EP0724917B1 - Device for cleaning the inner surfaces of a wine cask - Google Patents

Device for cleaning the inner surfaces of a wine cask Download PDF

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Publication number
EP0724917B1
EP0724917B1 EP96100947A EP96100947A EP0724917B1 EP 0724917 B1 EP0724917 B1 EP 0724917B1 EP 96100947 A EP96100947 A EP 96100947A EP 96100947 A EP96100947 A EP 96100947A EP 0724917 B1 EP0724917 B1 EP 0724917B1
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EP
European Patent Office
Prior art keywords
nozzle
line
outlet duct
axis
water
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Expired - Lifetime
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EP96100947A
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German (de)
French (fr)
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EP0724917A1 (en
Inventor
Reiner Jakob Frank
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Individual
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Individual
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto 
    • B08B9/08—Cleaning containers, e.g. tanks
    • B08B9/093—Cleaning containers, e.g. tanks by the force of jets or sprays
    • B08B9/0936—Cleaning containers, e.g. tanks by the force of jets or sprays using rotating jets

Definitions

  • the invention relates to a device for cleaning the inner wall of a wine barrel.
  • a device for cleaning the inner wall of a wine barrel In connection with winemaking and wine storage it is necessary to the inside of the To clean wine barrels.
  • wine sludge remains, that have settled thickly in the bottom of the barrel, must be removed from the wine barrel. To do this, this more or less mushy mud whirled up with water and aspirated.
  • Even on an inner wall of the wine barrel set tartar must be loosened during cleaning and out of the Barrel to be removed.
  • the cleaning is preferably done only with water, without adding solvents. However, this sets ahead that a sufficiently strong water jet against the entire inner wall of the wine barrel is directed.
  • the device has several arms, each of which is a spray nozzle carry.
  • the arms can be swung up and down as well as being turned sideways.
  • Controlling the nozzle heads and moving the arms takes place via a special control.
  • Such Control can e.g. thanks to pneumatic piston-cylinder units be realized.
  • the control device is outside of the boiler to be cleaned.
  • DE-PS 32 10 339 is a device for cleaning Containers known by means of a pressure jet.
  • the nozzle of this The device has several eccentrically to its longitudinal axis aligned water outlet channels.
  • the longitudinal axes of this Outlet channels do not cut through the longitudinal axis of the nozzle.
  • the nozzles are in one when water escapes Rotational movement brought about their common longitudinal axis.
  • Another device for cleaning is known from DE-A1 0 320 399 a vessel known, in contrast to the above Device by arranging an additional Nozzle the nozzle head around a vertical axis, for example can be rotated.
  • the nozzle head rotates with it on the one hand about its longitudinal axis and on the other hand it rotates around another axis that is oriented transversely to its axis of rotation is.
  • the rotational movement is determined by a first one Group of orifices on the nozzle head causes while the rotary movement by another, additionally provided Exit opening is realized. That from this for turning of the nozzle head provided further outlet opening Water has no practically usable cleaning effect.
  • the invention has for its object an improved Device for cleaning the inside wall of a wine barrel specify the technically simple and economically favorable can be operated and used.
  • This invention is characterized by the features of claim 1 given.
  • this device is distinguished according to the invention characterized in that the angular momentum of the rotating and additional depending on another axis rotating nozzle so different from the rotational position of their outlet channel is large that related to an angle of rotation of 360 degrees, the nozzle has an effective torque around the axis of rotation has a total value greater than zero.
  • the Invention uses the knowledge that it is known through a eccentrically arranged nozzle outlet opening a nozzle to bring it into rotation. However, such a nozzle cannot additionally in rotation about a transverse to this axis of rotation aligned axis of rotation can be rotated.
  • the invention creates the additional rotational movement is not due to an additional one Exit opening, as for example from EP-A1 0 320 399 is known, but changes the angular momentum of the rotating nozzle during its rotation. This can be a Remaining torque is greater with a rotation angle of 360 degrees Zero can be realized. This residual torque can then for additional rotation of the nozzle around an additional axis of rotation be exploited.
  • the changeable angular momentum can, according to a further development of Invention by changing the amount of exiting the nozzle Water can be realized.
  • a first rotation angle range that leaves the rotating nozzle Amount of water can be greater than 360 degrees supplementary second rotation angle range. This leaves based on 360 degrees, an impulse force greater than zero remains can then be used for the additional rotational movement.
  • a simpler constructive training for a corresponding Device is the subject of the dependent claims and also embodiment shown in the drawing.
  • nozzle head for example, two or more nozzles distributed around the circumference to form a nozzle head.
  • the nozzle head is set in rotation by the fact that the Several nozzles present off-center to the axis of rotation Leak the water out of the head.
  • the inflow to the nozzles takes place evenly through the nozzles connecting annulus.
  • the annulus is through an inflow opening fed that line with the inflow line connected is.
  • the momentum is from this Nozzle larger than the other nozzles in this one Rotation position not positioned exactly above the access opening are.
  • the device according to the invention is characterized by a further embodiment characterized in that in the Nozzle head opening an open in its end area Surrounds suction line concentrically. So it is possible the water emerging from the nozzle head at the same time to suck from the wine barrel. This arrangement is also space-saving in cross-section.
  • the entire device can be in the area of a feed and a Drain hose are provided. It made sense highlighted, at least the areas of the suction line and the supply line, which is rotating in the area and itself rotating nozzle head lie to form rigid. In order to can the entire device as an overall rigid, in Cross-section space-saving rod-like structure through the Bunghole of a wine barrel in a simple way in the wine barrel used, parked there like a rack and after completion can be removed for cleaning.
  • a cleaning device 10 can by a in a wine barrel 14th existing bung hole 12 are inserted (Fig. 3). In a more detailed manner, this can then be used Cleaning device 10 by means of the inside of the wine barrel 14 water emerging from the cleaning device 10 can be cleaned.
  • the cleaning device 10 has an outer tube 16.
  • the tube 16 is closed at its upper end 18.
  • This end 18 connected pipe section 20 can a hose connection connected to the pipe section 20 water be passed into the interior of the tube 16.
  • Another tube 22 is inserted in the tube 16. This tube 22 leads out from the end 18 to the outside.
  • This inner Tube 22 is open at its lower end 24 (Fig. 3). In the area of this lower end 24 are on the inner tube 22nd foot-like stand 26 attached. In this way, the inner Pipe 22 placed on the bottom 28 of the wine barrel 14 be that the lower, open end 24 of the tube 22 at a distance is positioned to the floor 28.
  • the pipe section 50 moves up to a sleeve 30 which is the lower End of the inner tube 22 surrounds.
  • This sleeve 30 is via staggered grub screws 32 immovably held the tube 22.
  • the sleeve 30 has an annular Shoulder 34 on which the pipe section 50 with its lower Sitting in the end of 36.
  • the sleeve 30 projects with one annular projection 38 in the between the pipe section 50 and the inner tube 22 existing space 40. This can the pipe section 20 into the pipe 16 and in the pipe section 50 does not discharge water from the bottom Flow out pipe section 50. A small leak in the joint area between the shoulder 34 and the sleeve 30 and the lower End 36 of pipe section 50 is irrelevant.
  • the pipe section 50 can thus around the common longitudinal axis 52 of the two tubes 16, 22 can be rotated. At this turn the pipe 16 remains untwisted with its pipe section 20. At the rotation of the pipe section 50 slides in the area of the upper Butt 48 on the lower end of the tube 16 and with its lower end 36 on the shoulder 34 of the sleeve 30. This Rotation is by exiting from a spray head 54 Water 56, which is fastened to the tube section 50, causes.
  • the spray head 54 has a pipe section 60, the longitudinal axis of which 62 across, i.e. in the present case at an angle of 90 Degree, aligned with the longitudinal axis 52 of the tubes 16, 50, 18 is.
  • the tube piece 60 is at one end 64 in the Wall of the pipe section 50 screwed so that its interior 66 is in line with the space 40.
  • the other end of this pipe section 60 is through an end wall 68 closed.
  • In the pipe section 60 is one - in the present Example case only - opening 70 is present. This Opening 70 creates a conduit connection between the interior 66 and an annular space 72 surrounding the pipe section 60.
  • This annular space 72 is laterally framed by a plurality of in the present example, two nozzles 76, 78 carrying Runner 80.
  • This runner 80 is framed on one side from the pressure pipe 50 and on the other hand from one of the End wall 68 of radially projecting annular shoulder 82.
  • the runner 80 is on the one hand on the outside of the pipe section 60 and on the other hand on the side delimiting it Surfaces of the tube section 50 and the shoulder 82 slidably held.
  • the rotor 80 has several, in the present example case two nozzles 76, 78 screwed into it. Those in the nozzles trained outlet channels 84, 86 open into the annular space 72 in.
  • the longitudinal axis 88 of each nozzle 76, 78 is spaced apart r (FIG. 2) to the longitudinal axis 62 of the pipe section 60 in this way, the spray head can be discharged by water 56 54 are set in rotation about the axis 62. That from the Nozzles 76, 78 leaking water 56 can thus be the inner wall clean the wine barrel 14.
  • the nozzles 76, 78 are injected into the annular space 82 Water supplied. This applies in the present example for both nozzles 76, 78 too.
  • Position is the nozzle 76 with its outlet channel 84 the opening 70 positioned in the pipe section 60 is. This allows the inflow from the interior 66 Exit water directly through nozzle 76. From the nozzle 76 will be more in the position shown in the drawing Leaving water than simultaneously from the other nozzle 78 exit. The amount of water exiting the nozzle 76 causes an impulse force 90 greater than that of the nozzle 78 simultaneously assigned impulse force 92.
  • the spray head 54 rotates 93 ⁇ m brought the axis 62.
  • the impulse force 90 causes which in the present example with increasing and decreasing Size in the area of an angle window 94 acts in algebraic Addition with the other impulse force 92 a residual impulse force, which is the result of the algebraic addition of the two Impulse forces 90, 92 results.
  • This residual momentum force is only within this window 94 greater than zero and thereby within a given direction, causes one around Longitudinal axis 52 acting torque.
  • the spray head 54 will due to this residual impulse force (impulse force 90 minus Impulse force 92) rotated about the longitudinal axis 52. This rotation is only effective because the two impulse forces 90, 92 are not the same size.
  • the spray head 54 thus gets whenever one of the nozzles 76 or 78 with its outlet channel always gets into the area of the opening 70 angular momentum acting in the same direction around the axis 52.
  • a plurality of openings can also be circumferential be distributed on the pipe section 60. It is just make sure that depending on the number of existing nozzles 76, 78 in a first rotation range more water escapes than in the other supplemented to 360 degrees Rotation range. This can be done through different distribution of the openings and / or through openings of different sizes be realized. It would also be technically possible for the water to flow in into the nozzles depending on their rotational position to design differently. This could be due to External control or by self-control of the spray head 54 be made possible. The spray head 54 could thus rotate act on corresponding tax bodies. It is possible also, by acting differently on the spray head 54 To provide frictional forces for a residual impulse force.
  • the speed of rotation depends on the size of the residual impulse force of the spray head 54 about the longitudinal axis 52. So could for example through an opening 70 more or less closing slide influence the speed of rotation be taken.
  • the size of the rotation speed can also be constructive by the size of the eccentricity r Be influenced. Both the speed of rotation as well as the rotation speed must for the present Intended use should not be chosen very large. Not the Speed but the exit speed and thus the force with which the escaping water hits the inner wall of the wine barrel 14 is for cleaning purposes mainly authoritative.
  • the present device has, apart from the constructive simple and technically fully satisfactory solution Advantage that they need space can be built very small.
  • the device can thus without further through the 14 bung holes in wine barrels 12 can be easily inserted and exported.
  • the water emerging from the spray head 54 can from the Suction pipe 22 sucked out of the wine barrel 14 at the same time will.
  • the loosened dirt particles are then removed during suction also with through the suction pipe 22 from the wine barrel 14th promoted. If necessary, this can be done from the wine barrel 14 water led out through a filter arrangement and then used again for cleaning.
  • the suction pipe 22 could then be positioned next to the tube 16. It would also be possible to loosen the dirt first and then after Removing the cleaning device 10 a suction pipe 22 in the Introduce wine barrel 14 and the splashed water together suck off with the detached dirt from the wine barrel 14.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Cleaning By Liquid Or Steam (AREA)
  • Cleaning In General (AREA)

