BRPI0903907B1 - spray nozzle arrangement and cleaning machine comprising said arrangement - Google Patents

Abstract

spray nozzle arrangement, cleaning machine and spray nozzle spray nozzle arrangement, particularly for use in spray stations or spray positions for cleaning machines for bottles or similar containers, comprising at least one fluid pipe and conduction, comprising at least one spray nozzle provided on that fluid and conduction barrel and for producing at least one spray jet of a liquid medium supplied through the fluid and conduction barrel, wherein the at least one spray nozzle comprises at least one nozzle body that is attached to the fluid and conduit barrel and in which a fluid duct is formed that is connected to the inner side of the fluid and conduit barrel and comprises a rotatable steerable spindle and / or pivot, wherein said spray axis rests against a resting surface surrounding a fluid duct opening and having a spray duct with at least two apertures which are, in each case, arranged congruently with the fluid duct opening over an angular range of pivot and / or rotational motion of the spray shaft and also comprising an upper part which engages the spray shaft by means of a clip or hook and thereby supports it over the nozzle body. fig. 1

Description

Invention Patent Descriptive Report for “SPRAY NOZZLE DISPOSAL AND CLEANING MACHINE UNDERSTANDING THIS DISPOSITION”

The present invention relates to a spray nozzle arrangement according to the preamble of claim 1 or 3, a cleaning machine according to the preamble of claim 14 and a spray nozzle for use in spray stations or spray positions. spraying machines for cleaning bottles or similar containers according to the preamble of claim 15.

Spray nozzle arrangements for specific use in spray positions or spray stations for cleaning machines for bottles or similar containers are known.

In known spray nozzle arrangements, it is disadvantageous, among others, that connection elements in the form of screws or the like are necessary in order to secure the nozzle housings or nozzle bodies that form the spray nozzles to the fluid and support pipe corresponding and also in order to fix the upper parts that fit over the spray axis. This results not only in considerable complexity from the design point of view and during assembly, but also requires flat surfaces for the corresponding connection, ie the fluid and support pipe must be formed with a square or rectangular cross section and also the spray nozzles themselves must be flat on the outer surface in the regions of the corresponding upper part. This results in numerous horizontal surfaces and also niches or angles that form resting surfaces for fluids, that is, on which fluids can accumulate with the risk of dirt or contamination.

The object of the present invention is to present a spray nozzle arrangement that is characterized by a construction that is particularly simple, but also allows for ease of assembly and maintenance. In order to achieve this object, a spray nozzle arrangement is designed according to claim 1 or 3. A cleaning machine forms the object of the

Petition 870190090728, of 12/09/2019, p. 7/16

2/14 claim 14. A spray nozzle for use in spray stations or spray positions for cleaning machines for bottles or similar containers forms the object of claim 15.

The present invention is characterized by a simplified construction that allows for easy assembly and maintenance. In addition, the present invention also offers the advantage that flat resting surfaces for fluids and also niches or angles at which fluids can accumulate can be avoided by appropriately modeling the external surfaces of the fluid and conduction pipe and the spray nozzles. Flat surfaces for fixing the individual components are not necessary in the case of the spray nozzle arrangement according to the present invention.

Developments, advantages and possible additional uses of the present invention will become evident from the following description of examples of rA £ 9ilÍ7í3r * Aoc o Hsic Fim iroct Kln nrcicontci ♦ / 'iHjacs ae m iq cõn

I CdllZ.dÇUc ^ o t? Ucia liyuido. IVU | JI cotri lltz, Ucii luv lvlcl loLIUcdo L] Ut? odU described and / or shown in the figures in principle form the object of the present invention taken alone or in any combination, regardless of how they are brought together in the claims or how the claims relate to each other. In addition, the content of the claims is part of the specification.

