EP0764255B1 - Housing for air-conditioning equipment - Google Patents

Housing for air-conditioning equipment Download PDF

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Publication number
EP0764255B1
EP0764255B1 EP95913170A EP95913170A EP0764255B1 EP 0764255 B1 EP0764255 B1 EP 0764255B1 EP 95913170 A EP95913170 A EP 95913170A EP 95913170 A EP95913170 A EP 95913170A EP 0764255 B1 EP0764255 B1 EP 0764255B1
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EP
European Patent Office
Prior art keywords
extruded
housing
attached
channel
section
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Expired - Lifetime
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EP95913170A
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German (de)
French (fr)
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EP0764255A1 (en
Inventor
Holger Biedenkapp
Frank Lienemann
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STULZ GmbH
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STULZ GmbH
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Publication of EP0764255A1 publication Critical patent/EP0764255A1/en
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20—Casings or covers

Definitions

  • the invention relates to a device housing for air conditioners.
  • housings used to construct the most diverse Device types known.
  • the ones that are usually on the market Standard device housings have a number of options Functional components, cladding, panels, walls, etc. on the to be placed in a wide variety of locations within the housing, see e.g. EP-A-427 626 and WO-A-8100443.
  • air conditioners there are many heavy components housed, e.g. Compressors, heat exchangers or fans. It must be possible to combine all these components together or alternatively in one Housing.
  • the housing is airtight to the outside. The exit of the conditioned air from the air conditioner should take place at a precisely defined location and not through leaks e.g. on the case edges. It is therefore necessary that the design components on the outside of the housing, e.g. Have panels or doors installed airtight.
  • the inside of the air conditioning technology should be the usual Functional components can be universally attachable. It must be possible that Screw the air conditioner up and / or down with air ducts. Furthermore, it should be possible for the fully assembled air conditioning housing are to be hung on the hook of a crane via a hanging device.
  • the vertical outer surface of the extruded profile according to the invention is used for the airtight attachment of design components, such as doors, panels etc.
  • a hammer head groove channel is used, in which hexagon nuts for screwing doors, door hinges, panels, etc. or their fastening devices can be inserted.
  • a groove for inserting a sealing profile Seen from the outside corner behind the screw groove is a groove for inserting a sealing profile that seals the construction profile airtight against the doors or panels.
  • the remaining three areas are used to attach functional components.
  • hammer-head groove channel On the horizontal inner surface there is a hammer-head groove channel into which hexagon nuts can be inserted to screw components together.
  • hammerhead groove channel To the right or left of the hammerhead groove channel is another screw channel in which self-tapping screws can be screwed in perpendicular to the surface for fastening components.
  • the profile On its vertical inner surface , the profile has a screw channel for screwing tapping screws perpendicular to the surface.
  • two are different Variants of the profile used for the upper and lower frames.
  • the lower profile receives a greater height than the upper profile, so that Height: width ratio of the lower profile about 2: 1 and that of the upper Profile is about 1: 1.
  • the profile used below then has the Hammerkof screw groove on its horizontal outer surface at a distance from the Outside corner, which allows the between the corner and the Groove channel surface as a design surface for attaching decorative Elements can be used. This also ensures that long-pile carpet or the like does not open the doors difficult because the doors are at a sufficient distance from the floor swing up.
  • the screw channels in the horizontal outer surface that are on floor may fall away if the device is not on a hollow Screwed to the bottom.
  • the profile used for the construction of the upper frame can additionally via an opening for hanging a crane hook above the Have inner corner on which the housing or the entire assembled Air conditioner can be raised.
  • the inside corner is light beveled to facilitate the insertion of the crane hook.
  • Air conditioning housing can be used universally and it can in it all components required in air conditioning technology without large Attach effort.
  • the extruded profile is in long sections, for. B. made of aluminum in a maximum of two different variants for the upper and the lower Frame made.
  • the profile can be of the required length be cut to size so that housings are in every conceivable Have dimensions made.
  • the profiles only have the mounting options that are required when building Air conditioning housings are actually needed and are therefore inexpensive to manufacture have the greatest possible stability because that there are no unnecessary recesses or the like. Therefore, the required stability can be achieved with a minimum of material can be achieved.
  • a rubber lip or a can be placed in the outer sealing groove Rubber sealing profile to be introduced, the one to be attached to the outside Housing parts hermetically seals against the frame.
  • This double wall in the edge area is ideal for in therein recesses fasteners for attaching the Provide panels and doors on the frame.
  • This can e.g. Snapper be attached to the profile and with a hook in a recess engage in the double wall of the panel.
  • this snapper consists of two parts, one part in the hammerhead groove channel can be attached to the vertical outside of the profile and with the second part is connected via a compression spring.