Abstract

An arrangement for cleaning the inner wall of a wine barrel, comprises a supply line for water, ≥ 1 water outlet nozzle which can be rotated about a second axis which is at an angle to a primary axis and a suction line. The rotational impulse of the nozzle (76,78) rotating about the second axis (62) and turning about the first axis (52), is different to the outlet channel position, so the nozzle has a rotational movement about the primary axis which is > 200.

Description

TECHNISCHES GEBIETTECHNICAL AREA

Die Erfindung betrifft eine Vorrichtung zum Reinigen der Innenwandung eines Weinfasses. Im Zusammenhang mit der Weinherstellung und Weinlagerung ist es erforderlich, das Innere der Weinfässer zu reinigen. Beim Reinigen muß die Innenwandung von Weinresten, die sich in Spalten und Ritzen der Faßwandung festgesetzt haben, entfernt werden. Auch Weinschlammreste, die sich im Bodenbereich des Fasses dickflüssig abgesetzt haben, müssen aus dem Weinfaß entfernt werden. Dazu wird dieser mehr oder weniger breiige Schlamm mit Wasser aufgewirbelt und abgesaugt. Auch auf einer Innenwandung des Weinfasses sich festgesetzte Weinstein muß beim Reinigen gelöst und aus dem Faß entfernt werden. Das Reinigen erfolgt vorzugsweise nur mit Wasser, ohne Zugabe von Lösungsmitteln. Dies setzt allerdings voraus, daß ein ausreichend starker Wasserstrahl gegen die gesamte Innenwandung des Weinfasses gerichtet wird.The invention relates to a device for cleaning the inner wall of a wine barrel. In connection with winemaking and wine storage it is necessary to the inside of the To clean wine barrels. When cleaning the inner wall of wine residues, which are in the cracks and crevices of the barrel wall have fixed, be removed. Also wine sludge remains, that have settled thickly in the bottom of the barrel, must be removed from the wine barrel. To do this, this more or less mushy mud whirled up with water and aspirated. Even on an inner wall of the wine barrel set tartar must be loosened during cleaning and out of the Barrel to be removed. The cleaning is preferably done only with water, without adding solvents. However, this sets ahead that a sufficiently strong water jet against the entire inner wall of the wine barrel is directed.