The present invention will be explained in more detail below based on examples of embodiments and with reference to the figures. In the figures:

Fig. 1 shows a highly simplified schematic view of two spray stations for a bottle cleaning machine, along with a series of bottles arranged in bottle baskets;

Figs. 2-4 show one of the spray nozzles of the spray stations of Fig. 1 in side view, in longitudinal section and in flat view, together with a spray axis and a fluid and conduit pipe;

Fig. 5 shows a cross section along line l-l in Fig. 2;

3/14

Fig. 6 shows the spray nozzle of Figs. 1 to 5 in a perspective view, together with the spray axis and the fluid and conduit pipe;

Fig. 7 shows an enlarged view of an upper part;

Fig. 8 shows a detailed perspective view of a spray nozzle of another embodiment of the present invention;

Fig. 9 shows the spray nozzle of Fig. 8 in side view;

Fig. 10 shows a cross section along line ll-ll in Fig. 9;

Fig. 11 shows a simplified view of a fluid or conduit pipe with a connection opening; and

Fig. 12 shows a simplified plan view of a partial length of the fluid and conduit pipe.

For ease of explanation, in each case, the three spatial axes that run perpendicular to each other are specified as the X axis, Y axis and Z axis in the figures. At present, the X axis and the Z axis are the horizontal spatial axes and the Y axis is the vertical spatial axis.

Figs. 1 and 2 show two spray positions or spray stations from a cleaning machine to clean bottles 3 which, known to those skilled in the art, are brought to spray station 1 and 2 in a transport direction A (axis X) by means of an internal transport system for the machine, that is, they are moved beyond the mentioned spraying stations with their bottle opening 3.1 pointing downwards. In a similar manner known to those skilled in the art, the transport system consists of a series of bottle baskets 4 which are adjacent to each other in the transport direction A and in the direction perpendicular to the transport direction A (Z axis), that is, perpendicularly to the plane of the drawing in Fig. 1, they form a series of container cells or bottle cells 4.1, namely for support in each bottle box 3. Depending on the number of cells in bottle 4.1, each spray station 1 and 2 has a spray nozzle arrangement 5 that

4/14 comprises a series of spray nozzles 6 which are offset in the direction of the Z axis.

Each spray nozzle arrangement 5 comprises, inter alia, a spray axis 7 which has a cylindrical cross section, in which the aforementioned spray axis is arranged with its longitudinal extension on the Z axis and is mounted in a rotating and / or rotating manner. pivot on a carrier frame of the spray nozzle arrangement 5. At one end, the spray axle 7 is equipped with a drive element 8 which, in the illustrated embodiment, is designed in the shape of a star and by means of which the axle spray 7 is pivoted and / or pivoted in synchronism with the transport movement of the bottle baskets 4.

The spray nozzle arrangement 5 and also its spray nozzles 6 are arranged below the movement path over which the bottles 3 with their bottle mouth 31 are moved beyond the spray stations 1 and 2. The axis spray head 7 is arranged above a fluid and conduction pipe 9 which is oriented with its axis parallel to the spray head 7 in a similar way on the Z axis and extends along the entire length or almost the entire length of the arrangement spray nozzle 5 in this axial direction.

Nozzle bodies 10, which in each case have a fluid duct 11 connected to the inner side of the fluid and conduction pipe 9, are attached to the upper side of the fluid and conduction pipe 9 in order to form the spray nozzles 6 The aforementioned fluid duct is oriented with its axis in the direction of the Y axis and is also opened in the region of an upper side 10.1 of the nozzle body 10, namely a tub-like support surface on it that serves as a support sealed against the spray axis 7 and, for this purpose, is concavely curved like an arc of circumference around an axis parallel to the Z axis, namely with a radius that is equal or approximately equal to half the outside diameter of the spray axis 7. In the illustrated embodiment, the fluid duct 11 is formed in an intermediate nozzle 13 which is arranged in the nozzle body 10 in such a way that

5/14 can be moved in the direction of the Y axis and sealed by means of a seal 12 and, at its upper end, forms the tub-like support surface for support sealed against the spray axis 7 and rests abrasively with that support surface against the outer surface of the spray axis 7, namely in a way pressed by spring means acting between the nozzle body 10 and the intermediate nozzle 13. The nozzle body 10 and the intermediate nozzle 13 , which is designed as a part that is subject to wear, are, for example, molded parts (injection molded parts) made of plastic. Preferably, the seal 12 is formed by a sealing element that, at the same time, generates the spring force that presses the intermediate nozzle 13 against the spray axis 7; in addition to the sealing function, therefore, this sealing element also has the function of a pressure spring.

