DE202020102591U1 - Distribution and / or fire protection housing, fire protection device and kit for a distribution and / or fire protection housing - Google Patents

Abstract

Distribution and / or fire protection housing (10) with a body which has at least one body wall (11, 12, 12 ', 13, 14, 15) which is at least partially formed from a panel assembly of at least three panels, an outer one of which Panels that form an outside of the distributor and / or fire protection housing (10) are made from at least one gypsum fiber board (1), characterized in that the panel composite has at least one mineral fiber board (2) arranged on an inside of the at least one gypsum fiber board (1) and has at least one calcium silicate board (3) arranged on an inside of the at least one mineral fiber board (2) and facing an interior (24) of the distributor and / or fire protection housing (10).

Description

The present invention relates, on the one hand, to a distributor and / or fire protection housing with a body which has at least one body wall which is at least partially formed from a panel assembly of at least three panels, an outer one of these panels, which is an outer side of the distributor and / or or forms fire protection housing, is formed from at least one gypsum fiber board. The invention also relates to a fire protection device with a distributor and / or fire protection housing. In addition, the invention relates to a kit for a distributor and / or fire protection housing, comprising several interconnectable body walls and / or body wall elements, wherein at least one of the body walls and / or body wall elements is formed from a panel assembly of at least three panels, with one outer of these panels is formed from at least one gypsum fiber board.

From the pamphlet EP 3 503 320 A1 a fire protection cabinet with a body having a plurality of body walls is known. The body walls consist of body elements that can be aligned with one another by means of a self-centering form fit and can be connected with tongue and groove elements, so that the fire protection cabinet can be set up reproducibly and without gaps on site. The body elements each consist of a panel combination of three panels. The three panels are fire protection panels, whereby in one example the two outer panels are gypsum fiber panels and the middle panel is a calcium silicate panel. Alternatively, the rarely occurring layered silicate vermiculite is mentioned as a sheet material.

In the pamphlet DE 10 2017 102 682 A1 describes a fire protection housing with a housing wall which, starting from the outside, first has a water-containing layer, then in the middle a fiber-containing layer and then a water-absorbing layer forming the inside of the housing wall. A non-combustible panel building material is proposed as the water-containing layer. Mineral wool should preferably be used as the fiber-containing layer. The water-absorbing layer provided on the inside of the fire protection housing is intended to regulate the humidity in the fire protection housing by absorbing water in the event of a fire.

The pamphlet DE 201 16 667 U1 contains a fire protection housing in which a safety system is accommodated and which has ventilation openings. Fire protection seals are provided at these openings, which are formed from a material that foams up in the event of a fire and thereby closes the openings. This means that the safety system remains functional for a certain period of time even in the event of a fire.

An even longer functionality of a safety-related system located in your fire protection housing in the event of a fire is ensured by the information in the publication DE 10 2015 119 624 A1 disclosed fire protection device possible. This fire protection device has a fire protection housing in which a safety system is accommodated and which has a ventilation opening and a ventilation opening which are not closed even in the event of a fire. Otherwise the fire protection housing is completely sealed. The aeration and ventilation openings are each connected to an aeration or ventilation duct which opens into a different, fire-resistant space. Thus, despite being sealed, the fire protection housing can remain ventilated and vented even during a fire and the safety-related system located therein can continue to be operated as intended for a considerable period of time even in the event of a fire.

The pamphlet DE 10 2017 102 304 A1 suggests providing an air conditioning device on a fire protection housing. In the event of a fire, sensors detect an increased temperature in the fire protection housing. A fan is then used to convey warm air from the housing through the air-conditioning device via an air inlet opening. The air is dehumidified and cooled and then fed back into the housing via an air outlet opening. For example, zeolite in granular form is used to dehumidify the air. A phase change material is used to cool the air. These materials can be provided in a drawer so that they can be exchanged easily.

The pamphlet DE 10 2013 111 371 B4 describes a fire protection housing for a pipeline system. The lines of the line system are led to the outside through a fire barrier provided on top of the fire protection housing and a channel placed on it. The wall of the channel is made of fire-retardant material with an inner coating that foams automatically at high temperatures.

In the event of a fire, this inner coating foams so much that the lines are completely encased at least adjacent to the fire barrier. The fire barrier itself is made of a smoke-tight, fire-retardant, elastic foam in the area of the line lead-through, in which hoses for receiving the lines are guided. The hoses enclose the lines smoke-tight and are smoke-tight when unoccupied.

It is the object of the present invention to provide a distributor and / or fire protection housing and a fire protection device formed therewith with a particularly high fire resistance. Furthermore, a kit is to be proposed with which the distributor and / or fire protection housing can be assembled on site.

The first-mentioned object is achieved according to the invention by a distribution and / or fire protection housing with a body which has at least one body wall which is at least partially formed from a panel assembly of at least three panels, an outer one of these panels, which forms an outside of the electrical distribution cabinet at least one gypsum fiber board is formed, solved, the composite board having at least one mineral fiber board arranged on an inside of the at least one gypsum fiber board and at least one calcium silicate board arranged on an inside of the at least one mineral fiber board and facing an interior of the distribution and / or fire protection housing.

The sandwich structure used in the distributor and / or fire protection housing according to the invention to build up the at least one body wall has a particularly heat-insulating effect.

In addition, the sandwich structure of the at least one body wall used according to the invention is particularly good electrically insulating, so that the distributor and / or fire protection housing according to the invention is very well suited for accommodating electrical systems.

The at least one body wall formed from such a composite panel has a number of advantages due to the material and the arrangement of its panels.

The calcium silicate plate located furthest inward, ie facing the interior of the distributor and / or fire protection housing and thus forming an inner wall surface of the distributor and / or fire protection housing, can absorb water and also release it again. It thus acts both as an insulating plate and as a plate that climates the interior of the distribution and / or fire protection housing. In the event of a fire, for example, the calcium silicate board absorbs vapors and liquids that arise from cables inserted into the interior of the distribution and / or fire protection housing when the cables burn down and / or emanate from the boards of the composite board located further outside.