STAND DER TECHNIKSTATE OF THE ART

Aus der DE-OS 26 31 902 ist eine Vorrichtung und ein verfahren zum Reinigen des Inneren eines Kessels bekannt. Diese Vorrichtung weist mehrere Arme auf, die jeweils Spritzdüsen tragen. Die Arme können sowohl nach oben und unten verschwenkt als auch seitlich gedreht werden. Zusätzlich ist eine gemeinsame Drehbewegung aller Arme um eine vertikale Achse möglich. Das Ansteuern der Düsenköpfe und das Bewegen der Arme erfolgt über eine spezielle Steuerung. Eine derartige Steuerung kann z.B. durch pneumatische Kolben-Zylindereinheiten verwirklicht sein. Die Steuereinrichtung ist außerhalb des zu reinigenden Kessels angeordnet. From DE-OS 26 31 902 a device and a method known for cleaning the inside of a boiler. This The device has several arms, each of which is a spray nozzle carry. The arms can be swung up and down as well as being turned sideways. In addition there is one joint rotation of all arms around a vertical axis possible. Controlling the nozzle heads and moving the arms takes place via a special control. Such Control can e.g. thanks to pneumatic piston-cylinder units be realized. The control device is outside of the boiler to be cleaned.

Aus der DE-PS 32 10 339 ist eine Vorrichtung zum Reinigen von Behältern mittels eines Druckstrahls bekannt. Die Düse dieser Vorrichtung besitzt mehrere exzentrisch zu ihrer Längsachse ausgerichtete Wasser-Austrittskanäle. Die Längsachsen dieser Austrittskanäle durchschneiden die Längsachse der Düse nicht. Dadurch werden beim Austreten von Wasser die Düsen in eine Rotationsbewegung um ihre gemeinsame Längsachse gebracht.From DE-PS 32 10 339 is a device for cleaning Containers known by means of a pressure jet. The nozzle of this The device has several eccentrically to its longitudinal axis aligned water outlet channels. The longitudinal axes of this Outlet channels do not cut through the longitudinal axis of the nozzle. As a result, the nozzles are in one when water escapes Rotational movement brought about their common longitudinal axis.

Aus der DE-A1 0 320 399 ist eine weitere Vorrichtung zum Reinigen eines Gefäßes bekannt, bei der im Unterschied zur vorstehenden Vorrichtung durch das Anordnen einer zusätzlichen Düse der Düsenkopf um eine beispielsweise vertikale Achse zusätzlich gedreht werden kann. Der Düsenkopf rotiert damit einerseits um seine Längsachse und andererseits dreht er sich um eine weitere Achse, die quer zu seiner Rotationsachse ausgerichtet ist. Die Rotationsbewegung wird durch eine erste Gruppe von Austrittsöffnungen am Düsenkopf bewirkt, während die Drehbewegung durch eine weitere, zusätzlich vorgesehene Austrittsöffnung verwirklicht wird. Das aus dieser zum Drehen des Düsenkopfes vorgesehenen weiteren Austrittsöffnung austretende Wasser hat keinen praktisch verwertbaren Reinigungseffekt.Another device for cleaning is known from DE-A1 0 320 399 a vessel known, in contrast to the above Device by arranging an additional Nozzle the nozzle head around a vertical axis, for example can be rotated. The nozzle head rotates with it on the one hand about its longitudinal axis and on the other hand it rotates around another axis that is oriented transversely to its axis of rotation is. The rotational movement is determined by a first one Group of orifices on the nozzle head causes while the rotary movement by another, additionally provided Exit opening is realized. That from this for turning of the nozzle head provided further outlet opening Water has no practically usable cleaning effect.

DARSTELLUNG DER ERFINDUNGPRESENTATION OF THE INVENTION

Der Erfindung liegt die Aufgabe zugrunde, eine verbesserte Vorrichtung zum Reinigen der Innenwandung eines Weinfasses anzugeben, die technisch einfach und wirtschaftlich günstig betrieben und eingesetzt werden kann.The invention has for its object an improved Device for cleaning the inside wall of a wine barrel specify the technically simple and economically favorable can be operated and used.

Diese Erfindung ist durch die Merkmale des Patentanspruchs 1 gegeben. Ausgehend von der im Stand der Technik bekannten Vorrichtung zum Reinigen der Innenwandung eines Weinfasses zeichnet sich diese Vorrichtung erfindungsgemäß dementsprechend dadurch aus, daß der Drehimpuls der rotierenden und zusätzlich um eine andere Achse drehenden Düse in Abhängigkeit von der Rotationsstellung ihres Austrittskanals derart unterschiedlich groß ist, daß bezogen auf einen Rotationswinkel von 360 Grad die Düse ein um die Drehachse wirksames Drehmoment besitzt, dessen aufsummierter Wert größer Null ist. Die Erfindung nutzt die Erkenntnis, daß es bekannt ist, durch eine exzentrisch angeordnete Düsen-Austrittsöffnung eine Düse in Rotation zu bringen. Eine derartige Düse kann aber nicht zusätzlich in Umdrehung um eine zu dieser Rotationsachse quer ausgerichteten Drehachse gedreht werden. Beim Rotieren heben sich die jeweils auf die Drehachse wirkenden Drehmomente nämlich auf, so daß bei einer Rotation von 360 Grad sich insgesamt ein Drehmoment von Null ergibt. Die Erfindung schafft die zusätzliche Drehbewegung nicht durch eine zusätzliche Austrittsöffnung, so wie dies beispielsweise aus der EP-A1 0 320 399 bekannt ist, sondern verändert den Drehimpuls der rotierenden Düse während ihrer Rotation. Dadurch kann ein Rest-Drehmoment bei einem Rotationswinkel von 360 Grad größer Null verwirklicht werden. Dieses Rest-Drehmoment kann dann zum zusätzlichen Drehen der Düse um eine zusätzliche Drehachse ausgenutzt werden.This invention is characterized by the features of claim 1 given. Starting from that known in the prior art Device for cleaning the inside wall of a wine barrel accordingly, this device is distinguished according to the invention characterized in that the angular momentum of the rotating and additional depending on another axis rotating nozzle so different from the rotational position of their outlet channel is large that related to an angle of rotation of 360 degrees, the nozzle has an effective torque around the axis of rotation has a total value greater than zero. The Invention uses the knowledge that it is known through a eccentrically arranged nozzle outlet opening a nozzle to bring it into rotation. However, such a nozzle cannot additionally in rotation about a transverse to this axis of rotation aligned axis of rotation can be rotated. Lift while rotating the torques acting on the axis of rotation on, so that with a rotation of 360 degrees in total gives a torque of zero. The invention creates the additional rotational movement is not due to an additional one Exit opening, as for example from EP-A1 0 320 399 is known, but changes the angular momentum of the rotating nozzle during its rotation. This can be a Remaining torque is greater with a rotation angle of 360 degrees Zero can be realized. This residual torque can then for additional rotation of the nozzle around an additional axis of rotation be exploited.

