI); Coil of the electrical valve (EV3): however this valve can be activated over one of the contacts (M6), 0VI7) or (ms) or by an operating knob (B8), in order to guarantee the supply of water by the Wasserzuleitung (17); Coil of the electrical valve (EV4): this valve becomes over one of the contacts (mg), (M10) or (M1) for the rinse water supply of the siphon (13) activates; a pushbutton (B9) is intended for the manual operation of this valve (EV4); Coil of the electrical valve (EVS): this valve becomes over a contact 0VI10) or however manually by an operating knob to tilt back (B10) activate, in order the basin (1) into its use position; Coil of the Elektrovenüls (EV6): this solenoid valve becomes over contacts (M1) and (RDF4) (or händisch over a pushbutton (Bll) and the contact (RDF4)) excited and the turning of the rear wall (2) into its use position causes; Coil of the Elektrovenfils (EV7): this Venül becomes over the contact (M1) or however excites the pushbutton (Bll) (like the valve (EV6)) and provides for the RücksteUung of the funds receiver (MO) on zero (see also the part (8) in Fig. 1); Coils OiMP): these coils form as managing mention a memory for the presence of a person in the toilet, whereby the call coil 0IMP1) about a contact (RDF9) are excited and about a contact of the detector (DLL) de-energised, against what the quiescent current coil (RMP2) is excited by a contact (RDO9); Releis (CR): this the engine (11) assigned relays becomes over a contact of the relay (CRB) or the relay (CRIO and about a thermal Sicherheitskontakt (ThCR) excites. As from Fig. 3B evidently is a händische manipulation of the different coils and/or relays in accordance with Fig. 3B over the pushbuttons (B4) to (Bll) possible only if the pushbutton (B2) is pressed, so that the auxiliary supply line (LA-l) is attached to the line (LA). In Fig. 3C are illustrated the already several times mentioned in the available remark example by relays formed memory circles (M1) to (M10) in their linkage with different relay contacts, whereby also their Slxomversorgung over the lines (LA) and (LB) is shown. In detail the memory circle (M1) becomes by a contact (RDF4), the memory circle 0VI2) by a make contact (RDF2) in series with a quiescent current contact (RCM), the memory circle (M3) over a contact (RCM), the memory circle (M4) over a contact (RDO9), the memory circle (ms) over a contact (RTTV), the memory circle (M6) over a contact (RDF1), the memory circle (M7) over a contact (RDF3), the memory circle (M8) over a contact (RDT71), the memory circle (mg) over a contact (RDT71) in row with one Contact (CRH) and the memory circle (M10) about a contact (RDT72) in row with a contact (CRB) excite. Further is from Fig. 3C evidently that the memory circle (M1) can be excited about a circle with the pushbutton (B1) and Sicherheitskontakten (RDF2) and (RDFg) as well as directly about the pushbutton (B2). Now a cycle since new that becomes following managing described control unit of the available toilet on the basis the Fig. 4A and 4B, which are to be thought in accordance with the dash-dotted lines (A-A) adjacent, more near describe. Are in the Fig. 4A and 4B in each case at the lower edge individual steps No. I to indicated. By these the step becomes No. 1 (in Fig. 4A and 4B right shown) at the end of a rinsing procedure released, in order to shift the entire toilet again in the condition, in which it can be used again. This step No. 1 is released if the detector (D4) the return of the basin (1) seized into its use position. In this case the relay (RDF4) is excited, whereby (in accordance with Fig. 3C) the memory circle (M1) is activated. In the consequence the solenoid valve (EV4), still excited by the preceding Arbeitszyldus, remains further excited, whereby the activation is repeated by the memory circle (M10); then the resetting of the rear wall over the solenoid valve (EV6) (2) becomes arranged into its use position; and finally the zero position of the funds receiver (MO) is made via the valve (EV7) by the contact 0Vll). In the following step No. 2 the memory circle (M2) becomes by the detector (D2) under inserting the relay contacts (RDF2) and (RCM) activates, whereby this activation is only possible for the No. 390,462 Speieherkreises (M2), if itself the rear wall (2) in the use position finds. In the consequence the electromagnet (EV9) makes the Einwurf for a coin possible into the funds receiver (MO), whereby this is possible only if the Ruheslromkontakt (RCM) is closed at the same time; further in this step No. 2 the aerator of the toilet is interrupted over the relay (CE). After Einwurf of the coin and its acceptance in the following step No. 3 the memory circle (M3) is excited, whereby the Venül (EVS) is activated over the relay (RCM), in order the door (6) to unlock (see part of 7 in Fig. 1), so that it can be opened by the next user, who threw the coin in; further over the relay (CEC) the light and the heating in the toilet are switched on. In the following step No. 4 seizes the detector (Dg) an opening of the door (6), and over inserting the relay (RDO9) the Speieherkreis (M4) is excited. Thus becomes further over