The latter results from the fact that in the event of a fire, a negative pressure is created within the distributor and / or fire protection housing. In the event of a fire, there is a higher pressure outside the distribution and / or fire protection housing than inside the distribution and / or fire protection housing. This creates a suction effect for vapors in the direction of the interior of the distributor and / or fire protection housing.

The at least one mineral fiber board located inside the composite board acts as an insulating layer.

The at least one gypsum fiber board arranged furthest outward in the panel composite contains gypsum bound in crystalline form, from which water is released above a certain temperature. Conversely, the at least one gypsum fiber board has a relatively high density and can therefore only poorly absorb moisture. The at least one gypsum fiber board thus releases moisture in the event of a fire and thereby cools the distributor and / or fire protection housing.

These properties also arise when the gypsum fiber board used in each case has a plastic coating, which is typically necessary for its better durability during transport and further handling. In the event of a fire, such a plastic coating burns away quickly, which means that the surface of the gypsum fiber board is exposed and the gypsum fiber board can release moisture.

In the event of a fire, the two inner panels, that is, the at least one calcium silicate panel and the at least one mineral fiber panel, remain in their shape for a relatively long time and thus protect the system located in the distributor and / or fire protection housing. The at least one gypsum fiber board located on the outside changes its shape over time due to the temperature-related release of water, but this is not critical due to the mechanical resistance of the two inner boards.

The distribution and / or fire protection housing according to the invention has a high fire resistance due to its features, so that even in the event of a fire, the operation of electrical components in the interior of the distribution and / or fire protection housing can be maintained for a relatively long time and fire loads can be contained.

A particular advantage of the distributor and / or fire protection housing according to the invention is its low weight, so that it can be easily installed on site. The distributor and / or fire protection housing according to the invention is at least 30% lighter than known distribution and / or fire protection housings.

In the present invention, the entire composite panel has a fire resistance of at least 60 minutes, with the maximum temperature increase on the side of the composite panel facing away from the fire being so low that in the event of a fire from the outside in the interior of the distributor and / or fire protection housing, at least electrical components installed remain functional during this period.

If an even higher fire resistance is to be achieved, this can be made possible in the present invention by an increased panel thickness and / or an increased number of panels of the at least one gypsum fiber panel. For example, two or even three gypsum fiber boards lying one above the other can be used on the outside of the distributor and / or fire protection housing.

In a preferred embodiment of the present invention, the at least one body wall has a bulkhead built into the panel assembly or directly adjoining the panel assembly, which bulkhead is formed from at least one mineral fiber panel.

The bulkhead integrated in the at least one body wall forms a fire-protected cable duct. The lines are pierced through the at least one mineral fiber board. As a result, these lines are completely surrounded by the mineral fiber board material at the point of penetration, so that in the event of a fire, fire cannot penetrate the point of the cable entry point.

In this bulkhead, the at least one mineral fiber board preferably has no coating, in particular no coating with a material that foams at high temperatures. The at least one mineral fiber board advantageously consists of a mineral fiber element 1000 ° C. without further ablative or intumescent components. Thus, there are also no undesirable interactions between such a coating or such further components and the cables or lines passed through the at least one mineral fiber board. This enables unrestricted cable assignment.

At least one rock wool panel can be used as the material for the at least one mineral fiber panel for forming the bulkhead. This material can be pierced easily and has very good thermal insulation properties and is not flammable.

In a further advantageous embodiment of the present invention, one of the body walls formed from the panel assembly is designed as a door, between the and an adjoining body wall also formed from the panel assembly, a door seal is formed, which consists of a combination of an inner smoke protection seal, one to it staggered outer smoke protection seal, three staggered seals that foam up automatically when a temperature threshold is exceeded, one inner, independently foaming seal arranged further inside than the inner smoke protection seal, one middle, independently foaming seal arranged between the inner smoke protection seal and the outer smoke protection seal, and another include outside as the outer smoke protection seal arranged outer self-foaming seal, is formed.

The smoke protection seals as well as the self-foaming seals are preferably only provided on the door.

The smoke protection seals are preferably designed as sealing lips.

This multi-level door seal fulfills two functions: On the one hand, it protects the interior of the distributor and / or fire protection housing in the event of a fire from the outside, in that in such a fire the outer and middle seals, which expand independently from the external heat, interact with the inner smoke protection seal Protect the interior of the distributor and / or fire protection housing against the ingress of temperature and / or moisture into them. Furthermore, the door seal protects from the inside in the event of a fire, in that, in such a fire, the inner self-foaming seal, which then expands in cooperation with the outer smoke protection seal, protects the surroundings of the distributor and / or fire protection housing against temperature and / or smoke leakage from the distributor. and / or fire protection housing.

In order to achieve internal ventilation of the distributor and / or fire protection housing during normal operation, at least one ventilation duct preferably leads through the at least one body wall and / or at least one ventilation duct directly adjoins a panel of the panel assembly. This preferably allows the distributor and / or fire protection housing to be ventilated up to IP44.

In one embodiment of the present invention, there is at least one ventilation duct on the inside and / or on the at least one Ventilation duct arranged on the outside in each case a material that foams automatically when a temperature threshold is exceeded.

The material located in the interior of the respective ventilation duct, which automatically foams when a temperature threshold is exceeded, foams in the interior of the distributor and / or fire protection housing in the event of a fire, spreads within the respective ventilation duct and thereby closes the at least one ventilation duct, so that fire and / or smoke cannot escape. The material located on the outside of the respective ventilation duct, which foams automatically when a temperature threshold is exceeded, foams from the outside in the event of a fire and thereby protects the interior of the distributor and / or fire protection housing from penetrating heat and smoke. As a result, in this embodiment of the invention, a ventilation system with a fire and smoke protection function is available.

The wall thickness of the at least one body wall where the respective ventilation duct runs through the at least one body wall is preferably equal to the wall thickness of the at least one body wall in the area of the panel composite and the respective ventilation duct is arranged at a level that is between the at least one gypsum fiber board and the at least one calcium silicate board of the composite board is located.