Der veränderbare Drehimpuls kann nach einer Weiterbildung der Erfindung durch Verändern der Menge des die Düse verlassenden Wassers verwirklicht werden. So kann beispielsweise in einem ersten Rotations-Winkelbereich die die rotierende Düse verlassende Wassermenge größer sein als in dem sich zu 360 Grad ergänzenden zweiten Rotations-Winkelbereich. Dadurch bleibt bezogen auf 360 Grad eine Impulskraft größer Null übrig, die dann für die zusätzliche Drehbewegung verwendet werden kann. Eine einfachere konstruktive Ausbildung für eine entsprechende Vorrichtung ist Gegenstand der Unteransprüche und auch des in der Zeichnung dargestellten Ausführungsbeispiels.The changeable angular momentum can, according to a further development of Invention by changing the amount of exiting the nozzle Water can be realized. For example, in one first rotation angle range that leaves the rotating nozzle Amount of water can be greater than 360 degrees supplementary second rotation angle range. This leaves based on 360 degrees, an impulse force greater than zero remains can then be used for the additional rotational movement. A simpler constructive training for a corresponding Device is the subject of the dependent claims and also embodiment shown in the drawing.

Zum Variieren der Impulskraft in Abhängigkeit von der Rotationsstellung der Düse bzw. der Düsen und damit zur Variation der Wassermengen, die die Düse bzw. die Düsen jeweils verlassen, kann ein den Austrittsöffnungen vorgeschalteter Ringraum vorgesehen werden, der vom zu- und abströmenden Wasser durchflossen wird und der eine Leitungsverbindung mit der rotierenden Düse besitzt derart, daß die Düse sich nur in bestimmten Rotationsstellungen über der Öffnung befindet.For varying the impulse force depending on the rotational position of the nozzle or nozzles and thus for variation the amount of water that leaves the nozzle or nozzles, can be an annular space upstream of the outlet openings be provided by the incoming and outgoing water is flowed through and a line connection with the rotating Nozzle has such that the nozzle is only in certain Rotational positions above the opening.

Auf diese Weise können beispielsweise zwei oder mehrere Düsen umfangsmäßig verteilt zu einem Düsenkopf zusammengefaßt werden. Der Düsenkopf wird in Rotation versetzt dadurch, daß die außermittig zur Rotationsachse vorhandenen mehreren Düsen bei Austritt von Wasser den Kopf in Rotation versetzen. Der Zufluß zu den Düsen erfolgt dabei gleichmäßig über den die Düsen verbindenden Ringraum. Der Ringraum wird über eine Zuflußöffnung gespeist, die mit der Zuflußleitung leitungsmäßig verbunden ist. Sobald nun eine der Düsen bei ihrer Rotation über der Zuflußöffnung positioniert ist, kann durch diese Düse verstärkt Wasser austreten. Die Impulskraft ist aus dieser Düse heraus größer als aus den anderen Düsen, die in dieser Rotationsstellung nicht genau über der Zutrittsöffnung positioniert sind. Da die Zutrittsöffnung in einer bestimmten Ausrichtung rotationsmäßig fest vorhanden ist, bekommt der Düsenkopf bei seiner Rotation immer einen zusätzlichen Impuls. Dieser zusätzliche Impuls, der über einen vorgegebenen Rotationswinkelbereich vorhanden ist, bewirkt, daß die bei einer Rotation von 360 Grad sich ergebenden aufsummierten Teil-Impulskräfte einen Wert größer Null bekommen.In this way, for example, two or more nozzles distributed around the circumference to form a nozzle head. The nozzle head is set in rotation by the fact that the Several nozzles present off-center to the axis of rotation Leak the water out of the head. The inflow to the nozzles takes place evenly through the nozzles connecting annulus. The annulus is through an inflow opening fed that line with the inflow line connected is. As soon as one of the nozzles rotates positioned above the inlet opening can pass through this nozzle escaping more water. The momentum is from this Nozzle larger than the other nozzles in this one Rotation position not positioned exactly above the access opening are. Because the access opening in a certain Alignment is fixed in terms of rotation, gets the Nozzle head always an additional impulse during its rotation. This additional impulse that goes beyond a given Rotation angle range is present, causes the at resulting in a rotation of 360 degrees Get partial impulse forces greater than zero.

Auf diese Weise ist nicht nur eine Rotation des Düsenkopfes um seine Rotationsachse sondern eine zusätzliche Drehbewegung des Düsenkopfes um eine zur Rotationsachse beispielsweise senkrechte Drehachse möglich. Wichtig dabei ist, daß das zu den beiden Drehbewegungen verwendete Wasser vollständig zum Reinigen der Innenwandung eines Weinfasses zur Verfügung steht; das die Drehbewegung und die Rotationsbewegung erzeugende Wasser tritt nämlich vollständig aus den jeweiligen Düsen aus, die am Düsenkopf rotieren. In this way, it is not just a rotation of the nozzle head around its axis of rotation but an additional rotary movement of the nozzle head, for example, about one to the axis of rotation vertical axis of rotation possible. It is important that this too the two rotations used water completely to Cleaning the inside wall of a wine barrel is available stands; the one generating the rotary motion and the rotary motion Water comes out of the respective nozzles completely rotating on the nozzle head.

Die erfindungsgemäße Vorrichtung zeichnet sich nach einem weitereren Ausführungsbeispiel dadurch aus, daß die in den Düsenkopf einmündende Zuleitung eine in ihrem Endbereich offene Saugleitung konzentrisch umgibt. Damit ist es möglich, das aus dem Düsenkopf austretende Wasser gleichzeitig wieder aus dem Weinfaß zu saugen. Außerdem ist diese Anordnung platzsparend im Querschnitt.The device according to the invention is characterized by a further embodiment characterized in that in the Nozzle head opening an open in its end area Surrounds suction line concentrically. So it is possible the water emerging from the nozzle head at the same time to suck from the wine barrel. This arrangement is also space-saving in cross-section.