the relay (CEC) the current supply for light and heating secured, and besides becomes, as soon as the detector (Oll) seizes the presence of a person, over the electrical valve (EVl0) and over the coils (RMP) (those the relay contacts (RDFg) and (RDOg) upstream are, see Fig. 3B) the Handwaschbecken of the toilet activates. After the use of the toilet seizes, after the detector (DLL) determines no more person than present, who the door (6) assigned detector (Dg) finally again closing this door (6) still during the step No. 4. if the door (6), the relay (RDF9) is again closed is excited, to excite in order the coil (RMP1) as well as after a certain deceleration time also the coil (RMP2); it is guaranteed by this safety delay that no person is more present, if the next procedures are released. In all other respects, like already managing mentioned, only the detector (DLL) in combination with the relay (RDF9) was made possible the excitation for the coil (RMP1). If the detector (DLL) states that no person is more present, becomes with excited relay (RDFg) and closed contact (RMP) the relay (RTTV) excites, whereby the memory circle (ms) is excited (step No. 5). Therefore in this step No. 5 the electrical valve to tilt back (EVl) is activated, in order Rückwund (2) into the rinsing position. Reaching these SpülsteUung is seized by the detector (DL), whereby the relay (RDF1) is excited. Therefore in the next is excited step No. 6 by the relay (RDF1) the memory circle (M6), whereby the basin (1) over the EleklIoventil (EV2) into its rinsing position is brought and activated over the electrical valve (EV3) the water supply over the Wasserzuleitung (17). As soon as the basin (1) the rinsing position, this reached by the detector (D3) is seized, whereby the relay (RDF3) is excited. This leads to that in the following step No. 7 the memory circle (MT) is excited by the relay (RDF3). This leads for his part to an excitation the relay (CRB) (over the contacts (RDF3), (RRT), (CR), (Db'), (MT) and (CRH) in accordance with Fig. 3B) and thus to a movement of the brush (10) downward; the valve (EV3) is kept further excited; furthermore, is there the relay (CRB) excited, over its contact the relay (CR) to the voltage supply of the engine (11) for the brush (10) activated. Accordingly the engine (11) begins to run, which is determined by the detector (DT), for his part the relays over (RDTT1) and (RDT72) excites. The relay (RDTT1) activates thereupon, in the following step No. 8, with a certain delay the memory circle (M8), whereby the movement of the brush (10) upward by excitation of the relay (CRH) (over the Kontake (RDF3), (RRT), (CRB), (D$), (ms) and (CRB)) one releases. The relay (CR) remains excited for the current supply of the engine (11). Furthermore in the step No. 8 the valve (EV3) is kept further excited for rinse water supply. The turn of the engine (11) is continued to seize by the detector (D7), and after one by the relay (RDTT1) caused delay the Speichcrkreis (mg) one activates (step No. 9). The activation of the memory circle (lVI9) fülm thereby in the step No. 9 in addition that the brush (10) (due to the excitation of the relay (CRB)) one moves downward, and the engine (11) is held by the relay (CR) in turn. Further now the valve (EV4) is activated, in order to supply the siphon (13) with water. During this step No. 9 the relay (RDT72) steps into action, around the following step No. to release. In detail the relay (RDT72) in this step No. 10 excites the memory circle (M10) according to its time delay, whereby the resetting of the basin (1) into its original use position (over the valve (EV$)) one arranges; further the valve (EV4) is regarded activated as the water supply to the siphon (13); as soon as itself the basin (1) again in its use position, this finds by the detector (D4) is seized, the relay (RDF4) excites, which activates the memory circle (M1), whereby to the step No. 1 already described one returns. From managing it results thus that after use of the toilet, if the user left the toilet (managing described step No. 4), the rinsing cycle is released with a safety delay, whereby as Startkreis in particular the elements (RDF9), (RMP1) and (RTTV) to function, and whereby as Verzögerungskreis in particular the detector (Oll) works together with the retarded excited coil (RMP2). To mention it is also that determined mechanisms, like e.g. the heating of the toilet (around it on a suitable temperature, e.g. 8 °C to hold) or their exhaust, instead of over a relay control, as besebrieben, continuously, i.e. day and night, into operation to be put can. No. 390,462 a Sieherheitsvorkehrung is with the available toilet preferably also in connection with the drive of the brush (10) met: one assumes the relay (RRT) is excited about the relay (CRB) or the relay (CRH); if the engine (11) for the brush (10) any longer, this does not walk by the detector (D7) is seized, its contact in the electric circuit of the relay (RRT) opens (Fig. 3A), whereby in the consequence the electric circuits for the relays (CRB) and (CRH) (Fig. 3B) to be interrupted, with a delay from 100 to 150 seconds, so that thereby the