In a preferred embodiment of the distributor and / or fire protection housing according to the invention, the at least one ventilation duct has at least one ventilation duct used as a supply air duct and connected to a fan, between which and the fan at least one hinged first smoke protection lip hangs, and at least one further ventilation duct used as an exhaust air duct on whose upper end used as an exhaust air opening rests at least one foldable second smoke protection lip.

The first and the second smoke protection lip make it possible that in the event of a fire inside the distributor and / or fire protection housing, no cold smoke can escape from the interior of the distributor and / or fire protection housing. It is particularly advantageous that the first smoke protection lip and the second smoke protection lip function purely mechanically, as a result of gravity.

For this purpose, the fan, which principally directs air into the distribution and / or fire protection housing, is preferably connected to a fire protection alarm provided in the interior of the distribution and / or fire protection housing.

The interior of the distributor and / or fire protection housing can, however, also be ventilated for a certain period of time in the event of a fire, if in a fire protection device that has an embodiment of the distribution and / or fire protection housing according to the invention, in which at least one ventilation duct through the at least one body wall leads, the at least one ventilation duct is connected to a ventilation system which opens into a room that is separate from the room in which the distributor and / or fire protection housing is located, in terms of fire protection.

In this way, the interior of the distributor and / or fire protection housing can be ventilated with unheated fresh air, for example from a neighboring room, even in the event of a fire, and warm service air and humidity can be diverted into this neighboring room.

The interior of the distribution and / or fire protection housing can thus be cooled for a considerable time, so that installations contained in the distribution and / or fire protection housing remain undamaged for this time.

In an advantageous embodiment of this fire protection device, the at least one ventilation duct runs through one of the body walls, which forms a ceiling of the distributor and / or fire protection housing. The at least one ventilation duct used in the ceiling part of the distributor and / or fire protection housing as a supply air inlet or as an exhaust air outlet is also particularly easy to connect when the distributor and / or fire protection housing is hung on a wall or is a floor-standing housing.

The task is further achieved by a kit for a distributor and / or fire protection housing, comprising several interconnectable body walls and / or body wall elements, at least one of the body walls and / or body wall elements being formed from a panel assembly of at least three panels, with one outer of these panels is formed from at least one gypsum fiber board, in which the panel composite has at least one mineral fiber board arranged on an inside of the at least one gypsum fiber board and at least one calcium silicate board arranged on an inside of the at least one mineral fiber board.

As already stated above, a high degree of thermal insulation can be achieved by combining the panels in the panel composite. In addition, the individual components of the distribution and / or fire protection housing and thus also the distribution and / or fire protection housing itself are relatively light. For example, the at least a gypsum fiber board located on the outside of the composite panel can be relatively thin, which is why it is also relatively light. The at least one mineral fiber board arranged in the middle of the composite board is a very light thermal insulation material and can therefore also be easily transported and handled. The at least one calcium silicate plate also has a relatively low weight. In this way, these panels can easily be brought to the installation site and simply connected to one another there, for example screwed. Depending on the size of the housing, you only need one to three people, which is particularly advantageous if there is little space available at the installation site.

The kit preferably has at least one bulkhead inserted or insertable into the at least one of the body walls and / or body wall elements and / or connected or connectable to the at least one of the body walls and / or body wall elements, which bulkhead is formed from at least one mineral fiber board.

It is advantageous if the at least one mineral fiber board is uncoated. This means that in the event of a fire, there will be no foaming effects or other interactions on the surface of the mineral fiber board (s), and corresponding additional tests can therefore be saved.

In the event of a fire from the outside as well as in the event of a fire from the inside, it has proven to be particularly favorable if one of the body walls and / or body wall elements is a door on which a door seal is formed, which consists of a combination of an inner smoke protection seal, one in addition staggered outer smoke protection seal, three staggered seals that foam up automatically when a temperature threshold is exceeded, one inner, independently foaming seal arranged further inside than the inner smoke protection seal, one middle, independently foaming seal arranged between the inner smoke protection seal and the outer smoke protection seal, and another include outside as the outer smoke protection seal arranged outer self-foaming seal, is formed.

The smoke protection seals as well as the self-foaming seals are preferably only provided on the door.

The smoke protection seals used in the present invention act as mechanical and thus constant smoke protection, i. H. on the one hand both at normal temperature and in the event of a fire and on the other hand both in the event of a fire from the inside as well as in the event of a fire from the outside. To ensure this, the smoke protection seals are preferably designed as sealing lips.

The smoke protection seals consist of a material that is heat-resistant up to at least 150 ° C., for example silicone.

In an advantageous embodiment of the kit according to the invention, at least one ventilation duct leads through the at least one body wall and / or body wall element, in which a material that foams automatically when a temperature threshold is exceeded is arranged inside and / or on the outside.

The wall thickness of the at least one body wall and / or body wall element where the at least one ventilation duct runs through the at least one body wall and / or body wall element is preferably equal to the wall thickness of the at least one body wall and / or body wall element in the area of the Panel composite and the at least one ventilation duct is arranged at a level that lies between the at least one gypsum fiber board and the at least one calcium silicate panel of the panel composite.

In a preferred embodiment of the invention, the kit also has a fan, at least one foldable first smoke protection lip and at least one foldable second smoke protection lip and the at least one ventilation duct has at least one ventilation duct connected or connectable to the fan, between which and the fan the at least one foldable one first smoke protection lip hangs or can be suspended, and at least one further ventilation duct, on the upper end of which the at least one foldable second smoke protection lip rests or can be mounted.

The kit preferably also has a fire alarm for its installation in the interior of the distributor and / or fire protection housing. The fire alarm can detect smoke development in the interior of the distribution and / or fire protection housing in the event of a fire, whereupon the fan can be switched off, whereupon the first smoke protection lip and the second smoke protection lip automatically open the ventilation ducts for the supply and exhaust air of the distribution and / or or close the fire protection housing.