  • the first, in Hammer head groove channel attached part has a guide pin, while the second part has a hook.
  • the second part is in inserted the hammerhead groove channel and from this in a horizontal Direction leads.
  • a hinge in the hammerhead groove channel can be used to attach a door the vertical outside of the construction profile. From At the top or bottom, a pin then engages in a hole in the top or bottom Narrow side of the double wall.
  • the horizontal inner surface A has approximately one in the middle Hammer head groove channel 1, in the hexagon nuts for fastening Compressor, fan, heat exchanger etc. can be inserted.
  • a screw channel 2 for Screwing in self-tapping screws on which other components are attached can be.
  • the screw channel 2 of the profile attached above can attach the heat exchanger connection, for example.
  • the vertical inner surface B has a screw channel 3 on which again components can be attached or, in the case of the profile, that forms the lower frame (Fig. 2) for fastening the floor panel serves. Furthermore, the vertical inner surface can be opened via an opening Attach a crane hook 4. This opening is above the Attached inner corner 5, which is preferably bevelled to insert the To facilitate crane hooks in the opening 4. Because this opening is only at the top used profile makes sense, if two different Embodiments of the profile are produced, this hanging opening on lower profile can be omitted.
  • the horizontal outer surface C has two screw channels 6, 7 for Screwing in sheet metal screws. These can in turn be used for two different embodiments of the profile in the lower profile are omitted, since this side faces the floor and the screw channels do not are absolutely necessary. These are available in the upper profile Screw channels for fastening components or one above the Air conditioning unit running air duct.
  • the vertical outer surface D is used to attach design components, such as. Doors, panels, etc. To do this, it has a Hammer head groove channel 8, in the hexagon nuts for fastening Door hinges, snap connections for panels, etc. are introduced can. Since the outer walls of the air conditioner should be airtight, it is necessary to seal them against the construction profile. For that is one Sealing groove 9 is provided, into which a rubber sealing lip is inserted can be. Coming for two different versions of the profile upper and lower frames are used, so it is convenient to use the Version for the construction of the lower frame below the Hammer head groove channel to make longer than the version for the upper one Frame so that the doors and panels are slightly removed from the floor can be attached and thus the floor cleaning easier and the doors can be opened more easily if e.g. shaggy Carpet or similar is laid in the room.
  • This extension can be designed as a design surface 10 and over visible ribs, corrugations, Lettering or other decorative applications.
  • a screw channel 11 is located approximately in the middle under the horizontal inner surface A, the second 12 approximately in the middle under the horizontal outer surface C.
  • the profile can then on predefined locations of the vertical outer surface and drilled through this The hole is screwed at right angles to a second section of the profile will.
  • air conditioning unit housings according to the invention can be used upper and lower rectangular frame and load-bearing side walls construct that can be used universally in air conditioning technology Fastening options for all components used and the design components that are airtight on the outside have them attached, which can be opened by means of holding devices and hinges or are to be exchanged.
  • Fig. 3 shows an embodiment of a panel 14, the top and lower construction profile 15, 16 is attached.
  • the panel is all-round double-walled on the outside, with the double on the inside Wall 17 via a projection 18 at the location of the seal groove 9 inserted sealing lip 19 has.
  • the Hammerkopfnutkanal 8 des lower profile can also be inserted below in rubber sealing profile 20 be in which the panel engages with a bracket 21 and thus completely decoupled from structure-borne noise.
  • a snap 22 is provided at the top of the profile, which snaps into a recess 23 the double wall 17 engages and detailed in the following Fig. 4 is shown.
  • Fig. 4 a two-part snapper can be seen, the first part 24 over has a guide pin 25 and on a hex nut in Hammer head groove channel 8 of the construction profile is screwed tight.
  • the second part 26 of the catch is with the guide tabs 27 in the Hammerkopfnutkanal 8 inserted in the construction profile, so that only the hook 28 protrudes from the hammer head groove channel.
  • the second part is So can be moved in the horizontal direction and is e.g. held at a distance by a compression spring.
  • a recess 23 of the Panels become a frame 29 for more effortless attachment of the panel used, in which the guide pin 25 and the hook 28 engage.
  • the second part of the catch 26 pressed towards the first part 24 and snaps into the frame 29 a. This is due to the pressure spring attached between the two parts Panel locked with it.
  • Fig. 5 shows a snapper as described in Fig. 4 installed Status.
  • a hinge 30 for fastening doors in cross section see that with a hexagon nut 31 in the hammerhead groove channel 8 one Construction profile is attached.
  • the hinge has one vertically extending bolt 32, which serves as the axis of rotation for the door and in a possibly provided with a fitting 33 bore 34 of a narrow side engages a door.
  • Fig. 7 shows a swivel hinge 35 which in the hammer head groove channel 1 on the horizontal inside of the construction profile can be screwed. It has two vertical, spaced and to the axis of the Construction profiles offset bolts 36. These bolts engage as in FIG. 8 and FIG. 9 can be seen in two swivel levers 37 which are on the swivel panel 38 engage in the corresponding hinge counterpart 39.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)
  • Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)