Attached to the upper side of the nozzle body 10, there is a top piece similar to the cover 14 which is produced, for example, in the form of a molded part (injection molded part) made of plastic, namely in such a way that it firmly includes or substantially firmly the spray axis 7 in the upper part opening region 14.1 at the corresponding spray nozzle 6 over a circumference band of more than 180 degrees, that is, along a circumference band in which the axis spray nozzle 7 is not included by the nozzle body 10 or the intermediate nozzle 13.

At each spray nozzle 6, the spray axis 7 is equipped with a spray duct 15 which, in the illustrated embodiment, is formed in each case by two continuous holes that are radially oriented with respect to the axis of the spray axis 7 which intersect perpendicularly, in such a way that each spray duct 15 has, on the external surface of the spray axis 7, a total of four openings that are connected to each other. The upper part 14 is equipped with an opening 16 on its upper side with its back to the nozzle body 10. The cross sections of the opening 16 and the fluid duct 11 formed in the intermediate nozzle 13 are larger than

6/14 the cross section of the spray duct openings 15. The cross section of the opening 16 is larger than the cross section of the fluid duct 11.

A cleaning or spraying fluid, which is supplied under pressure to the fluid and conduction pipe 9, thus produces, on the corresponding spray nozzle 6, a spray jet 17 that leaves the corresponding spray nozzle 6 in a radially controlled manner to the shaft of the spray axis 7, when and for the time that an opening of the spray duct 15 is arranged congruently with the fluid duct 11 during the rotation and / or the pivot movement of the spray axis 7. Due to the movement of rotation of the spray axis 7 which is controlled in synchronization with the transport movement A, the corresponding spray jet 17 is also within certain limits moved with the bottles 3 which move beyond the corresponding spray station 1 or 2, as it is similarly known to those skilled in the art.

A specific feature of the spray nozzle arrangement 5 or the spray nozzles 6 lies in the fact that the upper part 14 is attached to the spray nozzle 10 when pushed and possibly stapled and / or locked and, moreover, is preferably fixed so that it can be released. The corresponding upper part 14 is pushed in an axial direction with respect to the spray axis 7, that is, on the Z axis. For assembly, the corresponding upper part 14 is pushed or stapled with the upper part opening 14.1 on the spray axis. 7 next to the corresponding nozzle body 10 with slight elastic deformation and then it is axially arranged, so that the upper part 14 is finally held in a shape fit on the upper side 10.1 of the nozzle body 10.

The upper part 14 is provided for this purpose in two end regions which, in the assembled state, are in opposite positions to each other in the direction of the X axis, with a protuberance similar to flank 18 that protrudes away from the outside of the upper part 14 and opposite the last one in

7/14 direction to the lower side of the upper part 14, that is, offset in the direction of the Y axis in the installed state of the upper part 14, with an additional protrusion 19 which, like protuberance 18, projects the external side from the upper part opposite the opening of the upper part 14.1. All protrusions 18 and 19, in each case, extend similarly to tape along the entire axial width of the upper part 14. In the assembled state, the protrusions 18 rest against the upper side of the nozzle body 10 with the its lower frontal side towards the corresponding protuberance 19. The protuberances 19, in each case, fit behind a lower cut formed by a groove on the nozzle body 10.

