ES2649181T3 - A system to hermetically seal an access opening that allows access to a suitable chamber to contain toxic and / or radioactive fluids - Google Patents
A system to hermetically seal an access opening that allows access to a suitable chamber to contain toxic and / or radioactive fluids Download PDFInfo
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- ES2649181T3 ES2649181T3 ES15157481.1T ES15157481T ES2649181T3 ES 2649181 T3 ES2649181 T3 ES 2649181T3 ES 15157481 T ES15157481 T ES 15157481T ES 2649181 T3 ES2649181 T3 ES 2649181T3
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- hollow space
- annular
- order
- chamber
- seals
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- G—PHYSICS
- G21—NUCLEAR PHYSICS; NUCLEAR ENGINEERING
- G21F—PROTECTION AGAINST X-RADIATION, GAMMA RADIATION, CORPUSCULAR RADIATION OR PARTICLE BOMBARDMENT; TREATING RADIOACTIVELY CONTAMINATED MATERIAL; DECONTAMINATION ARRANGEMENTS THEREFOR
- G21F7/00—Shielded cells or rooms
- G21F7/005—Shielded passages through walls; Locks; Transferring devices between rooms
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- Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- High Energy & Nuclear Physics (AREA)
- Gasket Seals (AREA)
- Measurement Of Radiation (AREA)
- Sealing Using Fluids, Sealing Without Contact, And Removal Of Oil (AREA)
Abstract
Un sistema para sellar herméticamente una abertura de acceso que permite el acceso a una cámara adecuada para contener fluidos tóxicos y/o radioactivos, incluyendo el sistema un panel de cierre móvil (5) a disponer, en el uso, delante de una porción de pared anular (8) de la cámara (2) rodeando dicha abertura (3), con el fin de cerrar la abertura (3) propiamente dicha, y al menos dos juntas estancas (14, 15), que tienen una forma anular y son adecuadas para interponerse, concéntricamente una con otra, entre el panel de cierre (5) y la porción anular (8), con el fin de asegurar un sellado hermético y definir un espacio hueco (18) entre la superficie interior del panel de cierre (5), la porción anular (8) y las dos juntas estancas (14, 15); teniendo la porción anular (8) un agujero (11) en correspondencia con dicho espacio hueco (18); incluyendo el sistema una cámara de control (12) y un conducto (13) para conectar el agujero (11) a la cámara de control (12), con el fin de establecer una comunicación entre el espacio hueco (18) y la cámara de control (12), pudiendo controlar así el sellado hermético del sistema, y caracterizándose porque dichas juntas estancas constan de juntas estancas de expansión dinámica (14, 15) que son adecuadas para expandirse cuando dicho panel de cierre (5) está delante de dicha porción anular (8).A system for hermetically sealing an access opening that allows access to a chamber suitable for containing toxic and / or radioactive fluids, the system including a mobile closure panel (5) to be arranged, in use, in front of a wall portion annular (8) of the chamber (2) surrounding said opening (3), in order to close the opening (3) proper, and at least two seals (14, 15), which have an annular shape and are suitable to interpose, concentrically with each other, between the closure panel (5) and the annular portion (8), in order to ensure a tight seal and define a hollow space (18) between the inner surface of the closure panel (5) ), the annular portion (8) and the two seals (14, 15); the annular portion (8) having a hole (11) in correspondence with said hollow space (18); the system including a control chamber (12) and a conduit (13) for connecting the hole (11) to the control chamber (12), in order to establish a communication between the hollow space (18) and the chamber of control (12), thus being able to control the hermetic seal of the system, and characterized in that said seals consist of seals of dynamic expansion (14, 15) that are suitable for expansion when said closure panel (5) is in front of said portion cancel (8).
Description
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DESCRIPCIONDESCRIPTION
Un sistema para sellar hermeticamente una abertura de acceso que permite el acceso a una camara adecuada para contener fluidos toxicos y/o radioactivosA system to hermetically seal an access opening that allows access to a chamber suitable for containing toxic and / or radioactive fluids
La presente invencion se refiere a un sistema para sellar hermeticamente una abertura de acceso a una camara adecuada para contener fluidos toxicos y/o radioactivos.The present invention relates to a system for hermetically sealing an access opening to a chamber suitable for containing toxic and / or radioactive fluids.