Die gesamte Vorrichtung kann im Bereich eines Zu- und eines Ablaufschlauches vorgesehen werden. Als sinnvoll hat es sich herausgestellt, zumindest die Bereiche der Absaugleitung und der Zulaufleitung, die im Bereich des rotierenden und sich drehenden Düsenkopfes liegen, biegesteif auszubilden. Damit kann die gesamte Vorrichtung als insgesamt biegesteifes, im Querschnitt platzsparendes stabähnliches Gebilde durch das Spundloch eines Weinfasses auf einfache Weise in das Weinfaß eingesetzt, dort ständerartig abgestellt und nach Beendigung der Reinigung wieder herausgenommen werden.The entire device can be in the area of a feed and a Drain hose are provided. It made sense highlighted, at least the areas of the suction line and the supply line, which is rotating in the area and itself rotating nozzle head lie to form rigid. In order to can the entire device as an overall rigid, in Cross-section space-saving rod-like structure through the Bunghole of a wine barrel in a simple way in the wine barrel used, parked there like a rack and after completion can be removed for cleaning.

Weitere Ausgestaltungen und Vorteile der Erfindung sind den in den Ansprüchen weiterhin aufgeführten Merkmalen sowie dem nachstehenden Ausführungsbeispiel zu entnehmen.Further refinements and advantages of the invention are the in the claims further listed features and the see the following embodiment.

KURZE BESCHREIBUNG DER ZEICHNUNGBRIEF DESCRIPTION OF THE DRAWING

Die Erfindung wird im folgenden anhand des in der Zeichnung dargestellten Ausführungsbeispiels näher beschrieben und erläutert. Es zeigen:

Fig. 1
eineperspektivische, teilweise geschnittene Darstellung einer Vorrichtung zum Reinigen der Innenwandung eines Weinfasses nach der Erfindung,
Fig. 2
eine schematisierte Schnittdarstellung des Düsenkopfes dieser Vorrichtung gemäß Fig. 1,
Fig. 3
einen Längsschnitt durch die erfindungsgemäße Vorrichtung gemäß Fig. 1 und 2.
The invention is described and explained in more detail below with reference to the embodiment shown in the drawing. Show it:
Fig. 1
a perspective, partially sectioned illustration of a device for cleaning the inner wall of a wine barrel according to the invention,
Fig. 2
2 shows a schematic sectional illustration of the nozzle head of this device according to FIG. 1,
Fig. 3
2 shows a longitudinal section through the device according to the invention according to FIGS. 1 and 2.

WEGE ZUM AUSFÜHREN DER ERFINDUNGWAYS OF CARRYING OUT THE INVENTION

Ein Reinigungsgerät 10 kann durch ein in einem Weinfaß 14 vorhandenes Spundloch 12 hindurchgesteckt werden (Fig. 3). In noch näher dargestellter Weise kann dann mit Hilfe dieses Reinigungsgerätes 10 die Innenseite des Weinfasses 14 mittels aus dem Reinigungsgerät 10 austretendem Wasser gereinigt werden.A cleaning device 10 can by a in a wine barrel 14th existing bung hole 12 are inserted (Fig. 3). In a more detailed manner, this can then be used Cleaning device 10 by means of the inside of the wine barrel 14 water emerging from the cleaning device 10 can be cleaned.

Das Reinigungsgerät 10 besitzt ein äußeres Rohr 16. Das Rohr 16 ist an seinem oberen Ende 18 verschlossen. Über ein im Bereich dieses Endes 18 angeschlossenes Rohrstück 20 kann über eine am Rohrstück 20 angeschlossene Schlauchverbindung Wasser in das Innere des Rohres 16 geleitet werden.The cleaning device 10 has an outer tube 16. The tube 16 is closed at its upper end 18. About one in the area this end 18 connected pipe section 20 can a hose connection connected to the pipe section 20 water be passed into the interior of the tube 16.

In dem Rohr 16 steckt ein weiteres Rohr 22. Dieses Rohr 22 führt oben aus dem Ende 18 nach außen heraus. Dieses innere Rohr 22 ist an seinem unteren Ende 24 (Fig. 3) offen. Im Bereich dieses unteren Endes 24 sind an dem inneren Rohr 22 fußartige Ständer 26 befestigt. Auf diese Weise kann das innere Rohr 22 auf dem Boden 28 des Weinfasses 14 so abgestellt werden, daß das untere, offene Ende 24 des Rohres 22 im Abstand zum Boden 28 positioniert ist.Another tube 22 is inserted in the tube 16. This tube 22 leads out from the end 18 to the outside. This inner Tube 22 is open at its lower end 24 (Fig. 3). In the area of this lower end 24 are on the inner tube 22nd foot-like stand 26 attached. In this way, the inner Pipe 22 placed on the bottom 28 of the wine barrel 14 be that the lower, open end 24 of the tube 22 at a distance is positioned to the floor 28.

Unterhalb des Rohrstückes 20 und damit noch im Bereich des Weinfasses 14 wird das äußere Rohr 16 von einer Lagerhülse 44 umgeben. Diese Lagerhülse 44 ist über zwei Madenschrauben 46 fest an dem Rohr 16 angebracht. Unterhalb des Bereiches der Madenschrauben 46, aber noch innerhalb des Bereiches der Hülse 44 besitzt das Rohr 16 einen Stoß 48. Unterhalb des Stoßes 48 setzt sich das Rohr 16 in einem Rohrabschnitt 50 fort. Below the pipe section 20 and thus still in the area of Wine barrel 14, the outer tube 16 of a bearing sleeve 44th surround. This bearing sleeve 44 is over two grub screws 46 firmly attached to the tube 16. Below the range of the Set screws 46, but still within the area of the sleeve 44, the tube 16 has a joint 48. Below the joint 48 the pipe 16 continues in a pipe section 50.

Der Rohrabschnitt 50 rückt bis zu einer Hülse 30, die das untere Ende des inneren Rohres 22 umgibt. Diese Hülse 30 ist über versetzt angeordnete Madenschrauben 32 unverrückbar an dem Rohr 22 gehalten. Die Hülse 30 weist eine ringförmige Schulter 34 auf, auf der der Rohrabschnitt 50 mit seinem unteren Ende 36 stumpf aufsitzt. Die Hülse 30 ragt mit einem ringförmigen Vorsprung 38 in den zwischen dem Rohrabschnitt 50 und dem inneren Rohr 22 vorhandenen Zwischenraum 40. Dadurch kann das über das Rohrstück 20 in das Rohr 16 und in den Rohrabschnitt 50 eingeleitete Wasser nicht unten aus dem Rohrabschnitt 50 herausströmen. Eine geringe Leckage im Stoßbereich zwischen der Schulter 34 und der Hülse 30 und dem unteren Ende 36 des Rohrabschnittes 50 ist unbeachtlich.The pipe section 50 moves up to a sleeve 30 which is the lower End of the inner tube 22 surrounds. This sleeve 30 is via staggered grub screws 32 immovably held the tube 22. The sleeve 30 has an annular Shoulder 34 on which the pipe section 50 with its lower Sitting in the end of 36. The sleeve 30 projects with one annular projection 38 in the between the pipe section 50 and the inner tube 22 existing space 40. This can the pipe section 20 into the pipe 16 and in the pipe section 50 does not discharge water from the bottom Flow out pipe section 50. A small leak in the joint area between the shoulder 34 and the sleeve 30 and the lower End 36 of pipe section 50 is irrelevant.