The nozzle bodies 10, which are, in each case, produced as a molded part, for example, of plastic or other suitable material, are fixed to the fluid pipe and conduction 9 by means of locking using a seal 21, namely in such a way so that the latches 22, which are integrally formed on the lower side of the nozzle body 10.1 of the corresponding nozzle body 10, project from that lower side of the nozzle body ΊΠ 1 the tamhpm Qân njactcjíaHíaQia Oi cãn í3nr * nraHcici nnr trowsiQ

UI. IU LdlllUCIII odU p <300> C3LI <9l2> C3UClVC * J> LI d VOLld ^ dVJ Z. I, bdU dl lUUl d LI d O pL / l U dvd5> in fluid and conduit openings 9. On the side bottom of its nozzle body 10.1 which rests by means of the seal 21 against the circumferential surface of the fluid and conduction pipe 9, in this case, the nozzle body 10 is adapted to the cylindrical outer surface of the fluid and conduction pipe 9 by be concave and cylindrical curved around an axis parallel to the Z axis. No separate fastening elements, such as screws etc., are therefore necessary, even for fastening the nozzle bodies 10 to the fluid pipe and corresponding conduction 9 In particular, it is also not necessary to form the fluid and conduit pipe 9 with special surfaces, such as horizontal surfaces to fix the spray nozzles 6 or the nozzle bodies 10. In the illustrated embodiment, the seal 21 is formed in a similar manner , by the sealing element which forms the seal 12 and which is configured in the form of a spring seal, in such a way that the assembly of the corresponding nozzle body 10 is considerably simplified.

8/14

Figs. 8 to 10 show, as an additional embodiment, a spray nozzle 6a that can be used in place of the spray nozzles 6 in the spray stations 1 and 2, namely together with the spray axis 7, in order to form the nozzle arrangement spray pattern 5.

The spray nozzle 6 again consists of a nozzle body 10a corresponding to the nozzle body 10 and an upper part 14a which corresponds to the upper part 14 and which is similarly fixed to the upper side of the nozzle body 10a by means of locking or being pushed from the side, namely in such a way that the protuberances 19 formed integrally on the upper part 14a fit in the grooves 20 provided on the upper side of the nozzle body 10a, as described above for fixing the upper part 14. The attachment of the upper part 14a to the nozzle body 10a can additionally be carried out by means of gluing. Otherwise, the spray nozzle 6a differs from the spray nozzle 6 only in that the attachment of the spray nozzle 6a to the fluid and conduit pipe 9 has no place by locking with the locking elements 22, but by means of a pipe clamp 23 surrounding the fluid and conduit pipe 9 in the form of a handle or pipe clamp. This pipe handle is produced in the form of a molded part manufactured with an appropriate material, such as plastic, and preferably an elastic material, such as elastic plastic, namely with two clamp arms or handles 23.1 and with a clamp section 23.2 in the form of an arc of circumference connecting these clamp arms.

At their free ends, the two clamp arms 23 are equipped, in each case, with a protrusion formed integrally 24 that points inwards, that is, to the space between the clamp arms 23.1. On its lower front side for the clamp section 23.2, each protrusion 24 is formed with barbs or with an inclined surface that includes an angle of less than ninety degrees with the adjacent inner surface of the clamp arm 23.1 which has the corresponding protrusion 24 .

9/14

On two opposite sides, the nozzle body 10a is formed with a corresponding groove 25 adapted to the cross section of the protrusions 24, namely in such a way that, when the pipe clamp 23 is fixed to the nozzle body 10a, each protrusion 24 is suitably received in a groove 25 with a shape fit, such that each clamp arm 23 is flat with its internal surface, along a partial length directly adjacent to the protrusion 24, against a region of flat surface 26 of the external surface nozzle body 10a. For the rest, the internal surfaces of the clamp arms 23.1 and the clamp section 23.2 are supplemented by the underside of the cylindrically curved nozzle body 10a. 1 which is opposite the upper part 14a, so as to form a cylindrical opening 27 in which the fluid and conduit pipe 9 is received when the spray nozzle 6a is mounted, namely with elastic deformation of the pipe clamps 23.

On its lower side opposite the upper part 14a, the nozzle body 10a is equipped with a series of protrusions, fixing feet or fixing elements 28 that protrude from that lower side and are supplied distributed around the opening of the duct 11, namely in a similar way to the latch protuberances 22 of the spray nozzle 6. In addition, the fixing feet 28 also pass through the seal or the sealing section 21 in the same way that was described for the locks 22, so that it protrudes just beyond the side of the seal 21 against the nozzle body 10a. In the illustrated embodiment, a total of four fixing feet 28 are provided, which form the corners of an imaginary rectangle.

