Sanitary fitting

Abstract

A sanitary fitting includes a pipe section which has a valve seat and which receives a valve upper part which bears against the valve seat and which includes a head piece which is traversed centrally by a spindle which is rotatably and/or pivotably mounted in the head piece and via which a control disc can be moved relative to an inlet disc within the head piece, wherein the valve upper part is releasably connected to the pipe section, wherein a device for the defined positioning of the valve upper part within the pipe section in at least two rotary positions offset by an angle of orientation is arranged.

Claims

1. A sanitary fitting, comprising a pipe piece that has a valve seat, which accommodates an upper valve part, which lies against the valve seat and comprises a head piece, through which a spindle passes through the center, which spindle is mounted in the head piece so as to rotate and/or pivot, and by way of which spindle a control disk within the head piece can be moved relative to an inlet disk, wherein the valve seat is formed by a valve seat body that is disposed within the pipe piece, wherein the valve seat body possesses at least one positioning bore or one positioning pin that corresponds with at least one positioning pin or positioning bore disposed on the upper valve part for positioning the upper valve part within the pipe piece in at least two rotary positions offset by an orientation angle, wherein the valve seat body lies in the pipe piece on a step disposed within the pipe piece, running around the circumference at least in certain regions, and two channels are introduced into the valve seat body, which channels open into a passage channel of the upper valve part, in each instance, wherein the channels of the valve seat body are provided, on their underside facing away from the upper valve part, with a connector for releasable attachment of feed lines, wherein either 1.) the valve seat body can rotate within the pipe piece and a projection is disposed below the step on the inner wall of the pipe piece or on the outer mantle of the valve seat body, which projection corresponds with at least two recesses introduced into the outer mantle of the valve seat body or below the step on the inner wall of the pipe piece, offset by the orientation angle, the projection being formed in one piece with the inner wall of the pipe piece or with the outer mantle of the valve seat body, or 2.) the valve seat body can rotate within the pipe piece and a projection is disposed on the inner wall of the pipe piece or on the outer mantle of the upper valve part, which projection corresponds with at least two recesses introduced on the outer mantle of the upper valve part or on the inner wall of the pipe piece, offset by the orientation angle, the projection being formed in one piece with the inner wall of the pipe piece or with the outer mantle of the upper valve part.

2. The sanitary fitting according to claim 1, wherein the orientation angle amounts to between 15 and 90 .

3. The sanitary fitting according to claim 1, wherein the upper valve part is connected with the pipe piece by way of an attachment ring.

4. The sanitary fitting according to claim 1, wherein the at least one positioning pin or the at least one positioning bore of the upper valve part is disposed on a bottom piece that is disposed in the head piece on the side of the passage disk that is directed opposite to the control disk.

5. The sanitary fitting according to claim 1, wherein the pipe piece and/or the valve seat body are produced from brass.

Description

(1) Other further developments and embodiments of the invention are indicated in the remaining dependent claims. An exemplary embodiment of the invention is shown in the drawings and will be described in detail below. The figures show:

(2) FIG. 1 the schematic representation of a sanitary fitting in the mixed-water position a) in longitudinal section; b) in cross-section A-A; c) in a top view with the cold-water position and hot-water position indicated;

(3) FIG. 2 the representation of a sanitary fitting from FIG. 1 in the cold-start position a) in longitudinal section; b) in cross-section A-A; c) in a top view;

(4) FIG. 3 the schematic representation of the upper valve part of the sanitary fitting from FIG. 1 a) in partial section; b) in a view from below;

(5) FIG. 4 the representation of the pipe piece of the sanitary fitting from FIG. 1 a) in a top view; b) in longitudinal section; c) in cross-section A-A;

(6) FIG. 5 the schematic representation of the valve seat body of the sanitary fitting from FIG. 1 a) in a view from below; b) in a side view; c) in longitudinal section; d) in cross-section C-C; e) in a top view;