Abstract

The invention concerns housings for air-conditioning equipment, the housings consisting of upper and lower rectangular frames made from extruded sections and held in position, spaced apart and parallel to each other, by load-carrying walls, as well as panels which are attached to the frame so that they can be taken off or moved. The extruded section is essentially rectangular and has on its surfaces only those attachments (1, 2, 3, 6, 7, 8, 9) necessary for assembling air-conditioning equipment housings. In particular, housing components such as doors and panels can be fastened in place outside with an airtight seal and vibrationally isolated from the rest of the housing, while equipment components such as compressors, heat exchangers and fans can be mounted inside the housing. The extruded section proposed also has in it two bolt channels (11, 12) enabling two extruded sections to be fastened to each other at right angles. In addition, panels and doors, as well as attachment fittings for them, are proposed which can be mounted in place on the basic housing construction to give an airtight seal.

Description

Die Erfindung betrifft ein Gerätegehäuse für Klimageräte.The invention relates to a device housing for air conditioners.

Es ist eine Vielzahl von Gehäusen zur Konstruktion der verschiedensten Gerätetypen bekannt. Die üblicherweise im Handel befindlichen Standardgerätegehäuse weisen eine Reihe von Möglichkeiten auf, Funktionskomponenten, Verschalungen, Paneele, Wände usw. an den unterschiedlichsten Stellen innerhalb des Gehäuses anzubringen, siehe z.B. EP-A-427 626 und WO-A-8100443.It is a variety of housings used to construct the most diverse Device types known. The ones that are usually on the market Standard device housings have a number of options Functional components, cladding, panels, walls, etc. on the to be placed in a wide variety of locations within the housing, see e.g. EP-A-427 626 and WO-A-8100443.

Diese Gerätegehäuse sind vielseitig anwendbar, weisen jedoch zur Konstruktion von Klimagerätegehäusen einige erhebliche Nachteile auf. Durch ihre Universalität sind sie zuwenig auf die speziellen Anforderungen bei der Konstruktion von Klimageräten ausgelegt und erweisen sich als diesen nicht gewachsen. Andererseits verfügen sie über eine Vielzahl von Befestigungsmöglichkeiten, die beim Bau von Klimageräten unnütz, ja oft störend sind und darüber hinaus Stabilitätsmängel oder zusätzliches Gewicht mit sich bringen.These device housings are versatile, but have Construction of air conditioner housings has some significant drawbacks. Due to their universality, they are not enough for the special requirements designed in the design of air conditioners and prove to be not up to this. On the other hand, they have a variety of Fixing options that are useless when building air conditioning units, yes often are bothersome and lack of stability or additional weight entail.