The installation of each spray nozzle 6a again takes place in the region of a connection opening 9.1 in each case, which is provided for each spray nozzle 6a in the fluid and conduit pipe 9 and which has a non-circular cross section, such as the rectangular cross section shown in Fig. 12 and in which the fixing elements 28 are protruded, so that, in each case, they are supported against the end of the connection opening 9.1. This results, among others, in an unequivocal orientation and position of the corresponding nozzle body 10a with respect to the

10/14 fluid and conduction 9 and also in a torsion-free arrangement of the nozzle body 10a on the conduit 9.

In detail, the installation of each spray nozzle 6a on the fluid and conduction pipe 9 takes place in such a way that the corresponding nozzle body 10a, which is previously assembled with its functional elements and, particularly, also with the seal 21, it is placed on the fluid and conduction pipe 9 in the region of a connection opening 9.1, in such a way that the fastening elements 28 fit into that opening and the lower side of the nozzle body 10a. 1 with seal 21 resting on them against the fluid and conduit pipe. The pipe clamp 23 is then installed around the fluid and conduction pipe 9, namely by pushing the protrusions 24 laterally into the grooves 25 and with elastic deformation and tensioning of the pipe clamp 23 such that the latter , in the installed and elastically tensioned state, press the nozzle body 10a with the seal 21 provided on the underside of the nozzle body 10a. 1 against the fluid and conduit pipe, namely in order to create a sealed transition between the fluid and conduit pipe 9 and the

V-Λΐ I VmmI III Cm · Cl Cm4 II «71 v wVIGIVJGI I III Vmí Xmf ChZCm II Vmf \ μΛ VI * 41 VmMm * Vh / Cmt I IXJI 14 Çh / Cmí Cm / Vm * I Iwr V4I nozzle or duct 11 formed in the intermediate nozzle 13.

To allow the installation and tensioning of the pipe clamp 23 during the lateral insertion of the protrusions 24 into the grooves 25, the pipe clamp 23 has a reduced width in the clamp section 23.2, namely in the axial direction of the opening 27 (Z axis in the state installed) and in such a way that, on one side of the pipe clamp 23 indicated by 23.3 in Fig. 9, the end of the clamp section 23.2 is offset with respect to the end of the clamp arms 23.1 towards the side of the pipe clamp 23 indicated by 23.4 in Fig. 9. As a result, it is possible, when installing the corresponding pipe clamp 23 on the nozzle body 10a already positioned on the fluid and conduction pipe 9, to introduce the two protrusions 24 into the grooves in advance 25 with its end adjacent to side 23.3, namely with the pipe clamp 23 at an angle corresponding to the fluid and conduction pipe 9 or to the Z axis, that is, with the pipe clamp 23 in the non-tensioned state and inclined with the axis of the

11/14 opening 27 corresponding to the Z axis or the axis of the fluid pipe and conduction

9. The pipe clamp 23 is then pushed all the way into the nozzle body 10 with increasing stretching and tensioning, that is, the protrusions 24 are inserted completely into the grooves 25 with increasing stretching and tensioning of the pipe clamp 23, in such a way finally, the nozzle body 10a is fixed to the fluid and conduction pipe 9 by means of the tensioned pipe clamp 23.

After installing all the nozzle bodies 10a, also in this embodiment, the spray axis 7 is installed by placing this axis on the upper side of the nozzle bodies 10a by connecting the upper parts 14a to the nozzle bodies 10a in fitting shapes by laterally pushing the upper parts 14a over the nozzle bodies 10a in the axial direction of the spray axis 7, that is, in the direction of the Z axis.