In another variant of the kit according to the invention, at least one ventilation duct to which a fire-resistant ventilation duct is connected or can be connected leads through the at least one body wall and / or body wall element.

The at least one ventilation duct preferably runs through one of the body walls, which is provided as the ceiling of the distributor and / or fire protection housing. As a result, the ventilation duct used either as supply air supply or exhaust air discharge can also be connected particularly favorably if the distribution and / or fire protection housing to be formed from the kit is a distribution and / or fire protection housing that is to be hung on a wall or placed on a wall. or fire protection housing.

• 1 schematisch eine Ausführungsform eines erfindungsgemäßen Verteiler- und/oder Brandschutzgehäuses in einer perspektivischen Ansicht zeigt;
• 2 schematisch eine geschnittene Seitenansicht eines Details des Verteiler- und/oder Brandschutzgehäuses aus 1 zeigt, wobei man in dem Detail einen vorderen Bereich einer Decke und einen daran angrenzenden oberen Bereich einer Tür des Verteiler- und/oder Brandschutzgehäuses sieht;
• 3 schematisch eine geschnittene Seitenansicht eines anderen Details des Verteiler- und/oder Brandschutzgehäuses aus 1 zeigt, wobei man in diesem Detail einen hinteren Bereich der Decke und einen daran angrenzenden oberen Bereich einer Rückwand des Verteiler- und/oder Brandschutzgehäuses sieht;
• 4 schematisch eine geschnittene Draufsicht eines weiteren Details des Verteiler- und/oder Brandschutzgehäuses aus 1 zeigt, wobei man in diesem Detail einen hinteren Bereich einer Seitenwand und einen daran angrenzenden Bereich der Rückwand des Verteiler- und/oder Brandschutzgehäuses sieht;
• 5 schematisch eine geschnittene Seitenansicht eines Details einer Ausführungsform eines erfindungsgemäßen Verteiler- und/oder Brandschutzgehäuses mit erhöhtem Feuerwiderstand zeigt, wobei man in dem Detail einen vorderen Bereich einer Decke und einen daran angrenzenden oberen Bereich einer Tür des Verteiler- und/oder Brandschutzgehäuses sieht;
• 6 schematisch eine perspektivische Vorderansicht einer Ausführungsform des erfindungsgemäßen Verteiler- und/oder Brandschutzgehäuses mit geöffneter Tür zeigt;
• 7 schematisch eine perspektivische Draufsicht auf eine Decke einer Ausführungsform des erfindungsgemäßen Verteiler- und/oder Brandschutzgehäuses zeigt, wobei in dieser Ansicht ein auf der Decke montierter Lüfter nicht dargestellt ist;
• 8 schematisch die Decke aus 8 mit darauf montiertem Lüfter zeigt;
• 9 schematisch Elemente einer Ausführungsform eines erfindungsgemäßen Bausatzes für ein Verteiler- und/oder Brandschutzgehäuse zeigt; und
• 10 schematisch Elemente einer weiteren Ausführungsform eines erfindungsgemäßen Bausatzes für ein Verteiler- und/oder Brandschutzgehäuse mit erhöhtem Feuerwiderstand zeigt.

A preferred embodiment of the present invention, its structure, function and advantages are explained in more detail below with reference to figures, wherein

• 1 schematically shows an embodiment of a distributor and / or fire protection housing according to the invention in a perspective view;
• 2 schematically shows a sectional side view of a detail of the distributor and / or fire protection housing 1 shows, wherein one sees in the detail a front area of a ceiling and an adjacent upper area of a door of the distribution and / or fire protection housing;
• 3 schematically a sectional side view of another detail of the distributor and / or fire protection housing 1 shows, wherein one sees in this detail a rear area of the ceiling and an adjacent upper area of a rear wall of the distributor and / or fire protection housing;
• 4th schematically a cut plan view of a further detail of the distributor and / or fire protection housing 1 shows, wherein one sees in this detail a rear area of a side wall and an adjacent area of the rear wall of the distributor and / or fire protection housing;
• 5 schematically shows a sectional side view of a detail of an embodiment of a distribution and / or fire protection housing according to the invention with increased fire resistance, the detail showing a front area of a ceiling and an adjacent upper area of a door of the distribution and / or fire protection housing;
• 6th schematically shows a perspective front view of an embodiment of the distributor and / or fire protection housing according to the invention with the door open;
• 7th schematically shows a perspective top view of a ceiling of an embodiment of the distributor and / or fire protection housing according to the invention, a fan mounted on the ceiling not being shown in this view;
• 8th schematically the ceiling 8th shows with fan mounted on it;
• 9 shows schematically elements of an embodiment of a kit according to the invention for a distribution and / or fire protection housing; and
• 10 shows schematically elements of a further embodiment of a kit according to the invention for a distribution and / or fire protection housing with increased fire resistance.

1 shows schematically an embodiment of a distributor and / or fire protection housing according to the invention 1 in a perspective view.

The distribution and / or fire protection housing 10 has a body with several body walls. A door belongs to the body walls 11 , two side walls 12th , 12 ' A blanket 13th , a floor 14th and a back wall 15th the distribution and / or fire protection housing 10 . In other, not shown embodiments of the present invention, the rear wall 15th can also be made partially open and the distribution and / or fire protection housing 10 can be installed as a so-called slip-over variant.

The door 11 is in the embodiment shown by means of hinges 16 on one of the side walls 12 ' attached and thereby relative to the other of the side walls 12th can be opened and closed. The door points to this 11 a handle 17th with the one in detail in 2 Locking and unlocking mechanism shown can be actuated with which the door 11 in an in 2 shown closed position of the distributor and / or fire protection housing 10 can be locked and unlocked.

The distribution and / or fire protection housing 10 is in the embodiment shown on a wall 21 by means of a wall bracket 18th mounted wall housing. In other embodiments of the present invention, the distribution and / or fire protection housing can also be a floor-standing housing that can be easily placed on a floor.