Andere bekannte Gerätegehäuse weisen nicht genügend oder falsche Befestigungsmöglichkeiten auf, die eine weitere Innenkonstruktion zur Befestigung der Komponenten erfordern. Das macht die Klimageräte schwer, was insbesondere bei transportablen Geräten sehr unbefriedigend ist.Other known device housings do not have enough or incorrect ones Fastening options on which a further interior construction Attachment of components required. That makes the air conditioners difficult which is particularly unsatisfactory with portable devices.

In Klimageräten werden viele schwergewichtige Komponenten untergebracht, wie z.B. Kompressoren, Wärmetauscher oder Ventilatoren. Es muß möglich sein, all diese Komponenten gemeinsam oder wahlweise in ein Gehäuse einzubringen. Darüber hinaus ist es notwendig, daß das Gehäuse nach außen luftdicht abgeschlossen ist. Der Austritt der klimatisierten Luft aus dem Klimagerät soll an genau definierter Stelle erfolgen und nicht durch undichte Stellen z.B. an den Gehäusekanten. Deshalb ist es notwendig, daß sich die außen am Gehäuse befindlichen Designkomponenten, wie z.B. Paneele oder Türen, luftdicht anbringen lassen.In air conditioners, there are many heavy components housed, e.g. Compressors, heat exchangers or fans. It must be possible to combine all these components together or alternatively in one Housing. In addition, it is necessary that the housing is airtight to the outside. The exit of the conditioned air from the air conditioner should take place at a precisely defined location and not through leaks e.g. on the case edges. It is therefore necessary that the design components on the outside of the housing, e.g. Have panels or doors installed airtight.

Demgemäß ist es Aufgabe der Erfindung, ein Gerätegehäuse der eingangs erwähnten Art so weiterzuentwickeln, daß an der Außenseite zu öffnende Designkomponenten luftdicht und schwingungsentkoppelt zu befestigen sind. An den Innenseiten sollen die in der Klimatechnik üblichen Funktionskomponenten universell anbringbar sein. Es muß möglich sein, das Klimagerät nach oben und/oder unten mit Luftkanälen zu verschrauben. Weiterhin soll ermöglicht werden, daß fertigmontierte Klimaanlagengehäuse über eine Einhängevorrichtung an den Haken eines Krans zu hängen sind.Accordingly, it is an object of the invention to provide a device housing mentioned type so that it can be opened on the outside Design components to be attached airtight and vibration-decoupled are. The inside of the air conditioning technology should be the usual Functional components can be universally attachable. It must be possible that Screw the air conditioner up and / or down with air ducts. Furthermore, it should be possible for the fully assembled air conditioning housing are to be hung on the hook of a crane via a hanging device.

Diese Aufgabe wird erfindungsgemäß dadurch gelöst, daß ein Gerätegehäuse für Klimageräte, bestehend aus oberem und unterem rechteckigem, durch tragende Wände parallel zueinander beabstandeten, aus Strangpreßprofilen erstellten Rahmen und aus Paneelen, die mit Befestigungsmitteln abnehmbar oder beweglich an den Rahmen befestigbar sind, vorgeschlagen wird, wobei der Außenumfang der Strangpreßprofile im wesentlichen rechteckig ist und die Strangpreßprofile über je eine horizontale und eine vertikale Fläche verfügen, die dem Gehäuseinneren zugewandt ist (A,B) und über je eine horizontale und eine vertikale Fläche verfügen, die dem Gehäuseäußeren zugewandt ist (C,D), dadurch gekennzeichnet, daß