A specific feature of the spray nozzle arrangement 5 or the spray nozzles 6 or 6a of the latter therefore rests on the fact that the corresponding upper part 14 or 14a is attached to the nozzle body 10 or 10a being pushed and, optionally, by means of a clamping and / or locking fitting or by a shape fitting and, preferably, it is also releasably fixed. Due to the described connection of the upper part 14 or 14a to the nozzle body 10 or 10a, not only is the assembly of the nozzle arrangement 5 considerably simplified, but it is also possible to replace the upper parts 14 and 14a quickly and without any problem. In addition, the spray axle 7 can, if necessary, also be removed or removed without any problem, such as for repair and / or maintenance purposes and / or in order to replace the intermediate nozzle 13, simply by detaching the parts upper 14 and 14a of the nozzle bodies 10 and 10a. Due to the releasable fixing of the upper parts 14 and 14a, therefore, the spray nozzle arrangement 5 is particularly easy to maintain.

If the nozzle body 10 or 10a is produced by means of injection molding from a suitable plastic, it is also possible, during the production of the corresponding nozzle body 10 or 10a, to supply, at the same time,

12/14 the seals 12 and 21 or the corresponding sealing element, namely by introducing that sealing element into the injection mold or another producing the corresponding nozzle body 10 or 10a and the associated sealing element in an injection molding process with two components or multiple components.

In addition to the advantages mentioned above, the spray nozzle arrangement 5 also has the advantage, regardless of the use or not of the spray nozzles 6 and / or 6a, that specific horizontal surfaces and also niches or angles, on which or in which fluids that may accumulate are, at least in large part, particularly avoided, namely and specifically also due to the fact that flat horizontal surfaces are not necessary to fix the upper part 14 or 14a to the corresponding nozzle body 10 or 10a and to attach the nozzle body 10 or 10a to the fluid and conduction pipe 9. The latter can be formed, on the other hand, exclusively with a round external cross section.

The present invention has been described above based on examples of embodiments. It will be understood that numerous changes and modifications are possible without abandoning the inventive concept on which the present invention is based. It is also possible, for example, to produce the nozzle body 10 or 10a in one piece with the top piece 14 or 14a. The installation of these nozzle elements 6 produced in one piece and which comprise the nozzle body 10 and the upper part 14 takes place, for example, by pushing it on the corresponding spray axis. The nozzle elements 6 produced in one piece and comprising the nozzle body 10 and the upper part 14 are installed, in turn, on the fluid and conduction pipe 9 using the sealing elements that form the seals 12 and 21 and locking the locking elements 22, for example, in the openings 9.1. This configuration, however, has the disadvantage that, in the event of removal of the spray axis 7, the nozzle elements 6 formed in one piece and consisting of the nozzle body 10 and the upper part 14 need to be destroyed.

13/14

When using the nozzle elements 6a, it is possible to remove these nozzle elements 6a without destroying them, by removing the pipe clamps 23 from the fluid pipe and conduction 9, but in principle only when the connection of the pipe clamp corresponding pipe 23 to the associated nozzle body 10a has not been additionally fixed by means of gluing.

List of References

1, 2 bottle spraying station

3.1 bottle opening bottle basket

4.1 bottle cell spray nozzle arrangement

6, 6a spray nozzle spray shaft drive element fluid pipe and conduction

9.1 opening in the fluid pipe and conduction

10,10a nozzle body

10.1, 10a. 1 underside of the nozzle body duct seal or intermediate nozzle spring seal (replaceable part that is subject to wear)

14.14a upper part spray duct

14/14 opening in the upper part spray jet

18, 19 groove lump

21 sealing element locking pipe clamp

23.1 clamp arm or leg

23.2 clamp section

23.3, 23.4 side of the pipe clamp 23 protrusion

The frog n h 11 ra

Z.K / l dl IIILII d side surface on the nozzle body 10a pipe clamp opening

28 foot or fixing element

The direction of transport

X, Y, Z space axis

Claims (9)