En particular, la presente invencion tiene una aplicacion ventajosa, pero no exclusiva, en orificios o puertas moviles para cerrar una abertura de acceso a un bunker que contiene un ciclotron para la produccion de productos radiofarmaceuticos, a los cuales hara referencia explfcita la siguiente descripcion sin perder por ello su generalidad.In particular, the present invention has an advantageous, but not exclusive, application in holes or mobile doors to close an access opening to a bunker containing a cyclotron for the production of radiopharmaceutical products, to which reference will be made explicitly the following description without lose its generality.
Un bunker que contiene un ciclotron debe tener un alto grado de confinamiento y estanqueidad para evitar que los gases altamente radioactivos y toxicos producidos durante el funcionamiento del ciclotron salgan del bunker y contaminen el entorno exterior. La zona mas cntica sujeta a este confinamiento es el sistema de sellado de la puerta movil que cierra la abertura de acceso al bunker.A bunker that contains a cyclotron must have a high degree of confinement and tightness to prevent highly radioactive and toxic gases produced during the operation of the cyclotron from leaving the bunker and contaminating the outside environment. The most critical area subject to this confinement is the sealing system of the mobile door that closes the access opening to the bunker.
Las regulaciones existentes establecen que el nivel de confinamiento y estanqueidad del bunker debe ser mensurable. Si el bunker tiene un tamano pequeno y todas sus paredes garantizan su estanqueidad, es posible realizar mediciones que acrediten el aislamiento medioambiental por medio de sistemas de medicion conocidos. Sin embargo, si el bunker tiene algun panel que no asegura su estanqueidad o tiene un tamano y parametros medioambientales (tales como presion y temperatura) que no son constantes, los sistemas de medicion normales no son efectivos, y las regulaciones actuales exigen realizar pruebas de deteccion de fluidos detectables por medio de instrumentos especiales, por ejemplo, un inhalador electronico de gas, o instrumentos que pueden detectar lfquidos coloreados. Las pruebas con fluidos detectables tienen costos elevados y a veces son incompatibles porque son una fuente de posible contaminacion medioambiental.Existing regulations establish that the level of confinement and tightness of the bunker must be measurable. If the bunker has a small size and all its walls guarantee its tightness, it is possible to make measurements that accredit the environmental insulation by means of known measurement systems. However, if the bunker has any panel that does not ensure its tightness or has an environmental size and parameters (such as pressure and temperature) that are not constant, normal measurement systems are not effective, and current regulations require testing of detection of fluids detectable by means of special instruments, for example, an electronic gas inhaler, or instruments that can detect colored liquids. Tests with detectable fluids have high costs and are sometimes incompatible because they are a source of possible environmental contamination.
El objeto de la presente invencion es proporcionar un sistema para sellar hermeticamente una abertura de acceso a un bunker, permitiendo dicho sistema simplificar el procedimiento de cualificacion de aislamiento medioambiental del bunker y, al mismo tiempo, siendo de realizacion facil y economica.The object of the present invention is to provide a system for hermetically sealing an access opening to a bunker, said system allowing to simplify the process of qualification of environmental isolation of the bunker and, at the same time, being easy and economical to carry out.
Segun la presente invencion se proporciona un sistema para sellar hermeticamente una abertura de acceso a una camara adecuada para contener fluidos toxicos y/o radioactivos, como se define en las reivindicaciones anexas.According to the present invention, a system is provided to hermetically seal an access opening to a chamber suitable for containing toxic and / or radioactive fluids, as defined in the appended claims.
La patente coreana KR 100760597 B1 describe un contenedor hermetico de transporte de sustrato, que sirve para permitir el almacenamiento de un sustrato electronico, para mantener reducido el aumento de la concentracion de humedad interna, evitando asf la generacion de una pelfcula de oxidacion natural en la superficie del sustrato electronico y permitiendo la deteccion, desde fuera, del contenido del interior del deposito de transporte del sustrato. El deposito de transporte del sustrato incluye un cuerpo de deposito que tiene un agujero para cargar y descargar el sustrato electronico, y una tapa para sellar dicho agujero, y el cuerpo de deposito y la tapa estan hechos de un material que tiene una poliolefina amorfa como su principal constituyente.The Korean patent KR 100760597 B1 describes a hermetic substrate transport container, which serves to allow the storage of an electronic substrate, to keep the increase in the concentration of internal moisture reduced, thus avoiding the generation of a natural oxidation film in the surface of the electronic substrate and allowing the detection, from the outside, of the contents inside the substrate transport tank. The substrate transport tank includes a deposit body that has a hole for loading and unloading the electronic substrate, and a lid for sealing said hole, and the deposit body and the lid are made of a material having an amorphous polyolefin such as Its main constituent.