  • a) die horizontale Innenfläche (A) des Strangpreßprofiles ungefähr mittig über einen Nutkanal (1) mit darunterliegendem, im Querschnitt dreiviertelkreisförmigen Schraubkanal (11) zur Verschraubung zweier Strangabschnitte rechtwinklig zueinander und einem rechts oder links des Nutkanals (1) befindlichen Schraubkanal (2) zur Anbringung von Funktionskomponenten verfügt,
  • b) die vertikale Innenfläche (B) des Strangpreßprofiles über einen Schraubkanal (3) zur Anbringung von Funktionskomponenten verfügt,
  • c) die horizontale Außenfläche (C) des Strangpreßprofiles über maximal zwei Schraubkanäle (6,7) zur Anbringung von Funktionskomponenten und über einen etwa mittig unter der Oberfläche befindlichen Schraubkanal (12) zur Verschraubung zweier Strangabschnitte rechtwinklig zueinander verfügt,
  • d) die vertikale Außenfläche (D) des Strangpreßprofiles von der Außenecke (13) gesehen über einen Hammerkopf-Nutkanal (8) und über eine Dichtungsnut (9) verfügt.
    • This object is achieved in that a device housing for air conditioning units, consisting of upper and lower rectangular, spaced from each other by load-bearing walls, made of extruded profiles and panels that can be removed with fasteners or movably attached to the frame, is proposed. the outer circumference of the extruded profiles being substantially rectangular and the extruded profiles each having a horizontal and a vertical surface which faces the interior of the housing (A, B) and each have a horizontal and a vertical surface which faces the exterior of the housing (C , D), characterized in that
  • a) the horizontal inner surface (A) of the extruded profile approximately in the center via a groove channel (1) with an underlying three-quarter-circle screw channel (11) for screwing two strand sections at right angles to one another and a screw channel (2) located to the right or left of the groove channel (1) Attachment of functional components,
  • b) the vertical inner surface (B) of the extruded profile has a screw channel (3) for attaching functional components,
  • c) the horizontal outer surface (C) of the extruded profile has a maximum of two screw channels (6, 7) for attaching functional components and a screw channel (12) located approximately centrally below the surface for screwing two strand sections at right angles to one another,
  • d) the vertical outer surface (D) of the extruded profile seen from the outer corner (13) via a hammer head groove channel (8) and a sealing groove (9).

    • Die vertikale Außenfläche des erfindungsgemäßen Strangpreßprofils dient zur luftdichten Anbringung von Designkomponenten, wie z.B. Türen, Paneeln etc. Dazu dient ein Hammerkopf-Nutkanal, in den Sechskantmuttern zur Verschraubung von Türen, Türscharnieren, Paneelen u.s.w. oder deren Befestigungsvorrichtungen eingeführt werden können. Von der Außenecke gesehen hinter der Schraubnut befindet sich eine Nut zum Einschieben eines Dichtungsprofiles, das das Konstruktionsprofil gegen die Türen oder Paneelen luftdicht abdichtet.The vertical outer surface of the extruded profile according to the invention is used for the airtight attachment of design components, such as doors, panels etc. For this purpose, a hammer head groove channel is used, in which hexagon nuts for screwing doors, door hinges, panels, etc. or their fastening devices can be inserted. Seen from the outside corner behind the screw groove is a groove for inserting a sealing profile that seals the construction profile airtight against the doors or panels.

    Die übrigen drei Flächen dienen zur Anbringung von Funktionskomponenten.The remaining three areas are used to attach functional components.

    An der horizontale Innenflächen befindet sich ein Hammerkopf-Nutkanal, in den Sechskantmuttern zur Verschraubung von Komponenten eingeschoben werden können. Rechts oder links des Hammerkopf-Nutkanals befindet sich ein weiterer Schraubkanal, in dem Blechschrauben senkrecht zur Oberfläche zur Befestigung von Komponenten eingedreht werden können.On the horizontal inner surface there is a hammer-head groove channel into which hexagon nuts can be inserted to screw components together. To the right or left of the hammerhead groove channel is another screw channel in which self-tapping screws can be screwed in perpendicular to the surface for fastening components.

    An seiner vertikalen Innenfläche verfügt das Profil über einen Schraubkanal zum Eindrehen von Blechschrauben senkrecht zur Oberfläche. On its vertical inner surface , the profile has a screw channel for screwing tapping screws perpendicular to the surface.