In an in 2 schematically indicated interior 24 the distribution and / or fire protection housing 10 components that can be used for power lines and power distribution, such as electrical cables, electronic assemblies, mechanical components such as mounting rails and other fastening material, fuses, electricity meters, switches, terminals, timers, etc., but telephone cables, network cables and data cables such as fiber optic cables can also be or will be installed.

2 shows schematically a sectional side view of a detail of the distributor and / or fire protection housing 10 the end 1 . In the detailed view you can see a front area of the ceiling 13th and an adjacent upper area of the door 11 the distribution and / or fire protection housing 10 .

The ceiling 13th consists of a composite panel which, in the exemplary embodiment shown, has three interconnected panels. The plates are preferably screwed together. The composite panel has a gypsum fiber board on the outside 1 and inside a calcium silicate plate 3 on, between which a mineral fiber board 2 is sandwiched.

The ones in the gypsum fiber board 1 The fibers contained may, for example, be cellulose fibers.

The door 11 also consists of a composite panel which, in the exemplary embodiment shown, has three interconnected panels. The plates are preferably screwed together. The composite panel also has a gypsum fiber board on the outside 1 and inside a calcium silicate plate 3 on, between which a mineral fiber board 2 is sandwiched.

In the embodiment shown, the gypsum fiber boards used 1 a plastic coating on both its front side and its rear side 27 on.

In other, not shown embodiments of the present invention, all body walls of the distributor and / or fire protection housing 10 instead of the one gypsum fiber board 1 several, for example two or three gypsum fiber boards 1 , instead of the one mineral fiber board 2 several, for example two or three mineral fiber boards 2 and / or instead of the one calcium silicate board 3 several, for example two or three calcium silicate plates 3 be used. It is also possible that the at least one gypsum fiber board 1 and / or the at least one mineral fiber board 2 and / or the at least one calcium silicate plate 3 each composed of several body wall elements or can be assembled.

In the embodiment of 2 the gypsum fiber boards on the outside protrude 1 furthest outwards, while the calcium silicate panels that are furthest inside 3 are shortest, so that the plates corresponding to one another in terms of their material are in the corner area of the distributor and / or fire protection housing 10 , where the respective plates meet, butt against each other.

In the exemplary embodiment shown, the plate assemblies are each designed step-like or staircase-like at their ends. On the steps of the composite slab of the ceiling 13th runs a strike plate 8th .

On or at each step is between the adjacent panel assemblies in the corner area of the distributor and / or fire protection housing 10 a seal that foams automatically when a temperature threshold is exceeded 61 , 62 , 63 intended. In the embodiment shown, there is an inner seal which foams automatically when a temperature threshold value is exceeded 61 on one side edge of the calcium silicate board 3 the door 11 . A medium-sized seal that foams automatically when a temperature threshold is exceeded 62 is located on one side edge of the mineral fiber board 2 the door 11 . An outer seal that foams automatically when a temperature threshold is exceeded 63 is located on one side edge of the gypsum fiber board 1 the door 11 .

Furthermore, there are heat-resistant inner and outer smoke protection seals in each corner area between the panel assemblies 71 , 72 arranged offset to one another. The outer smoke protection seal 72 is located in the embodiment shown between an outer edge of the mineral fiber board 2 the ceiling 13th and one through the gypsum fiber board 1 the door and the mineral fiber board 2 the door 11 trained angle. The inner smoke protection seal 71 is located in the embodiment shown between an outer edge of the calcium silicate plate 3 the ceiling 13th and one through the mineral fiber board 2 and the calcium silicate board 3 the door 11 trained angle.

The seals that foam automatically when a temperature threshold is exceeded 61 , 62 , 63 consist of intumescent material such as expandable graphite.

The smoke protection seals 71 , 72 serve to protect against smoke and / or fire.

In the event of a fire from the outside, the outer smoke protection seal will burn 72 away quickly. However, in the event of a fire, the outer and middle, independently foaming seals, which expand from the outside due to the external heat, protect themselves 62 , 63 in cooperation with the inner smoke protection seal 71 the interior 24 the distribution and / or fire protection housing 10 before temperature and / or moisture penetration. In the event of a fire from the inside, in which the internal smoke protection seal 71 is destroyed, protects the inner self-foaming seal, which expands due to the heat 61 in cooperation with the outer smoke protection seal 72 the surroundings of the distributor and / or fire protection housing 10 in front of a temperature and / or smoke leak from the distributor and / or fire protection housing 10 .

The self-foaming seals 61 , 62 , 63 as well as the smoke protection seals 71 , 72 can in other embodiments of the invention also at other suitable locations between the plate assemblies in the corner area of the distributor and / or fire protection housing 10 be arranged.

All smoke, moisture and / or fire protection seals 61 , 62 , 63 , 71 , 72 are in the present embodiment of the invention only on the door 11 and not on the side walls 12th , 12 ' , the floor 14th and / or the ceiling 15th the distribution and / or fire protection housing 10 .

In 2 is also schematically the locking and unlocking mechanism for the door 11 the distribution and / or fire protection housing 10 to see. In the embodiment shown, the locking and unlocking mechanism has one through the mineral fiber board 2 the door 11 leading push rod 9 on. The push rod 9 is supported by a push rod bracket 20th held. The push rod 9 is using one with the handle 17th connected lever mechanism in a push rod mount 29 that are here in the mineral fiber board 2 the ceiling 13th is designed to be slidable.

At the door 11 there are also hinges 16 , of which in 2 only one is shown as an example. In the embodiment shown, the hinges are 16 each on the gypsum fiber board 1 the door 11 and one by the door 11 standing side wall 12 ' assembled. The hinges 16 can also be screwed around later to change the door hinge.

3 shows schematically a sectional side view of another detail of the distribution and / or fire protection housing 10 the end 1 . In this detail you can see a rear area of the ceiling 13th and an adjacent upper region of the rear wall 15th the distribution and / or fire protection housing 10 .

As in 2 you can see much of the ceiling 13th from the panel composite described above, which is the gypsum fiber board located on the outside 1 , the medium mineral fiber board 2 and the calcium silicate board inside 3 includes.