La solicitud de patente japonesa JP 07-142418 A describe un horno vertical en el que un objeto a procesar esta protegido contra la contaminacion metalica a la vez que se mejora la durabilidad. Un sombrerete va montado sobre una cubierta de horno prevista para un elevador de tal manera que el sombrerete pueda apoyar, en su pestana, en la cara inferior de la pestana de un tubo de reaccion. Una parte de orilla esta colocada a lo largo de la periferia de la cubierta de horno y un aro de sellado va montado en la cara superior de la parte de orilla. Otro aro de sellado va montado concentricamente en el aro de sellado sobre la cara superior de la pestana del sombrerete. Ademas, un agujero que comunica los aros de sellado esta formado a traves de la pestana del tubo de reaccion y un orificio de aspiracion que comunica con el agujero se ha previsto para un aro de fijacion del tubo de reaccion. Dado que la aspiracion se efectua a traves del orificio de aspiracion, la superficie de silicio se emplea totalmente en la parte expuesta al interior del tubo de reaccion y se evita por ello la contaminacion metalica. Ademas, se emplea una doble junta estanca para la pestana del tubo de reaccion de modo que el intervalo entre los aros de sellado pueda ser aspirado mejorando asf el rendimiento de sellado.Japanese patent application JP 07-142418 A describes a vertical furnace in which an object to be processed is protected against metal contamination while improving durability. A cap is mounted on a furnace cover provided for an elevator so that the cap can rest, on its flange, on the underside of the flange of a reaction tube. An edge part is placed along the periphery of the furnace cover and a sealing ring is mounted on the upper face of the edge part. Another sealing ring is mounted concentrically in the sealing ring on the upper face of the hat flange. In addition, a hole that communicates the sealing rings is formed through the flange of the reaction tube and an aspiration hole that communicates with the hole is provided for a ring for fixing the reaction tube. Since the aspiration is effected through the aspiration orifice, the silicon surface is fully used in the part exposed to the inside of the reaction tube and therefore metal contamination is avoided. In addition, a double seal is used for the reaction tube flange so that the interval between the sealing rings can be aspirated thereby improving the sealing performance.
La presente invencion se describira ahora con referencia a los dibujos acompanantes, que ilustran una realizacion no limitativa, donde:The present invention will now be described with reference to the accompanying drawings, which illustrate a non-limiting embodiment, where:
La figura 1 representa, en vista en perspectiva, el sistema de sellado segun la presente invencion.Figure 1 represents, in perspective view, the sealing system according to the present invention.
Y las figuras 2 y 3 representan, en respectivas vistas en seccion transversal a lo largo del mismo plano horizontal, una porcion del sistema de sellado de la figura 1 donde dos juntas estancas son visibles en dos realizaciones diferentes.And Figures 2 and 3 represent, in respective cross-sectional views along the same horizontal plane, a portion of the sealing system of Figure 1 where two seals are visible in two different embodiments.