    An der horizontalen Außenfläche befinden sich maximal zwei Schraubkanäle zum Eindrehen von Blechschrauben senkrecht zur Oberfläche, an denen weiterführende Anschlüsse, z. B. Luftkanäle, angebracht werden können.On the horizontal outer surface there are a maximum of two screw channels for screwing tapping screws perpendicular to the surface, to which further connections, e.g. B. air channels can be attached.

    Unter den Oberflächen der horizontalen Flächen befinden sich etwa mittig zwei im Querschnitt dreiviertelkreisförmige Schraubkanäle zum Eindrehen von Blechschrauben in Richtung parallel zum Strang. Dies ermöglicht, daß zwei Abschnitte des Strangpreßprofils rechtwinklig zueinander verschraubt werden können, nachdem die Außenfläche eines Abschnitts an vorgegebener Stelle mit zwei Bohrungen versehen worden ist.They are located approximately in the middle under the surfaces of the horizontal surfaces two three-quarter circular screw channels for screwing in of self-tapping screws in the direction parallel to the strand. This enables that two sections of the extruded profile screwed at right angles to each other can be specified after the outer surface of a section Place has been drilled with two holes.

    In einem bevorzugten Ausführungsbeispiel werden zwei verschiedene Varianten des Profils für den oberen und unteren Rahmen verwendet. Dabei erhält das untere Profil eine größere Höhe als das obere Profil, sodaß das Höhe:Breite-Verhältnis des unteren Profils etwa 2:1 und das des oberen Profils etwa 1:1 beträgt.In a preferred embodiment, two are different Variants of the profile used for the upper and lower frames. Here the lower profile receives a greater height than the upper profile, so that Height: width ratio of the lower profile about 2: 1 and that of the upper Profile is about 1: 1.

    Das unten zum Einsatz kommende Profil weist dann die Hammerkof-Schraubnut an seiner horizontalen Außenfläche in einem Abstand von der Außenecke auf, der es gestattet, daß die zwischen der Ecke und dem Nutkanal liegende Fläche als Desingfläche zur Anbringung dekorativer Elemente genutzt werden kann. Damit ist dann auch sichergestellt, daß langfloriger Teppichboden oder ähnliches die Öffnung der Türen nicht erschwert, da die Türen in einem hinreichenden Abstand vom Boden aufschwenken. Die Schraubkanäle in der horizontalen Außenfläche, die auf dem Boden steht, können wegfallen, wenn das Gerät nicht an einem hohlen Boden verschraubt werden soll.The profile used below then has the Hammerkof screw groove on its horizontal outer surface at a distance from the Outside corner, which allows the between the corner and the Groove channel surface as a design surface for attaching decorative Elements can be used. This also ensures that long-pile carpet or the like does not open the doors difficult because the doors are at a sufficient distance from the floor swing up. The screw channels in the horizontal outer surface that are on floor may fall away if the device is not on a hollow Screwed to the bottom.

    Das für den Bau des oberen Rahmens zum Einsatz kommende Profil kann zusätzlich über eine Öffnung zum Einhängen eines Kranhakens oberhalb der Innenecke verfügen, an der das Gehäuse oder das gesamte montierte Klimagerät angehoben werden kann. Vorzugsweise ist die Innenecke leicht angeschrägt, um das Einführen des Kranhakens zu erleichtern. Die Schraubkanäle an der horizontalen Außenfläche, die beim oberen Rahmen nach oben weisen, dienen zur Befestigung von Komponenten und zum Anschluß von Luftkanälen.The profile used for the construction of the upper frame can additionally via an opening for hanging a crane hook above the Have inner corner on which the housing or the entire assembled Air conditioner can be raised. Preferably the inside corner is light beveled to facilitate the insertion of the crane hook. The Screw channels on the horizontal outer surface, that of the upper frame point upwards, serve to fasten components and Connection of air ducts.

    Die mit den Strangpreßprofilen konstruierten erfindungsgemäßen Klimaanlagengehäuse lassen sich universell einsetzen und es lassen sich darin alle in der Klimatechnik benötigten Komponenten ohne großen Aufwand befestigen.The constructed according to the invention with the extruded profiles Air conditioning housing can be used universally and it can in it all components required in air conditioning technology without large Attach effort.