current supply is interrupted to the engine (11) just like to the solenoid valves (EV3) and (EV4). This safety precaution seizes if within the time delay mentioned of the detector (DT) no movement of the brush (10) one seizes. On the other hand this electric circuit can be only closed according to the retarded contact (CR) in the electric circuit for the relays (CRB) and (CRH), if the brush (10) a given time long, for example, is stopped 3 seconds. A turn of the brush (10) can be only caused against it if (in the steps No. 7 nnd 8) rinse waters one supplies, which the detector (DS) seized, or if water is supplied to the siphon (13) in the step No. 9, which the detector (there) seizes; further is hieffir a condition that the relay (CRB) or the relay (CRH) is not excited and the detector (DT) Motorbzw. Biirstenbewegung seized (a brush stop can enter for example if a driving belt between engine and brush tears, or if the thermal safety disconnection with the help of the thermal contact (ThCR) in Fnnkaon Igitt). In the case of a breakdown the engine becomes (11) and the Wasserzuleitung up to the recovery of the damage blocked by maintenance staff. As mentioned all processing steps can be released also over the pushbuttons (BI) to (Bll) händisch. Furthermore all processing steps can be indicated. Also a full indicator reading is possible, which summarizes all in a certain time cycles running off. In Fig. a modified execution form of the toilet is represented 5 and 6, the one in the vertical cut (Fig. 5) approximately rectangular cab (50) with stimseiügen walls (51), (52) exhibits. The cab (50) stands on a base (53), for example from concrete, whose surface (54) forms the cabin floor, which drops from both Stimseiten to the siphon (55), in order to favour the water drain. The cab (50) of the toilet is again into a use area (57) and a basin rinsing area (56) subdivided, to which a partition (58) is intended, in which a Darchtrittsöffnung for a basin (1) and a rear wall (2) is intended. The driving devices for the basin (1) and the rear wall (2) as well as all remaining mechanical elements and the control unit are alike in the wentlichen as with managing on the basis the Fig. 1 to 4 described remark example trained, so that below only on with the remark example after Fig. 5 and 6 intended additions to be referred to is. To the swivelling of the basin (1) planned SteUzylinder (15) stands for the use area (57) in connection over a linkage also with a footboard (59) in; this footboard (59) is in the Benntzungsstellung before the basin (1), and with Aktiviertmg of the servodyne (15) toward the arrow (F3) one swivels. Under the footboard (59) a Spülleitung (60) is intended, which runs at curved the running Stimseite the cab (50) and serves for the flushing of the ground (54), if like above on the basis the Fig. 1 to 4 described the rinsing cycle one releases. The footboard (59) a detector (not shown) can be assigned, the weight of a person in the cab (50) seized, in order to indicate thereby the Anoder absence of a person. In the use area (57) can do at the two side walls laterally the basin (1) hand rails (61) to be intended, which form Wasserzuleitangen at the same time, in order to rinse the use area (57) during the rinsing cycle. Out these Wasserzuleitungen withdrawing rinse waters unhindered can run off just like the water withdrawing from the Spülleitung (60) at the ground (54) to the siphon (57). For following drying a I-Ieißluftznfuhr (from the basin rinsing area (56), the all technical Einrichtnngen contains) can be intended underneath the partition (58). Within the range of the partition (58) furthermore can, as from Fig. , at the is evident to 5 top margin of the rear wall (2) a small Handwaschbecken (62) to be planned. At the basin to dry (1) of heating elements (63) can be attached, in order the basin to both long sides (1) after its cleaning accelerated. For example these heating elements (63) know to lines in the basin (1) to even exist, which is durehströmt by hot-air from the Spülranm (56). From Fig. 5 is then still another exhaust fan (63), a ventilation blower (64) with heating mechanism downstream (65) as well as slots (66) and a Beleuchtungseinrichtnng (57) evidently. The basin rinsing area (56) is accessible by a side door (68), against what the use area (57) is zngänglich by a curved sliding door (69) at the SUmseite the cab (50). This sliding door (69) becomes by a back getting mechanism in form of a feather/spring (70) (Fig. 6) into the Schließstellnng linked up. To the BetÄugen of the door (69) a Zyfinder (71) is intended, that after Einwurf of a coin in Fig. and 6 Münzanfnehmer the door (69), not shown more near, against the effect of the feather/spring (70) opens, in order to let the user enter. Afterwards the door (69) closes automatically behind the entered person. In order to be able to leave the cab (50) again, the sliding door (69) at the inside exhibits a handle (72), over which the cylinder (71) can be activated to open the door (69); after leaving the cab (70) the door (69) is closed again by the feather/spring (70) and blocked in the SchUeßstellung by the cylinder (71). No. 390,462