(7) FIG. 6 the schematic representation of a sanitary fitting in a further embodiment, in the mixed-water position a) in longitudinal section; b) in cross-section A-A; c) in a top view with the cold-water position and hot-water postion and hot-water position indicated;

(8) FIG. 7 the representation of the sanitary fitting from FIG. 6 in the cold-start position a) in longitudinal section; b) in cross-section A-A; c) in a top view;

(9) FIG. 8 the schematic representation of the upper valve part of the sanitary fitting from FIG. 6 a) in partial section; b) in a view from below;

(10) FIG. 9 the representation of the pipe piece of the sanitary fitting from FIG. 6 a) in a top view; b) in longitudinal section; c) in cross-section A-A;

(11) FIG. 10 the schematic representation of the valve seat body of the sanitary fitting from FIG. 6 a) in a view from below; b) in a side view; c) in longitudinal section; d) in cross-section A-A; e) in longitudinal section B-B; f) in a top view.

(12) The sanitary fitting 1 selected as an exemplary embodiment consists essentially of a pipe piece 2 that is provided with an outlet 3 set orthogonal to it and accommodates a valve seat body 4 having a valve seat 40, against which an upper valve part 5 lies, which part can be operated by way of an operating lever 6.

(13) The pipe piece 2 is configured essentially as a hollow cylinder, and has an outside thread 21 on the end side, which thread is followed by a circumferential flange 22, which is provided, on its underside, facing the outside thread 21, with a circumferential groove 221 for accommodation of a sealing ring. The passage bore 23 of the pipe piece 2 has a diameter-widened segment by which a step 24 for the valve seat body 4 to rest on is formed. Above the step 24, a side bore 25 for accommodation of the outlet 3 is introduced into the pipe piece 2. Above the side bore 25, three trough-like first recesses 26 are introduced into the inner wall of the pipe piece 2, offset by 120, in each instance. Furthermore, three second recesses 27 are disposed offset from these first recesses 26 by an orientation angle of 45 in the exemplary embodiment, which in turn are offset from one another by 120, in each instance. An inside thread 28 for accommodation of the first outside thread 512 of the screw sleeve 511 of the head piece 51 of the upper valve part 2 is introduced into the pipe piece 2 on its end that lies opposite the outside thread 21.

(14) The valve seat body 4 is configured essentially in the form of a cylinder. Two grooves 41 for accommodation of sealing rings are introduced into its outer mantle surface, next to one another. On the end side, a circumferential collar 42 is formed on the valve seat body 4. On its underside that lies opposite the collar 42, two dead-end bores 43 are introduced into the valve seat body 4, diametrically, which bores are provided with an inside thread 431 on the end side, in each instance. Furthermore, two dead-end bores 44 are introduced on the top side of the valve seat body 4, facing the collar 42, offset to the dead-end bores 43, which bores overlap with the dead-end bores 43, so that a continuous channel 45 is formed. Furthermore, three positioning bores 46 for accommodation of the positioning pins 571 of the bottom piece 57 of the upper valve part 5 are disposed on the top side of the valve seat body 4.

(15) The upper valve part 5 is essentially formed by a head piece 51, into which a spindle 52 projects axially, which spindle is mounted so as to pivot in a spindle accommodation 53 that is mounted so as to rotate and engages into a slide piece 54, which is connected with a control disk 55, which corresponds with a passage disk 56, which is followed by a bottom piece 57 that accommodates a molded seal part 58. Three positioning pins 571 for engagement into the positioning bores 46 of the valve seat body 4 are formed on the bottom piece 57, at a distance from one another. A screw sleeve 511 is held in captive manner on the head piece 51, which sleeve has a first outside thread 512 for being screwed into the inside thread of the pipe piece 2. A second outside thread 513 for attachment of the head part 61 of the operating lever 6 is affixed above the first outside thread 512. Three projections 514 are disposed circumferentially on the head piece 51, offset by 120 relative to one another, in each instance, the outer contour of which projections essentially corresponds to the inner contour of the first recesses 26 as well as of the second recesses 27 of the pipe piece 2.