En la figura 1, la referencia 1 indica en general un entorno cuya atmosfera no es nociva para la salud humana, y 2 indica la camara interior de un bunker para un ciclotron, es decir, un entorno que contiene, en el uso, una atmosfera peligrosa para la salud humana debido a la presencia de sustancias radioactivas y/o toxicas. La camara 2 estaIn Figure 1, reference 1 indicates in general an environment whose atmosphere is not harmful to human health, and 2 indicates the inner chamber of a bunker for a cyclotron, that is, an environment that contains, in use, an atmosphere Dangerous for human health due to the presence of radioactive and / or toxic substances. Camera 2 is
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definida por paredes 4 capaces de retener sustancias radioactivas y toxicas y tiene una abertura rectangular 3 para permitir el acceso del operador o el paso de objetos cuando el ciclotron esta apagado, y por lo tanto cuando la camara 2 no contiene ninguna sustancia radioactiva y/o toxica.defined by walls 4 capable of retaining radioactive and toxic substances and has a rectangular opening 3 to allow operator access or the passage of objects when the cyclotron is off, and therefore when chamber 2 does not contain any radioactive substance and / or Toxic
Con referencia a la figura 1, el sistema de sellado segun la presente invencion incluye un panel de cierre movil, que esta formado, por ejemplo, por un panel de cierre 5, paralelamente deslizante al plano de la abertura 3 para disponerse delante de una porcion anular 8 de la pared 4 rodeando la abertura 3 con el fin de cerrar la abertura 3, y por al menos dos juntas anulares 15 y 16 (figura 2), adecuadas para interponerse, concentricamente una con otra y mutuamente espaciadas, entre el panel de cierre 5 y la porcion anular 8 para asegurar el sellado hermetico. En particular, la porcion anular 8 incluye al menos dos asientos anulares mutuamente concentricos 6 y 7, separados por una porcion secundaria anular 8a de la porcion anular 8, estando cada una de las juntas l4 y 15 dispuestas respectivamente en uno de los asientos 6 y 7. En el ejemplo de la figura 1, los asientos 6 y 7, y luego las juntas 14 y 15, tienen una forma sustancialmente rectangular con esquinas redondeadas. Sin embargo, la forma de los asientos 6 y 7 y de las juntas 14 y 15 no limita la invencion, pero esta sustancialmente vinculada a la forma de la abertura 3.With reference to Figure 1, the sealing system according to the present invention includes a mobile closing panel, which is formed, for example, by a closing panel 5, parallel to the plane of the opening 3 to be arranged in front of a portion annular 8 of the wall 4 surrounding the opening 3 in order to close the opening 3, and by at least two annular joints 15 and 16 (figure 2), suitable for interposing, concentrically with one another and mutually spaced, between the panel of closure 5 and the annular portion 8 to ensure airtight sealing. In particular, the annular portion 8 includes at least two mutually concentric annular seats 6 and 7, separated by an annular secondary portion 8a of the annular portion 8, each of the joints l4 and 15 being arranged respectively in one of the seats 6 and 7. In the example of Figure 1, seats 6 and 7, and then joints 14 and 15, have a substantially rectangular shape with rounded corners. However, the shape of the seats 6 and 7 and of the joints 14 and 15 does not limit the invention, but is substantially linked to the shape of the opening 3.
Con referencia a las figuras 2 y 3, que representan una porcion del panel de cierre 5 delante de la porcion anular 8, las juntas 14 y 15 son dos juntas de expansion dinamica neumatica o hidraulica provistas de respectivos conductos de suministro de fluido 9 y 10 adecuados para expandir las juntas. La figura 2 representa las juntas 14 y 15 en su configuracion de reposo, en la que estan alojadas en sus respectivos asientos 6 y 7, todos sustancialmente debajo del plano definido por la porcion anular 8, y la figura 3 representa las juntas 14 y 15 en su configuracion de funcionamiento, en la que sus respectivas porciones delanteras 14a y 15a sobresalen de los asientos 6 y 7 y crean una junta estanca en la superficie interior del panel de cierre 5.With reference to Figures 2 and 3, which represent a portion of the closure panel 5 in front of the annular portion 8, the joints 14 and 15 are two pneumatic or hydraulic dynamic expansion joints provided with respective fluid supply conduits 9 and 10 suitable for expanding joints. Figure 2 represents the joints 14 and 15 in their resting configuration, in which they are housed in their respective seats 6 and 7, all substantially below the plane defined by the annular portion 8, and Figure 3 represents the joints 14 and 15 in its operating configuration, in which their respective front portions 14a and 15a protrude from seats 6 and 7 and create a seal on the inner surface of the closure panel 5.