Der Rohrabschnitt 50 kann somit um die gemeinsame Längsachse 52 der beiden Rohre 16, 22 gedreht werden. Bei dieser Drehung bleibt das Rohr 16 mit seinem Rohrstück 20 unverdreht. Bei der Drehung gleitet der Rohrabschnitt 50 im Bereich des oberen Stoßes 48 an der unteren Stirnseite des Rohres 16 und mit seinem unteren Ende 36 auf der Schulter 34 der Hülse 30. Diese Drehung wird durch aus einem Spritzkopf 54 austretendes Wasser 56, der am Rohrabschnitt 50 auskragend befestigt ist, bewirkt.The pipe section 50 can thus around the common longitudinal axis 52 of the two tubes 16, 22 can be rotated. At this turn the pipe 16 remains untwisted with its pipe section 20. At the rotation of the pipe section 50 slides in the area of the upper Butt 48 on the lower end of the tube 16 and with its lower end 36 on the shoulder 34 of the sleeve 30. This Rotation is by exiting from a spray head 54 Water 56, which is fastened to the tube section 50, causes.

Der Spritzkopf 54 besitzt ein Rohrstück 60, dessen Längsachse 62 quer, das heißt im vorliegenden Fall im Winkel von 90 Grad, zur Längsachse 52 der Rohre 16, 50, 18 ausgerichtet ist. Das Rohrstück 60 ist mit seinem einen Ende 64 in der Wandung des Rohrabschnittes 50 so eingeschraubt, daß sein Inneres 66 in Leitungsverbindung mit dem Zwischenraum 40 steht. Das andere Ende dieses Rohrstückes 60 ist durch eine Stirnwand 68 verschlossen. In dem Rohrstück 60 ist eine - im vorliegenden Beispielsfall einzige - Öffnung 70 vorhanden. Diese Öffnung 70 schafft eine Leitungsverbindung zwischen dem Inneren 66 und einem das Rohrstück 60 umgebenden Ringraum 72. The spray head 54 has a pipe section 60, the longitudinal axis of which 62 across, i.e. in the present case at an angle of 90 Degree, aligned with the longitudinal axis 52 of the tubes 16, 50, 18 is. The tube piece 60 is at one end 64 in the Wall of the pipe section 50 screwed so that its interior 66 is in line with the space 40. The other end of this pipe section 60 is through an end wall 68 closed. In the pipe section 60 is one - in the present Example case only - opening 70 is present. This Opening 70 creates a conduit connection between the interior 66 and an annular space 72 surrounding the pipe section 60.

Dieser Ringraum 72 wird seitlich eingerahmt von einem mehrere, im vorliegenden Beispielsfall zwei Düsen 76, 78 tragenden Läufer 80. Dieser Läufer 80 wird seitlich eingerahmt einerseits vom Druckrohr 50 und andererseits von einer von der Stirnwand 68 radial auskragenden ringförmigen Schulter 82. Der Läufer 80 ist einerseits auf der Außenseite des Rohrstückes 60 und andererseits an den seitlich ihn begrenzenden Flächen des Rohrabschnittes 50 bzw. der Schulter 82 gleitverschieblich gehalten.This annular space 72 is laterally framed by a plurality of in the present example, two nozzles 76, 78 carrying Runner 80. This runner 80 is framed on one side from the pressure pipe 50 and on the other hand from one of the End wall 68 of radially projecting annular shoulder 82. The runner 80 is on the one hand on the outside of the pipe section 60 and on the other hand on the side delimiting it Surfaces of the tube section 50 and the shoulder 82 slidably held.

Der Läufer 80 besitzt mehrere, im vorliegenden Beispielsfall zwei in ihn eingeschraubte Düsen 76, 78. Die in den Düsen ausgebildeten Austrittskanäle 84, 86 münden in den Ringraum 72 hinein. Die Längsachse 88 jeder Düse 76, 78 hat einen Abstand r (Fig. 2) zur Längsachse 62 des Rohrstückes 60. Auf diese Weise kann durch austretendes Wasser 56 der Spritzkopf 54 in Rotation um die Achse 62 versetzt werden. Das aus den Düsen 76, 78 austretende Wasser 56 kann somit die Innenwand des Weinfasses 14 reinigen.The rotor 80 has several, in the present example case two nozzles 76, 78 screwed into it. Those in the nozzles trained outlet channels 84, 86 open into the annular space 72 in. The longitudinal axis 88 of each nozzle 76, 78 is spaced apart r (FIG. 2) to the longitudinal axis 62 of the pipe section 60 in this way, the spray head can be discharged by water 56 54 are set in rotation about the axis 62. That from the Nozzles 76, 78 leaking water 56 can thus be the inner wall clean the wine barrel 14.