Adjacent to the back wall 15th points the ceiling 13th a modified structure. So shows the ceiling 13th between the composite panels and the rear wall 15th a bulkhead 25th on. The bulkhead 25th is used to lead through lines from the interior 24 the distribution and / or fire protection housing 10 to the outside or vice versa.

In the embodiment shown, there is a bulkhead 25th made of two mineral fiber boards 4th , 5 , being on top of the mineral fiber board 4th an outer cable entry plate 22nd and on an underside of the mineral fiber board 5 an inner cable entry plate 23 is provided.

The cable entry plates 22nd , 23 hold the mineral fiber boards 4th , 5 so they don't come off the ceiling 13th fall out.

Like it in 4th by way of example using the cable feed-through plate shown in a top view 23 can be seen, point the cable entry plates 22nd , 23 openings 28 for the cable entry. The openings 28 can for example be punched out. Instead of sheet metal, another suitable material can also be used for a targeted and / or bundled cable feed-through. Instead of the two mineral fiber boards 4th , 5 it is also possible for only a single mineral fiber board or more than two, for example three, mineral fiber boards to form the bulkhead 25th be used.

In the embodiment shown, there is the rear wall 15th the distribution and / or fire protection housing 10 from a single, non-coated gypsum fiber board. The wall bracket is on the back of the plasterboard 18th appropriate. This simplifies the design of the rear wall 15th is possible in the embodiment shown because the rear wall is directly on the wall of the room 21 is attached. In other, not shown embodiments of the invention, the rear wall 15th be formed from a three-part panel assembly, for example as described above, especially when the distributor and / or fire protection housing 10 is designed as a stand housing and should stand freely in the room.

4th shows schematically a further detail of the distribution and / or fire protection housing 10 the end 1 . In this detail you can see a rear area of a side wall 12th , an adjacent area of the rear wall 15th the distribution and / or fire protection housing 10 and one on the side wall 12th and on the back wall 15th adjoining area of the in the ceiling 13th integrated, inner cable feed-through plate 23 in a sectional top view.

The side wall 12th is initially almost over its entire length from the composite panel described above, the outside a gypsum fiber board 1 , in the middle a mineral fiber board 2 and inside a calcium silicate plate 3 has, composed. As described above, several plates can be used instead of the individual plates. Furthermore, the panels can also be composed of body wall elements, that is to say individual elements constructed as the panel composite described above, such as plug-in elements, which then form the body wall, that is to say here the side wall 12th , are mounted. The latter applies to all body walls of the distributor and / or fire protection housing 10 , its individual elements, as it is in the 9 and 10 can be seen, are made available as a kit and to the distribution and / or fire protection housing 10 can be assembled.

In one on the back wall 15th adjoining area has the side wall 12th a modified structure. The side wall points in this area 12th outside the gypsum fiber board 1 and inside the calcium silicate board 3 on, being between the gypsum fiber board 1 and the calcium silicate plate inside 3 another calcium silicate board 3 on the inside of which a material foams automatically when a temperature threshold is exceeded 6th is arranged, and a ventilation duct 26th are provided.

The ventilation duct 26th can for example be connected to a ventilation system (not shown here) and / or via a ventilation shaft (not shown here) to a neighboring room, for example. Such a ventilation system and / or such a ventilation shaft can also have a fire resistance.

If there is a fire in the interior 24 the distribution and / or fire protection housing 10 , that foams inside the ventilation duct 25th arranged when a temperature threshold value is exceeded automatically foaming material 6th and thereby closes the ventilation duct 26th . Outside on the ventilation duct 26th is also a material that foams automatically when a temperature threshold is exceeded 6th arranged, which foams from the outside in the event of a fire. Is the ventilation duct 26th to a ventilation system (not shown here) with fire resistance and / or connected to a neighboring room via a ventilation shaft (not shown here) with fire resistance, for example, the material foams 6th not on and the ventilation duct 26th stays open. So can through the ventilation duct 26th a supply of air can also be implemented from outside in the event of a fire.

In the body walls of the distributor and / or fire protection housing 10 there are several, but at least two, such ventilation ducts 26th , 26 ' . The ventilation ducts 26th , 26 ' serve as supply air supply or exhaust air discharge for the distributor and / or fire protection housing 10 . The ventilation ducts 26th , 26 ' are advantageously in the side walls 12th , 12 ' the distribution and / or fire protection housing 10 integrated. The ventilation ducts preferably lead 26th , 26 ' through the ceiling 13th , but can also be on the ceiling 13th and the floor 14th the distribution and / or fire protection housing 10 be distributed.

This is how the in 4th The arrangement shown in, for example, in 1 or 6th shown distribution and / or fire protection housing according to the invention 10 mirror symmetry also on the other side wall 12 ' , being the one in the side wall 12 ' located ventilation duct 26 ' is used as exhaust air discharge.

On the ventilation ducts 26th , 26 ' hoods (not shown) can be applied here. These hoods fulfill the function that a certain protection against moisture or water from the environment is achieved.

5 shows schematically a sectional side view of a detail of an embodiment of a distributor and / or fire protection housing according to the invention 10 with increased fire resistance, such as B. of 90 minutes. In the detail shown you can see a front area of a ceiling 13th and an adjacent upper region of a door 11 the distribution and / or fire protection housing 10 . In the embodiment shown, the same reference numerals as in FIG 2 the same elements, to the description of which has been made previously, reference is hereby made. In contrast to 2 , in which a detail of a distribution and / or fire protection housing with a fire resistance of 60 minutes 10 is shown, has the distribution and / or fire protection housing 10 the end 5 a fire resistance of more than 100 minutes due to the fact that there is not just one, but two gypsum fiber boards arranged on each other on the outside of the body walls 1 , 1 , i.e. doublings, were used. These two plasterboard 1 , 1 can be components of an example in the 9 and 10 Kit shown for such a distribution and / or fire protection housing 10 be.