Con referencia a las figuras 1, 2 y 3, la interposicion de las juntas 14 y 15 entre el panel de cierre 5 y la porcion anular 8 define un espacio hueco 18 (figuras 2 y 3) entre la superficie interior del panel de cierre 5, la porcion anular 8, y en particular la porcion secundaria 8a, y las juntas 14 y 15. El espacio hueco 18 es en todos los aspectos una camara pequena que separa la camara 2 del entorno 1 para eliminar o al menos para reducir todo lo posible el intercambio de fluido (aire y lfquido) entre la camara 2 y el entorno 1 cuando el panel de cierre 5 esta cerrado.With reference to Figures 1, 2 and 3, the interposition of the joints 14 and 15 between the closure panel 5 and the annular portion 8 defines a hollow space 18 (Figures 2 and 3) between the inner surface of the closure panel 5 , the annular portion 8, and in particular the secondary portion 8a, and the joints 14 and 15. The hollow space 18 is in all respects a small chamber that separates the chamber 2 from the environment 1 to eliminate or at least to reduce everything It is possible to exchange fluid (air and liquid) between chamber 2 and environment 1 when the closing panel 5 is closed.
Segun la invencion, la porcion anular 8 tiene un agujero 11 en el espacio hueco 18, es decir, el agujero 11 esta perforado en la porcion secundaria 8a, y el sistema de sellado incluye una camara de control 12 (figura 1) y un conducto 13 para conectar el agujero 11 a la camara de control 12 con el fin de conectar el espacio hueco 18 a la camara de control 12. En particular, el agujero 11 es un agujero pasante, es decir, pasa a traves de la pared 4 de la camara 2, y tiene un extremo exterior que mira al espacio hueco 18 y un extremo interior conectado al conducto 13.According to the invention, the annular portion 8 has a hole 11 in the hollow space 18, that is, the hole 11 is perforated in the secondary portion 8a, and the sealing system includes a control chamber 12 (Figure 1) and a conduit 13 to connect the hole 11 to the control chamber 12 in order to connect the hollow space 18 to the control chamber 12. In particular, the hole 11 is a through hole, that is, it passes through the wall 4 of the chamber 2, and has an outer end that faces the hollow space 18 and an inner end connected to the conduit 13.
El sistema de sellado incluye tambien una o mas valvulas, por ejemplo, dos valvulas, para tener un mmimo de redundancia de seguridad, indicadas con 16 y 17 en las figuras, dispuestas en varios puntos del conducto 13 para permitir o bloquear la circulacion de fluido en el conducto 13.The sealing system also includes one or more valves, for example, two valves, to have a minimum of safety redundancy, indicated with 16 and 17 in the figures, arranged at various points of the conduit 13 to allow or block fluid circulation in the duct 13.
El sistema de sellado tambien incluye una bomba de aspiracion 19 dispuesta en la camara de control 12 para crear un vacfo dado en el espacio hueco 18, con el fin de aspirar fluidos toxicos y/o radioactivos que podnan posiblemente filtrarse, en el uso, por la junta estanca 14, concretamente por la junta estanca que esta mas proxima a la abertura 3, y con el fin de recogerlos en la camara de control 12. De esta forma, cualquier pequena fuga de las juntas 14 y 15 se corrige automaticamente. La camara de control 12 se convierte entonces en un deposito de fluidos toxicos y/o radioactivos.The sealing system also includes an aspiration pump 19 arranged in the control chamber 12 to create a given vacuum in the hollow space 18, in order to aspirate toxic and / or radioactive fluids that could possibly seep into use. the seal 14, specifically for the seal which is closer to the opening 3, and in order to pick them up in the control chamber 12. In this way, any small leakage of the joints 14 and 15 is automatically corrected. The control chamber 12 then becomes a reservoir of toxic and / or radioactive fluids.
El sistema incluye finalmente medios de analisis de fluidos (no representados) conectados a la camara de control 12 para detectar la presencia de sustancias toxicas en el espacio hueco 18, por ejemplo, los denominados "instrumentos contadores de partfculas", espectrometros de masas o sensores de concentracion de oxfgeno, y/o para medir parametros ffsicos de los fluidos contenidos en el espacio hueco 18, por ejemplo. para medir la presion, temperatura y humedad relativa de los fluidos. Dichas observaciones o mediciones pueden llevarse a cabo como se describe en ISO 10648.The system finally includes fluid analysis means (not shown) connected to the control chamber 12 to detect the presence of toxic substances in the hollow space 18, for example, the so-called "particle counting instruments", mass spectrometers or sensors of oxygen concentration, and / or for measuring physical parameters of the fluids contained in the hollow space 18, for example. to measure the pressure, temperature and relative humidity of the fluids. Such observations or measurements can be carried out as described in ISO 10648.