Die Düsen 76, 78 werden durch das in den Ringraum 82 eingetretene Wasser versorgt. Dies trifft im vorliegenden Beispielsfall für beide Düsen 76, 78 zu. Für die Düse 76 gilt zusätzlich noch folgendes. In der in den Figuren dargestellten Stellung ist die Düse 76 mit ihrem Austrittskanal 84 über der Öffnung 70 positioniert, die in dem Rohrstück 60 vorhanden ist. Dadurch kann das aus dem Innenraum 66 nachströmende Wasser direkt durch die Düse 76 austreten. Aus der Düse 76 wird also in der in der Zeichnung dargestellten Stellung mehr Wasser austreten als gleichzeitig aus der anderen Düse 78 austritt. Die aus der Düse 76 austretende Wassermenge verursacht eine Impulskraft 90, die größer ist als die der Düse 78 gleichzeitig zugeordnete Impulskraft 92. Durch die beiden Impulskräfte 90, 92 wird der Spritzkopf 54 in Rotation 93 um die Achse 62 gebracht. Zusätzlich bewirkt die Impulskraft 90, die im vorliegenden Beispielsfall mit zu- und abnehmender Größe im Bereich eines Winkel-Fensters 94 wirkt, in algebraischer Addition mit der anderen Impulskraft 92 eine Rest-Impulskraft, die sich durch algebraische Addition der beiden Impulskräfte 90, 92 ergibt. Diese Rest-Impulskraft ist nur innerhalb dieses Fensters 94 größer NULL und dabei innerhalb einer vorgegebenen Richtung vorhanden, bewirkt ein um die Längsachse 52 wirkendes Drehmoment. Der Spritzkopf 54 wird aufgrund dieser Rest-Impulskraft (Impulskraft 90 abzüglich Impulskraft 92) um die Längsachse 52 gedreht. Diese Drehung ist nur dadurch wirksam, weil die beiden Impulskräfte 90, 92 nicht gleich groß sind. Wären sie gleich groß, würde sich bezogen auf einen Rotationswinkel von 360 Grad eine Rest-Impulskraft von NULL ergeben. Der Spritzkopf 54 bekommt damit immer dann, wenn eine der Düsen 76 oder 78 mit ihrem Austrittskanal in den Bereich der Öffnung 70 gelangt, einen immer in gleicher Richtung wirkenden Drehimpuls um die Achse 52.The nozzles 76, 78 are injected into the annular space 82 Water supplied. This applies in the present example for both nozzles 76, 78 too. The following applies to the nozzle 76 additionally the following. In the illustrated in the figures Position is the nozzle 76 with its outlet channel 84 the opening 70 positioned in the pipe section 60 is. This allows the inflow from the interior 66 Exit water directly through nozzle 76. From the nozzle 76 will be more in the position shown in the drawing Leaving water than simultaneously from the other nozzle 78 exit. The amount of water exiting the nozzle 76 causes an impulse force 90 greater than that of the nozzle 78 simultaneously assigned impulse force 92. By the two impulse forces 90, 92, the spray head 54 rotates 93 µm brought the axis 62. In addition, the impulse force 90 causes which in the present example with increasing and decreasing Size in the area of an angle window 94 acts in algebraic Addition with the other impulse force 92 a residual impulse force, which is the result of the algebraic addition of the two Impulse forces 90, 92 results. This residual momentum force is only within this window 94 greater than zero and thereby within a given direction, causes one around Longitudinal axis 52 acting torque. The spray head 54 will due to this residual impulse force (impulse force 90 minus Impulse force 92) rotated about the longitudinal axis 52. This rotation is only effective because the two impulse forces 90, 92 are not the same size. If they were the same size, they would refer a residual impulse force at a rotation angle of 360 degrees result from zero. The spray head 54 thus gets whenever one of the nozzles 76 or 78 with its outlet channel always gets into the area of the opening 70 angular momentum acting in the same direction around the axis 52.

Statt der einen Öffnung 70 können auch mehrere Öffnungen umfangsmäßig verteilt am Rohrstück 60 vorhanden sein. Es ist nur sicherzustellen, daß in Abhängigkeit von der Anzahl der vorhandenen Düsen 76, 78 in einem ersten Rotationsbereich mehr Wasser austritt als in dem zu 360 Grad ergänzten anderen Rotationsbereich. Dies kann durch unterschiedliche Verteilung der Öffnungen und/oder durch unterschiedlich große Öffnungen verwirklicht werden. Es wäre technisch auch möglich, den Wasserzufluß in die Düsen hinein in Abhängigkeit von deren Rotationsstellung unterschiedlich zu gestalten. Dies könnte durch Fremdsteuerung oder durch Eigensteuerung des Spritzkopfes 54 ermöglicht werden. So könnte der Spritzkopf 54 bei seiner Rotation auf entsprechende Steuerorgane einwirken. Möglich wäre auch, durch unterschiedlich stark auf den Spritzkopf 54 einwirkende Reibungskräfte für eine Rest-Impulskraft zu sorgen.Instead of one opening 70, a plurality of openings can also be circumferential be distributed on the pipe section 60. It is just make sure that depending on the number of existing nozzles 76, 78 in a first rotation range more water escapes than in the other supplemented to 360 degrees Rotation range. This can be done through different distribution of the openings and / or through openings of different sizes be realized. It would also be technically possible for the water to flow in into the nozzles depending on their rotational position to design differently. This could be due to External control or by self-control of the spray head 54 be made possible. The spray head 54 could thus rotate act on corresponding tax bodies. It is possible also, by acting differently on the spray head 54 To provide frictional forces for a residual impulse force.

Von der Größe der Rest-Impulskraft hängt die Drehgeschwindigkeit des Spritzkopfes 54 um die Längsachse 52 ab. So könnte beispielsweise durch einen die Öffnung 70 mehr oder weniger verschließenden Schieber Einfluß auf die Drehgeschwindigkeit genommen werden. Auf die Größe der Rotationsgeschwindigkeit kann zusätzlich durch die Größe der Exzentrizität r konstruktiv Einfluß genommen werden. Sowohl die Drehgeschwindigkeit als auch die Rotationsgeschwindigkeit müssen für den vorliegenden Einsatzzweck nicht sehr groß gewählt werden. Nicht die Geschwindigkeit sondern die Austrittsgeschwindigkeit und damit die Kraft, mit der das austretende Wasser auf die Innenwandung des Weinfasses 14 auftrifft, ist für den Reinigungszweck hauptsächlich maßgebend.The speed of rotation depends on the size of the residual impulse force of the spray head 54 about the longitudinal axis 52. So could for example through an opening 70 more or less closing slide influence the speed of rotation be taken. The size of the rotation speed can also be constructive by the size of the eccentricity r Be influenced. Both the speed of rotation as well as the rotation speed must for the present Intended use should not be chosen very large. Not the Speed but the exit speed and thus the force with which the escaping water hits the inner wall of the wine barrel 14 is for cleaning purposes mainly authoritative.

Die vorliegende Vorrichtung hat abgesehen von der konstruktiven einfachen und technisch voll befriedigenden Lösung den Vorteil, daß sie hinsichtlich ihres benötigten Freiraumes sehr klein gebaut werden kann. Die Vorrichtung kann damit ohne weiteres durch die in Weinfässern 14 vorhandenen Spundlöcher 12 problemlos ein- und ausgeführt werden.The present device has, apart from the constructive simple and technically fully satisfactory solution Advantage that they need space can be built very small. The device can thus without further through the 14 bung holes in wine barrels 12 can be easily inserted and exported.

Das aus dem Spritzkopf 54 austretende Wasser kann aus dem Saugrohr 22 zeitgleich wieder aus dem Weinfaß 14 abgesaugt werden. Beim Absaugen werden dann die losgelösten Schmutzpartikel ebenfalls mit durch das Saugrohr 22 aus dem Weinfaß 14 herausgefördert. Sofern erforderlich, kann das aus dem Weinfaß 14 herausgeführte Wasser über eine Filteranordnung geführt und anschließend wieder zum Reinigen benutzt werden.The water emerging from the spray head 54 can from the Suction pipe 22 sucked out of the wine barrel 14 at the same time will. The loosened dirt particles are then removed during suction also with through the suction pipe 22 from the wine barrel 14th promoted. If necessary, this can be done from the wine barrel 14 water led out through a filter arrangement and then used again for cleaning.

Technisch möglich wäre es, die Vorrichtung auch ohne das integrierte Saugrohr 22 zu verwenden. Das Saugrohr 22 könnte dann neben dem Rohr 16 positioniert werden. Es wäre außerdem möglich, erst den Schmutz zu lösen und anschließend, nach Entfernen des Reinigungsgerätes 10 ein Saugrohr 22 in das Weinfaß 14 hineinzuführen und das verspritzte Wasser zusammen mit dem losgelösten Schmutz aus dem Weinfaß 14 abzusaugen. It would be technically possible to use the device without the integrated Suction pipe 22 to use. The suction pipe 22 could then be positioned next to the tube 16. It would also be possible to loosen the dirt first and then after Removing the cleaning device 10 a suction pipe 22 in the Introduce wine barrel 14 and the splashed water together suck off with the detached dirt from the wine barrel 14.