6th shows schematically a perspective front view of an embodiment of the distributor and / or fire protection housing according to the invention 10 with the door open 11 . Through the open door 11 you can see the interior 24 the distribution and / or fire protection housing 10 , one of the side walls in the illustration shown 12th , the Back wall 15th , the ground 14th and the ceiling 13th the distribution and / or fire protection housing 10 sees from the inside.

In on the back wall 15th adjacent, rear areas of the floor 14th and the ceiling 13th are also in 4th shown, each by cable gland plates 23 , 23 ' openings therethrough 28 for the cable entry.

In the embodiment shown, the rear wall is located on the inside 15th a smoke alarm 30th and a power supply 31 . In other embodiments of the invention, the smoke alarm 30th and / or the power supply 31 also on the inside of the side walls 12th , 12 ' or the ceiling 13th the distribution and / or fire protection housing 10 be arranged. Through the smoke alarm 30th becomes especially one in the event of a fire in the interior 24 the distribution and / or fire protection housing 10 smoke development detected. The smoke alarm 30th is with one on the ceiling 13th the distribution and / or fire protection housing 10 installed in 8th fan to be seen 32 tied together.

7th shows schematically a perspective top view of the ceiling 13th of the distributor and / or fire protection housing according to the invention 10 the end 6th , while 8th schematically the ceiling 8th with the above-mentioned fan mounted on it 32 shows.

During normal operation of the distribution and / or fire protection housing 10 during which there is no fire is the fan 32 in operation. The fan 32 is about one on the ceiling 13th , above the ventilation duct 26th mounted attachment housing part 33 with the ventilation duct 26th in connection. As a result, in normal operation in the schematically in 7th Air supply direction Z shown by the arrow at ambient temperature into the ventilation duct 26th .

This is between the fan 32 and the attachment housing part 33 or alternatively in the attachment housing part 33 a first smoke protection lip hanging down 35 arranged. The first smoke protection lip 35 consists of a flexible material that is heat-resistant up to at least 150 ° C, such as silicone. Is the fan 32 in operation, is through the first smoke protection lip 35 unfolded by the air pressure, so that the air enters the ventilation duct 26th can flow.

The air enters according to the course of the ventilation duct 26th through the ceiling 13th and then runs through the side wall 12th up to one in 6th visible air inlet opening 34 in a lower area of the distribution and / or fire protection housing 10 in its interior 24 flows out.

In the other side wall 12 ' is located in an upper area of the distributor and / or fire protection housing 10 an air outlet opening, which cannot be seen in the illustration shown, which enters the ventilation duct 26 ' flows out. This ventilation duct 26 ' leads through an upper area of the side wall 12 ' and then through the ceiling 13th . As shown schematically in 7th can be seen, the exhaust air flows through the ventilation duct 26 ' according to the air discharge direction A from the distributor and / or fire protection housing 10 .

Like it in 8th can be seen, is located on the upper end, i.e. on the exhaust air opening, of the ventilation duct 26 ' a second smoke protection lip 36 . The second smoke protection lip 36 consists of a flexible material that is heat-resistant up to at least 150 ° C, such as silicone. In the embodiment shown, it is by means of a frame 37 on the ventilation duct 26 ' put on. Is the fan 32 the second smoke protection lip is in operation 36 Folded up by the pressure of the exhaust air so that the exhaust air opening is open.

Is through the smoke alarm 30th If smoke is detected, the fan will turn off 32 switched off. This leads to the first smoke protection lip 35 Folds down due to the force of gravity, causing air to enter the ventilation duct from the outside 26th and thus in the interior 24 the distribution and / or fire protection housing 10 is prevented. At the same time, the second smoke protection lip folds 36 down by gravity, so that the ventilation duct 26 ' is closed and there is no exhaust air from the distributor and / or fire protection housing 10 exit. This ensures that no cold smoke from the interior of the distributor and / or fire protection housing 10 can step outside.

In the event of a fire in the interior of the distribution and / or fire protection housing 10 and / or hot smoke from inside the ventilation ducts 26th , 26 ' through one inside the ventilation ducts 26th , 26 ' located seal 6th locked.

the 9 and 10 show schematically elements of possible embodiments of a kit according to the invention for the distributor and / or fire protection housing according to the invention 10 .

Such a kit fulfills the necessary fire protection requirements. It also has the advantage that a distribution and / or fire protection housing according to the invention that is already built on site 10 can be increased by further kit elements of the modular kit.

As in the 9 and 10 to see, such a kit has a door 11 , two side walls 12th , 12 ' , A blanket 13th , a floor 14th , a back wall 15th , upper and / or lower cable entry bulkheads 25th , outer and / or inner cable entry plates 22nd , 23 as well as screws and fastening material. In addition, the kit can include, for example, a sub-floor, base plates, a base support, a fan, ventilation plates, a smoke detector, at least one thermocouple, sealing lips, cover plates and / or doubling of the respective body walls 11 , 12th , 12 ' , 13th , 14th , 15th through additional gypsum fiber boards 1 exhibit.

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• EP 3503320 A1 [0002]
• DE 102017102682 A1 [0003]
• DE 20116667 U1 [0004]
• DE 102015119624 A1 [0005]
• DE 102017102304 A1 [0006]
• DE 102013111371 B4 [0007]

Claims (16)