    Das Strangpreßprofil wird in langen Abschnitten, z. B. aus Aluminium in maximal zwei verschiedenen Varianten für den oberen und den unteren Rahmen hergestellt. Das Profil kann auf die erforderliche Länge zurechtgeschnitten werden, damit sich Gehäuse in jeder denkbaren Abmessung herstellen lassen.The extruded profile is in long sections, for. B. made of aluminum in a maximum of two different variants for the upper and the lower Frame made. The profile can be of the required length be cut to size so that housings are in every conceivable Have dimensions made.

    Die rechtwinklige Verschraubung von zwei Profilabschnitten kann einfach erfolgen, indem ein Profil von seiner vertikalen Außenwand her an zwei z.B. durch eine Schablone vorgegebenen Stellen angebohrt und dann mit den innenliegenden, dreiviertelkreisförmigen Schraubkanälen des zweiten Abschnitts verschraubt wird.The right-angled screw connection of two profile sections is easy done by a profile from its vertical outer wall on two e.g. holes drilled through a template and then with the internal, three-quarter circular screw channels of the second Section is screwed.

    Die Profile weisen nur die Befestigungsmöglichkeiten auf, die beim Bau von Klimaanlagengehäusen tatsächlich benötigt werden und sind deshalb kostengünstig herzustellen, weisen eine größtmögliche Stabilität dadurch auf, daß keine überflüssigen Aussparungen oder ähnliches vorhanden sind. Deshalb kann die benötigte Stabilität mit einem minimalen Materialaufwand erreicht werden. In die äußere Dichtungsnut kann eine Gummilippe oder ein Gummidichtprofil eingeführt werden, das die außen anzubringenden Gehäuseteile luftdicht gegen den Rahmen abschließt.The profiles only have the mounting options that are required when building Air conditioning housings are actually needed and are therefore inexpensive to manufacture have the greatest possible stability because that there are no unnecessary recesses or the like. Therefore, the required stability can be achieved with a minimum of material can be achieved. A rubber lip or a can be placed in the outer sealing groove Rubber sealing profile to be introduced, the one to be attached to the outside Housing parts hermetically seals against the frame.

    Damit die außen auf der Rahmenkonstruktion angebrachten Türen und Paneelen an den in die Dichtungsnut eingeführten Gummiprofilen dicht abschließen, ist es angebracht, Paneelen und Türen zu verwenden, die in ihrem Randbereich umlaufend über eine doppelte Wandung verfügen, deren dem Profil zugewandte Seite über eine Auskragung im Bereich der Dichtprofile verfügt. So ist gewährleistet, daß das Gehäuse im erforderlichen Maße luftdicht ist und die Türen und Paneele gleichzeitig körperschallisoliert angebracht sind.So that the doors and Panels tight against the rubber profiles inserted into the sealing groove complete, it is appropriate to use panels and doors that are in have a double wall all around its edge area, the side facing the profile via a projection in the area of the Sealing profiles. This ensures that the housing is required Dimensions are airtight and the doors and panels are simultaneously insulated against structure-borne noise are attached.