(16) The operating lever 6 essentially consists of a cap-shaped head part 61, on which a handle 62 is formed laterally, and which is provided, on the Inside, with an accommodation 63, with which the head part 61 can be pushed onto the square piece 521 formed onto the spindle 52 of the upper valve part 5. Laterally, a threaded bore 64 is introduced into the head part 61, which bore opens into the accommodation 63. The threaded bore 64 accommodates a grub screwnot shownfor fixation of the head part 61 on the square piece 521 of the upper valve part 5.

(17) The valve seat body 4 is introduced into the pipe piece 2 in such a manner that it lies on the step 24 of the pipe piece with its circumferential collar 42. The valve seat body 4 is thereby held within the pipe piece 2 so as to rotate. The upper valve part 5 is mounted on the valve seat body 4, wherein the positioning pins 571 of the bottom piece 57 of the upper valve part 5 engage into the positioning bores 46 of the valve body 4. During the course of installation, the upper valve part 5 can now be introduced into the pipe piece 2 in such a manner that the three circumferentially disposed projections 514 formed on the head piece 51 engage either into the first recesses 26 or, alternatively, into the second recesses 27 of the pipe piece, which are positioned offset relative to the first recesses 26 by an orientation angle of 45 . In this way, it is adjustable, during the course of installation of the upper valve part 5 in the pipe piece 2, whether the sanitary fitting 1 is set up in the mixed-water position (see FIG. 1) or in the cold-start position (see FIG. 2). In the desired position, the upper valve part 5 is subsequently fixed in place by way of the screw sleeve 511, which is screwed into the inside thread 28 of the pipe piece 2 with its first outside thread 512, thereby bracing the upper valve part axially against the valve seat body 4.

(18) In the exemplary embodiment according to FIG. 6, the first recesses 26 as well as the second recesses 27, which are offset from the former by an orientation angle of 45, are introduced in the inner wall of the pipe piece 2 at the level of the step 24 (see FIG. 9). The three projections that correspond to them, offset from one another by 120, are formed onto the valve seat body 4 below the collar 42 in this exemplary embodiment (see FIG. 10). The valve seat body 4 can thereby be positioned in the pipe piece 2 in such a manner that the three circumferential projections 47 are introduced either into the first recesses 26, or, alternatively, into the second recesses 27 of the pipe piece 2 that are disposed offset at an orientation angle of 45 from them, and afterward, the circumferential collar 42 of the valve seat body4 comes to lie on the step 24 of the pipe piece 2. In order to allow a view of the first recesses 26 of the second recesses 27 during positioning, the positioning bores 26 in the valve seat body 4 are structured to be open radially outward. The placement of the valve seat body 4 in the pipe piece 2 preferably takes place by way of lines screwed into the dead-end bores 43 of the valve seat body 4 in advance, which lines project out of the pipe piece 2 on the end side. In this regard, the rotary position of the valve seat body 4 within the pipe piece 2 can be checked from above by way of the radially open positioning bores 46.

(19) After positioning of the valve seat body 4 in the pipe piece 2 has taken place, the upper valve part 5 must once again be positioned on the valve seat body 4, wherein the positioning pins 571 of the bottom piece 57 of the upper valve part 5 are introduced into the positioning bores 46 of the valve seat body 4, which bores are open toward the outside. In this way, defined rotational orientation of the upper valve part 5 in the mixed-water position or cold-water position takes place, so to speak. Subsequently, the upper valve part 5 is once again braced against the valve seat body 4 by way of the screw sleeve 511 of the head piece 21, which is screwed into the inside thread 28 of the pipe piece 2, and the head part 61 of the operating lever 6 is mounted on the square pin 521 of the spindle 52.