text: fig1 is a view of the shower - partition with a door 2 which is arranged to pivot , by means of a lower hinge 4 and an upper hinge 6 , about a vertical axis 8 in relation to the wall 10 of a room . each hinge has two hinge - mounts 12 , 14 , pins 16 of which engage in corresponding holes in hinge - parts 18 connected to the door by means of screws . the hinges and mounts are secured in an undercut 21 in a profiled compensating rail 20 . arms 22 , 24 of hinge - mounts 12 , 14 engage a central part 26 of hinge - part 18 . during assembly , the two hinge - mounts 12 , 14 may be displaced vertically in relation to each other and they are connected to compensating rail 20 by means of screws . the compensating rail 20 is adjustable horizontally in relation to a stationary profiled rail 28 . to this end , at least two vertically spaced connecting elements 48 are provided in the interior . furthermore , a seal 32 is arranged on the compensating rail 20 adjacent the front edge 30 of the door , on the hinge - side . located on the front edge 34 , remote from the hinges 4 , 6 , of the door 2 , is an additional profiled rail 36 containing a stop - section 38 . like stationary profiled rail 28 , this additional profiled rail 36 may be secured to the wall of a room , or it may also be extended beyond the upper edge of the door to be secured to the ceiling of the room . in the latter case , a stationary wall element is located behind the plane of fig1 . like door 2 , this may be made of glass or plastic . located at the bottom of the door 2 is a sealing section 40 co - operating with the edge of a shower - tub 42 . the bottom surface 44 of the lower hinge - mount 12 of lower hinge 4 rests , either directly , or indirectly through a space 46 , upon the edge of the shower - tub 42 . the distance between the lower edge of the door 2 and the shower - tub 42 may be adjusted by means of the spacer 46 . the compensating rail 20 may be mounted vertically upon the floor or upon the edge of the tub 42 . fig2 shows , to an enlarged scale , a cross - section along the line ii -- ii of fig1 . a connecting element 48 , secured to the stationary profiled rail 28 , may be seen quite clearly . to this end , the stationary profiled rail 28 comprises hook - shaped extensions 50 engaging in recesses provided in the connecting element 48 . the extensions 50 have serrated outer surfaces ensuring satisfactory anchorage and are bent towards the wall of the room . during assembly , the connecting elements are simply pressed , from this side , into the stationary profiled rail 28 and this requires no screwing or similar fastening operations . the connecting element 48 contains an internal thread into which an adjusting screw 52 is screwed . the latter is equipped with a shoulder 54 spaced from a head 56 . the compensating rail 20 carries , in a partition 58 , an elongated hole 60 through which said adjusting screw 52 extends so that the partition is positioned between the shoulder 54 and the head 56 of the adjusting screw 52 . adjoining hole 60 in the vertically downward direction , in this case behind the plane of the drawing , is an enlarged opening 62 , indicated by dotted lines , through which head 56 may be passed . during assembly , the stationary profiled rail 28 is first secured , by means of screws ( not explained further at this time ), after which the compensating rail 20 is placed upon the stationary profiled rail 28 in such a manner that head 56 of the screw 52 passes through the enlarged opening 62 . the compensating rail 20 is thereafter pushed vertically downwards , and the distance between the compensation rail and the wall of the room may be adjusted by turning the adjusting screw 52 . the vertical adjustment may be carried out by means of the spacer 46 mentioned above , the height of the spacer 46 being set to the distance required between the lower edge of the door and the edge of the tub or the floor . door 2 , together with the hinge and the compensating rail 20 are preassembled at the factory or are so made as to be rapidly assembled . since there are two vertically spaced connecting elements 48 , preferably in the vicinity of the hinges , exact vertical alignment of the compensating section 20 is easily carried out by positioning adjusting screws 52 in elongated holes 60 . the hinge - mounts 12 and 14 , are both secured in an undercut longitudinal groove 64 in the compensating rail 20 , more particularly by means of screws . the longitudinal groove 64 , open towards the door 2 and having an undercut 21 , is closed by means of a cover - section 66 , in which the seal 32 is secured with a part 65 . according to the invention , the seal 32 may also be a part of cover section 66 . as may be gathered from the drawing , resilient seal 32 is compressed by the front edge 30 of door 2 . this produces a reliable seal , and production tolerances in the vicinity of the hinges , and / or the attachment of the door , may be reliably compensated for . the seal 32 extends over the entire vertical height of the door and behind the hinge - holders , and there