Segun otro aspecto de la invencion, se proporciona un metodo para verificar el sellado hermetico de dicho sistema de sellado 1, incluyendo el metodo la creacion y el mantenimiento de un vacfo dado o una sobrepresion dada en dicho espacio hueco 18 por medio de una bomba de aspiracion 19 o de un compresor dispuesto en dicha camara de control 12 y conectado al conducto 13 y midiendo los cambios de presion en el espacio hueco 18 durante una cantidad predeterminada de tiempo. De esta forma, el sellado hermetico del sistema de sellado puede verificarse independientemente de la porosidad y el grado de confinamiento garantizado por las paredes 4.According to another aspect of the invention, there is provided a method for verifying the airtight sealing of said sealing system 1, including the method creating and maintaining a given vacuum or a given overpressure in said hollow space 18 by means of a pump aspiration 19 or a compressor disposed in said control chamber 12 and connected to the conduit 13 and measuring the pressure changes in the hollow space 18 for a predetermined amount of time. In this way, the hermetic sealing of the sealing system can be verified independently of the porosity and the degree of confinement guaranteed by the walls 4.
Aunque dicha descripcion hace referencia especial a una realizacion muy espedfica, la presente invencion no se ha de considerar limitada a dicha realizacion, cayendo dentro de su alcance todas las variaciones, modificaciones o simplificaciones cubiertas por las reivindicaciones anexas, tales como, por ejemplo:Although said description makes special reference to a very specific embodiment, the present invention should not be considered limited to said embodiment, all variations, modifications or simplifications covered by the appended claims falling within its scope, such as, for example:
- un panel de cierre formado por una puerta articulada o ventana que se apoya en la porcion anular 8 o en otras partes de la pared 4;- a closing panel formed by an articulated door or window that rests on the annular portion 8 or other parts of the wall 4;
- un numero de juntas concentricas superior a dos, determinado de todas formas segun el grado de sellado requerido, y un numero de porciones secundarias anulares separadas por juntas, y, por lo tanto, un numero de agujeros 11, igual al numero de juntas estancas menos uno; y- a number of concentric joints greater than two, determined anyway according to the degree of sealing required, and a number of secondary ring portions separated by joints, and, therefore, a number of holes 11, equal to the number of seals minus one; Y
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- la camara 2 es una camara de contencion para uso nuclear, farmaceutico o de un producto radiofarmaceutico.- chamber 2 is a containment chamber for nuclear, pharmaceutical or radiopharmaceutical product use.
Claims (7)
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ITBO20140103 | 2014-03-03 | ||
| ITBO20140103 | 2014-03-03 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| ES2649181T3 true ES2649181T3 (en) | 2018-01-10 |
Family
ID=50349701
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| ES15157481.1T Active ES2649181T3 (en) | 2014-03-03 | 2015-03-03 | A system to hermetically seal an access opening that allows access to a suitable chamber to contain toxic and / or radioactive fluids |
Country Status (3)
| Country | Link |
|---|---|
| EP (1) | EP2916326B1 (en) |
| DK (1) | DK2916326T3 (en) |
| ES (1) | ES2649181T3 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11851221B2 (en) | 2022-04-21 | 2023-12-26 | Curium Us Llc | Systems and methods for producing a radioactive drug product using a dispensing unit |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3449636B2 (en) * | 1993-11-12 | 2003-09-22 | 株式会社日立国際電気 | Semiconductor manufacturing equipment |
| JP2001298076A (en) * | 2000-04-12 | 2001-10-26 | Sony Corp | Substrate carriage container |
-
2015
- 2015-03-03 ES ES15157481.1T patent/ES2649181T3/en active Active
- 2015-03-03 EP EP15157481.1A patent/EP2916326B1/en active Active
- 2015-03-03 DK DK15157481.1T patent/DK2916326T3/en active
Also Published As
| Publication number | Publication date |
|---|---|
| EP2916326A1 (en) | 2015-09-09 |
| DK2916326T3 (en) | 2018-01-02 |
| EP2916326B1 (en) | 2017-09-20 |
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