1. “SPRAY NOZZLE ARRANGEMENT”, particularly for use in spray stations or spray positions (1, 2) of machines for cleaning bottles or similar containers (3), comprising at least one fluid pipe and support (9 ), which comprises at least one spray nozzle (6, 6a) provided on that fluid and support pipe (9) and intended for the production of at least one spray jet (17) of a liquid medium supplied through the water pipe. fluid and support (9), wherein the at least one spray nozzle (6, 6a) comprises at least one nozzle body (10, 10a) which is attached to the fluid and support pipe (9) and in which it is formed a fluid duct (11) which is connected inside the fluid and support pipe (9) and comprises a spray axis (7) which can be rotatable and / or pivoted, in which said spray axis rests against a contact surface that involves an opening in the fluid (11) and which has a spray duct (15) with at least two openings which are, in each case, arranged congruently with the opening of the fluid duct (11) along an angular region of the pivot movement and / or rotational of the spraying axle (7) and which also comprises an upper part (14, 14a) which fits over the spraying axle (7) by means of a clamp or hook and, in this way, supports it over the body nozzle (10, 10a), in which the upper part (14, 14a) is preferably kept releasable on the nozzle body (10, 10a) being pushed and / or locked on the nozzle body (10, 10a), wherein the fluid duct (11) in the nozzle body (10, 10a) is formed by the duct of an intermediate nozzle (13), CHARACTERIZED by the fact that the intermediate nozzle (13) is arranged axially displaceable in the nozzle body (10, 10a) and is in contact by pressure against the spray axis (7) by means of at least one spring element and is provided in the nozzle body (10, 10a) in a sealed manner by means of a seal (12) and that the seal (12) is formed, simultaneously, as a spring element to press the intermediate nozzle (13) against the shaft spray (7) and that a seal (21) is provided to seal the connection between the nozzle body (10, 10a) and the fluid and support pipe (9), where this seal (21) is formed by a sealing element which, at the same time, Petition 870190090728, of 12/09/2019, p. 8/16 2/3 also forms the seal (12) for the intermediate nozzle (13) and passes through at least one locking and / or fixing element (22, 28). 2. “SPRAYING NOZZLE ARRANGEMENT”, according to claim 1, CHARACTERIZED by the fact that the nozzle body (10, 10a) is fixed to the fluid and support pipe (9) by means of lock (22) and / or by a pipe clamp (23) that fits over the fluid and support pipe (9) in the form of a pipe handle. 3. "SPRAYING NOZZLE ARRANGEMENT", according to claim 1 or 2, CHARACTERIZED by the fact that the upper part (14, 14a) is fixed to the nozzle body (10, 10a) being pushed in the axial direction (axis Z) of the spray axis (7). 4. "SPRAY NOZZLE ARRANGEMENT" according to any one of claims 1 to 3, CHARACTERIZED by the fact that the fluid and support pipe (9) and also the at least one spray nozzle (6, 6a), the its nozzle body (10, 10a) and its upper part (14, 14a) are projected over all regions of the surface in such a way that they do not have horizontal, flat, tub-like surface regions. 5. “SPRAYING NOZZLE ARRANGEMENT” according to any one of claims 1 to 4, CHARACTERIZED by the fact that at least one locking and / or fixing element (22, 28) for the lock and / or connection free of twist to the fluid pipe and support (9) is provided or formed on the nozzle body (10, 10a). 6. "DEPULVERIZING NOZZLE ARRANGEMENT" according to any one of claims 1 to 6, CHARACTERIZED by the fact that the nozzle body (10a) is fixed to the fluid and support pipe (9) by means of stapling using the pipe (23), wherein the pipe clamp (23) is preferably made of a permanently elastic material, such as a permanently elastic plastic. 7. “SPRAYING NOZZLE ARRANGEMENT” according to any one of claims 1 to 6, CHARACTERIZED by the fact that the pipe clamp (23). 8. “SPRAY NOZZLE DISPOSAL” according to any one of claims 1 to 7, CHARACTERIZED by the fact that the Petition 870190090728, of 12/09/2019, p. 9/16 3/3 pipe clamp (23) has, over a section (23.2) opposite the nozzle body (10a), a reduced width in an axial direction parallel to the axis of the fluid pipe and support (9). 9. “CLEANING MACHINE TO CLEAN BOTTLES OR 5 SIMILAR CONTAINERS ”, which comprises at least one spray station (1, 2) with at least one spray nozzle arrangement, particularly for internal and / or external spraying of the containers, FEATURED by the fact that the spray nozzle arrangement is designed as defined in any one of claims 1 to 8.