is therefore no break in the seal , even in the vicinity of the hinges . the vertical axis of rotation 8 lies in front of the vertical plane of the door when the latter is in the closed condition , whereas shower - tub 42 is located behind door 2 . in contrast to this , cover section 66 comprises openings . the bases of the hinge - mounts 12 , 14 and the cover - section 66 are arranged in the same undercut longitudinal groove 64 in compensating rail 20 . the cover - section 66 is made of a resilient plastic in such a manner that legs 69 , equipped with locking catches 67 , engage behind the opening in the longitudinal groove 64 associated with the door 2 . seal 32 may be secured to front edge 30 of the door 2 as an alternative . the hinge - part 18 contains a stud 68 which passes through a hole in the door 2 . located in front of the plane of fig2 is another matching stud . screwed into stud 68 from the other side is a screw 70 , the head of which rests upon a baseplate 72 . the baseplate 72 ensures uniform distribution of stress and prevents damage to the door . it is approximately cruciform in shape and contains an outer undercut groove 74 in which a hinge - cover 76 engages with a projection 78 . fig3 shows , to an enlarged scale , a cross - section along the line iii in fig1 . the additional profiled rail 36 and the other front edge 34 of door 2 remote from the hinges 4 , 6 , may be seen quite clearly . also seen is a part of a wall element 80 which is secured to the profiled rail 36 . the door 2 may be pivoted open in the direction of arrow 82 . the stop - section 38 is anchored in the undercut longitudinal groove 64 in the profiled rail 36 by means of legs and locking catches , in the same way as above mentioned cover - section . there is no change in the distance between the stop - section 38 and the front edge 34 . a reliable sealing is assured . the stop - section 38 carries a sealing lip 84 on the shower - tub side and a resilient seal 86 which bears tightly against the front edge 34 . as a result of this configuration , a double sealing is assured at a low structural cost . like the seal 32 on the hinge - side of the cover - section , the seal 86 is in the form of a hollow section which may be compressed by , the front edge 34 of door 2 towards profiled the rail 36 . fig4 and 5 show a plan view and a cross - section of the hinge - mount 12 having an arm 22 comprising an opening 98 , closed off at the bottom to form a blind hole , for receiving a pin 16 . the top of the arm 22 has a sloping surface 92 which co - operates with a corresponding sloping surface 102 on the hinge - part 18 secured to the door , so that when the latter is pivoted open , it moves vertically upwardly . the hinge - mount 12 comprises a base 94 engaging in the undercut longitudinal groove 64 in the compensating rail 20 . lateral surfaces 96 serve for axial alignment of the hinge - mount 12 , with the guide - surfaces in the opening in the longitudinal groove . screws are passed through holes 98 in order to secure the hinge - mount to the partition 58 in the compensating rail 20 . as may be seen in fig5 opening 88 is located in a pot - shaped part 100 which is connected at the top to the remainder of the hinge - holder . as a result of the receipt of pins 16 in openings 88 and in central part 26 of the hinge - part 18 , errors in alignment of the four hinge - holders can easily be compensated for . fig6 shows cruciform base plate 72 for screws 70 explained in conjunction with fig2 . this cruciform design ensures satisfactory stress - distribution , thus eliminating damage to the door which is preferably made of glass . also recognizable is a groove 74 , located behind the plane of the drawing , into which the projections 78 from the hinge - cover 76 are snapped . fig7 shows , to an enlarged scale , the lower hinge with its two mounts 12 and 14 which are pushed into the undercut groove 64 in compensating rail 20 . the spacer 46 , between the edge of the shower - tub and lower hinge - holder 12 is visible . the hinge - part 18 engages between arms 22 and 24 . the hinge - part 18 contains at least one sloping surface 102 oriented toward lower holder 12 and co - operating with sloping surface 92 of hinge - holder 12 . upper hinge - holder 14 is designed with a similar sloping surface . it will be gathered that the hinge is fitted to the left of the door as seen when looking towards the shower - tub . the door may , of course , also be fitted to the right , in which case hinge - holder 14 , shown here at the top , will be arranged at the bottom above the edge of the tub and the sloping surface now serves to lift the door fitted to the right . it is advantageous according to the invention that for each hinge two hinge - holders 12 , 14 be provided , each of them containing a pin , so that the hinge - part 18 cannot be lifted out . during assembly , hinge - mounts 12 , 14 are moved towards each other in the undercut longitudinal groove , and the pins engage from opposite directions , e . g . from above and below , in corresponding holes in hinge - part 18 .