Statt des Wassers könnte in gleicher Weise auch mit Lösungsmittel versetztes Wasser oder eine sonstige Flüssigkeit bzw. Reinigungsflüssigkeit verwendet werden.Instead of water, the same could be done with solvents mixed water or another liquid or Cleaning liquid can be used.

Claims (10)

  1. Device for cleaning the interior wall of a wine vat, having
    a water-supply line which can be inserted into the interior of the wine vat,
    at least one water-outlet nozzle at the end of at least one water-outlet duct which can be connected in line with the supply line,
    this nozzle being rotatable about a second axis, which is aligned transversely to a first axis, and also being pivotable about this first axis,
    the longitudinal axis of the outlet duct of this nozzle not crossing the second axis, at least in the region of its outlet opening,
    characterized in that
    the angular momentum of the nozzle (76, 78) rotating about the second axis (62) and pivoting about the first axis (52) varies, as a function of the rotational position of its outlet duct (84, 86), in such a manner that
    based on a rotational angle about the second axis (62) of 360 degrees, the nozzle (76, 78) has a moment of momentum which is effective about the first axis (52) and the value of which is greater than zero.
  2. Device according to Claim 1, characterized in that the momentum force of the water leaving the nozzle (76, 78) is varied as a function of the rotational position of its outlet duct (84, 86).
  3. Device according to Claim 1 or 2, characterized in that the amount of water leaving the rotating nozzle (76, 76) is varied as a function of its rotational position.
  4. Device according to Claim 3, characterized in that
    the amount of water entering the outlet duct (84, 86) of the rotating nozzle (76, 78) is varied as a function of the rotational position of the outlet duct (84, 86).
  5. Device according to one of the preceding claims, characterized in that
    the admission opening (70, 72) for the water into the outlet duct (84, 96) is varied as a function of the rotational position of the outlet duct (84, 86).
  6. Device according to one of the preceding claims, characterized in that
    a supply line (16) which is closed on the endside and has a line section (50) which is rotatable about its longitudinal axis (52) is provided,
    a line connection piece (60) is attached to the line section (50), the longitudinal axis (62) of which connection piece is aligned transversely to the longitudinal axis (52) of the line section (50),
    the interior (66) of the line connection piece (60) is connected in line with the interior of the line section (50),
    a rotor (80) having at least one outlet duct (84, 86) is provided in a manner such that it can rotate on the line connection piece (60),
    the line connection piece (60) has at least one admission opening (70, 72) which opens into the outlet duct (84, 86),
    the outlet duct (84, 86) is provided on the rotor (80) in such a manner that the rotor (80) can be made to rotate about the longitudinal axis (62) of the line connection piece (60) by means of water flowing out of the outlet duct (84, 86),
    an annular space (72) surrounds the line connection piece (60), which space is connected in line on the one hand to the line connection piece (60), via the at least one admission opening (70), and on the other hand to the outlet duct (84, 86).
  7. Device according to Claim 6, characterized in that
    plurality of admission openings (70) into the outlet duct (84, 86) are provided distributed around the circumference of the line connection piece,
    the sum of the cross-sectional openings in a first rotational-angle region is greater than in the second rotational-angle region which is explemented to 360 degrees.
  8. Device according to one of the preceding claims, characterized in that
    the supply line (16), at least in the region (50) of its rotatable and pivotable nozzle (76, 78), concentrically surrounds an extraction line (22) which is open in its end region (24).
  9. Device according to one of the preceding claims, characterized in that
    the region of the extraction line (22) and/or supply line (16), which lies in the region (50) of the rotating supply-line section, is of a flexurally rigid design.
  10. Device according to one of the preceding claims, characterized in that
    it can be inserted through the bunghole (12) of a wine vat (14) into the wine vat (14).
EP96100947A 1995-01-24 1996-01-24 Device for cleaning the inner surfaces of a wine cask Expired - Lifetime EP0724917B1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DE29501036U 1995-01-24
DE29501036U DE29501036U1 (en) 1995-01-24 1995-01-24 Device for cleaning the inside wall of a wine barrel

Publications (2)

Publication Number Publication Date
EP0724917A1 EP0724917A1 (en) 1996-08-07
EP0724917B1 true EP0724917B1 (en) 1998-12-16

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AT (1) ATE174540T1 (en)
DE (2) DE29501036U1 (en)

Families Citing this family (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR2771654B1 (en) * 1997-11-28 2000-01-07 Ortec Ind MULTI-FUNCTION METHOD AND APPARATUS FOR THE MAINTENANCE OF METASTABLE LIQUIDS
ATE332768T1 (en) * 1998-01-22 2006-08-15 Lindenport S A LIQUIDATION LANCES AND THEIR ARRANGEMENT
WO2001007178A1 (en) * 1999-07-26 2001-02-01 Charles Montague Copping A vessel cleaning apparatus
US20040020001A1 (en) * 2002-06-03 2004-02-05 Lorincz Thomas A. Apparatus and method for washing the inside of wine barrels
EP3240642B1 (en) * 2015-08-18 2019-11-27 Ariel-University Research and Development Company Ltd. System and method for cleaning wine and/or a barrel containing wine
CN115814872B (en) * 2023-02-13 2023-05-30 胜利油田方圆化工有限公司 Liquid changing device for preparing chemical reagent auxiliary agent

Family Cites Families (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE556428C (en) * 1931-08-11 1932-08-08 Tankfabriek Nv Device for cleaning containers
US2933093A (en) * 1954-08-18 1960-04-19 British Miller Hydro Company L Apparatus for cleansing liquid containing tanks or vessels
US3791583A (en) * 1973-03-09 1974-02-12 Sybron Corp Spray cleaning system
DE3210339C2 (en) * 1982-03-20 1985-02-14 Karl Dipl.-Ing.(FH) 4040 Neuss Weinhold Device for cleaning containers, vessels or the like by means of a pressure jet
FR2624408B1 (en) * 1987-12-10 1990-05-25 Tecnoma DEVICE FOR CLEANING THE INTERIOR OF A CONTAINER WITH A JET OF LIQUID
US4859249A (en) * 1988-03-14 1989-08-22 E. I. Du Pont De Nemours And Company Process for cleaning enclosed vessels
FR2651158B1 (en) * 1989-08-23 1992-07-10 Roubaud Paul HYDRAULIC EXTRACTION DEVICE FOR SUSPENSION MATERIALS.

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DE59600977D1 (en) 1999-01-28
ATE174540T1 (en) 1999-01-15
DE29501036U1 (en) 1995-04-06
EP0724917A1 (en) 1996-08-07

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