Distribution and / or fire protection housing (10) with a body which has at least one body wall (11, 12, 12 ', 13, 14, 15) which is at least partially formed from a panel assembly of at least three panels, an outer one of which Panels that form an outside of the distributor and / or fire protection housing (10) are made from at least one gypsum fiber board (1), characterized in that the panel composite has at least one mineral fiber board (2) arranged on an inside of the at least one gypsum fiber board (1) and has at least one calcium silicate board (3) arranged on an inside of the at least one mineral fiber board (2) and facing an interior (24) of the distributor and / or fire protection housing (10). Distribution and / or fire protection housing according to Claim 1 , characterized in that the at least one body wall (11, 12, 12 ', 13, 14, 15) has a bulkhead (25) built into the panel assembly or directly adjacent to the panel assembly, which consists of at least one mineral fiber panel (4, 5) is trained. Distributor and / or fire protection housing according to one of the preceding claims, characterized in that one of the body walls formed from the composite panel is designed as a door (11), between the and an adjoining body wall (13) also formed from the composite panel is a door seal is formed, which consists of a combination of an inner smoke protection seal (71), an outer smoke protection seal (72) arranged offset thereto, three seals (61, 62, 63) arranged offset to one another and foaming automatically when a temperature threshold is exceeded, one further inside as the inner smoke protection seal (71) arranged, inner self-foaming seal (61), a middle self-foaming seal (62) arranged between the inner smoke protection seal (71) and the outer smoke protection seal (72) and a further outside than the outer smoke protection seal ( 72) arranged outer independently a ufschäumende seal (63) comprise, is formed. Distribution and / or fire protection housing according to one of the preceding claims, characterized in that the at least one body wall (11, 12, 12 ', 13, 14, 15) has at least one ventilation duct running through the panel assembly or directly adjacent to at least one panel of the panel assembly (26, 26 '), in which a material (6) which foams automatically when a temperature threshold value is exceeded is arranged on the inside and / or on the outside. Distribution and / or fire protection housing according to Claim 4 , characterized in that the wall thickness of the at least one body wall (11, 12, 12 ', 13, 14, 15) where the at least one ventilation duct (26, 26') through the at least one body wall (11, 12, 12 ') , 13, 14, 15) is equal to the wall thickness of the at least one body wall (11, 12, 12 ', 13, 14, 15) in the area of the panel composite and the at least one ventilation duct (26, 26') is arranged on one level is located between the at least one gypsum fiber board (1) and the at least one calcium silicate board (3) of the composite panel. Distribution and / or fire protection housing according to Claim 4 or 5 , characterized in that the at least one ventilation duct (26, 26 ') has at least one ventilation duct (26) used as a supply air duct and connected to a fan (32), between which and the fan (32) at least one hinged first smoke protection lip (35) hangs , and at least one further ventilation duct (26 ') used as an exhaust air duct, on whose upper end used as an exhaust air opening at least one foldable second smoke protection lip (36) rests. Fire protection device with a distributor and / or fire protection housing (10) according to one of the Claims 1 until 3 , characterized in that through the at least one body wall (11, 12, 12 ', 13, 14, 15) at least one ventilation duct (26, 26') leads, which is connected to a ventilation system which is in one of the room in where the distributor and / or fire protection housing (10) is located, opens into a separate room in terms of fire protection. Fire protection device according to Claim 7 , characterized in that the at least one ventilation duct (26, 26 ') runs through at least one of the body walls, which forms a ceiling (13) of the distributor and / or fire protection housing (10). Kit for a distribution and / or fire protection housing (10), comprising several interconnectable body walls (11, 12, 12 ', 13, 14, 15) and / or body wall elements, at least one of the body walls (11, 12, 12 ', 13, 14, 15) and / or body wall elements is formed from a panel composite of at least three panels, an outer one of these panels being formed from at least one gypsum fiber board (1), characterized in that the panel composite is at least one on an inside of the has at least one mineral fiber board (2) arranged on gypsum fiber board (1) and at least one calcium silicate board (3) arranged on an inside of the at least one mineral fiber board (2). Kit according to Claim 9 , characterized in that the kit includes at least one in the / the at least one of the body walls (11, 12, 12 ', 13, 14, 15) and / or body wall elements inserted or insertable and / or with the at least one of the body walls (11, 12, 12', 13, 14, 15 ) and / or body wall elements connected or connectable bulkhead (25) which is formed from at least one mineral fiber board (4, 5). Kit based on one of the Claims 9 or 10 , characterized in that one of the body walls (11) and / or body wall elements is a door (11) on which a door seal is formed, which consists of a combination of an inner smoke protection seal (71) and an outer smoke protection seal (72 ), three seals (61, 62, 63) which are offset from one another and which foam up automatically when a temperature threshold is exceeded, an inner self-foaming seal (61) arranged further inside than the inner smoke protection seal, one between the inner smoke protection seal (71) and the outer one Smoke protection seal (72) arranged central self-foaming seal (62) and an outer self-foaming seal (63) arranged further outside than the outer smoke protection seal (72). Kit based on one of the Claims 9 until 11 , characterized in that the at least one body wall (11, 12, 12 ', 13, 14, 15) and / or body wall element has at least one ventilation duct (26, 26' running through the panel assembly or directly adjacent to at least one panel of the panel assembly) ), in which a material (6) which foams automatically when a temperature threshold is exceeded is arranged inside and / or on the outside. Kit according to Claim 12 , characterized in that the wall thickness of the / of the at least one body wall (11, 12, 12 ', 13, 14, 15) and / or body wall element where the at least one ventilation duct (26, 26') through the at least one Body wall (11, 12, 12 ', 13, 14, 15) and / or body wall element runs equal to the wall thickness of the at least one body wall (11, 12, 12', 13, 14, 15) and / or body wall element in the area of the composite panel and the at least one ventilation duct (26) is arranged at a level that lies between the at least one gypsum fiber board (1) and the at least one calcium silicate panel (3) of the composite panel. Kit based on one of the Claims 11 until 13th , characterized in that the kit further comprises a fan (32), at least one foldable first smoke protection lip (35) and at least one foldable second smoke protection lip (36), and the at least one ventilation duct (26, 26 ') at least one with the fan (32 ) connected or connectable ventilation duct (26), between which and the fan (32) the at least one foldable first smoke protection lip (35) hangs or can be suspended, and at least one further ventilation duct (26 '), on the upper end of which the at least one foldable second smoke protection lip (36) rests or can be mounted. Kit according to Claim 11 , characterized in that through the at least one body wall (11, 12, 12 ', 13, 14, 15) and / or body wall element at least one ventilation duct (26, 26') leads to which a fire-resistant ventilation shaft is connected or can be connected . Kit based on one of the Claims 11 until 15th , characterized in that the at least one ventilation duct (26, 26 ') runs through at least one of the body walls, which is provided as a cover (13) of the distributor and / or fire protection housing (10).

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