    Diese doppelte Wandung im Randbereich eignet sich hervorragend dafür, in darin angebrachten Vertiefungen Befestigungsmittel zur Anbringung der Paneelen und Türen am Rahmen vorzusehen. Dies können z.B. Schnapper sein, die am Profil angebracht sind und mit einem Haken in eine Aussparung in die doppelte Wandung des Paneels eingreifen. Vorzugsweise bestehen diese Schnapper aus zwei Teilen, deren einer Teil im Hammerkopfnutkanal an der vertikalen Außenseite des Profils befestigt werden kann und der mit dem zweiten Teil über eine Druckfeder verbunden ist. Der erste, im Hammerkopfnutkanal befestigte Teil verfügt über einen Führungsstift, während der zweite Teil über einen Haken verfügt. Der zweite Teil wird in den Hammerkopfnutkanal eingeschoben und von diesem in horizontaler Richtung führt. Durch die Druckfeder zwischen erstem und zweitem Teil des Schnappers wird der zweite Teil vom ersten weggedrückt. Wird das Paneel mit der in der doppelten Wandung angebrachten Aussparung gegen Führungsstift und Schnapperhaken gedrückt, so wird der Haken entgegen der Druckfeder zum ersten Teil hingeschoben und rastet dann in der Aussparung des Paneels ein.This double wall in the edge area is ideal for in therein recesses fasteners for attaching the Provide panels and doors on the frame. This can e.g. Snapper be attached to the profile and with a hook in a recess engage in the double wall of the panel. Preferably exist this snapper consists of two parts, one part in the hammerhead groove channel can be attached to the vertical outside of the profile and with the second part is connected via a compression spring. The first, in Hammer head groove channel attached part has a guide pin, while the second part has a hook. The second part is in inserted the hammerhead groove channel and from this in a horizontal Direction leads. By the compression spring between the first and second part of the The second part is snapped away from the first. Will the panel with the recess in the double wall against Guide pin and snap hook pressed, the hook is counter to the The compression spring is pushed towards the first part and then snaps into the recess of the panel.

    Zur Anbringung einer Tür kann ein Scharnier im Hammerkopfnutkanal auf der vertikalen Außenseite des Konstruktionsprofils angebracht werden. Von oben oder unten greift dann ein Stift in ein Loch in der oberen oder unteren Schmalseite der doppelten Wandung ein.A hinge in the hammerhead groove channel can be used to attach a door the vertical outside of the construction profile. From At the top or bottom, a pin then engages in a hole in the top or bottom Narrow side of the double wall.

    Diese Anbringung von Türen birgt jedoch dann Probleme, wenn im Klimagerät Auszüge angebracht sind, die die volle Breite des Klimagerätes einnehmen und nicht ausgezogen werden können, wenn die Drehachse der Tür einen Teil der Breite des Gehäuses verdeckt. In diesem Fall können dann im Hammerkopfnutkanal auf der horizontalen Innenseite des Konstruktionsprofils Schwenkscharniere angebracht werden, die es ermöglichen, daß die Tür parallel zur Geräteoberfläche auf ein benachbartes Paneel geschwenkt wird. Dazu wird im genannten Hammerkopfnutkanal ein Schwenkscharnier bestehend aus zwei beabstandeten Drehachsen angebracht, die über zwei gleichlange Schwenkhebel in ein Scharniergegenstück am Schwenkpaneel eingreifen, dessen zwei Drechachsen im gleichen Abstand voneinander angebracht sind wie die des Schwenkscharniers. Um das Schwenkpaneel im Betriebszustand geschlossen zu halten, können Befestigungsmittel in den Hammerkopfnutkanal an der vertikalen Außenseite des Profils eingebracht werden. Dies können beispielsweise Magnethalter oder der oben geschilderte Schnapper sein.This attachment of doors, however, poses problems if in Air conditioner pullouts are attached that cover the full width of the air conditioner ingest and cannot be pulled out when the axis of rotation of the Door covered part of the width of the housing. In this case you can in the hammerhead groove channel on the horizontal inside of the Construction profile swivel hinges are attached to it allow the door to be parallel to the device surface on an adjacent one Panel is pivoted. For this purpose, a hammer head groove channel is used Swivel hinge consisting of two spaced axes of rotation attached, which via two equally long swivel levers in one Intervene hinge counterpart on the swivel panel, its two Turning axes are attached at the same distance from each other as that of the Swivel hinge. Closed around the swivel panel in the operating state can hold fasteners in the hammerhead groove channel at the vertical outside of the profile. You can for example, magnetic holder or the snapper described above.

    Die Erfindung wird im folgenden anhand der Figuren in Beispielen näher erläutert:

    Fig. 1
    zeigt eine Ausführungsform des Strangpreßprofils, die bevorzugt zur Konstruktion des oberen Rahmens Verwendung findet, im Querschnitt.
    Fig. 2
    zeigt eine Ausführungsform des Strangpreßprofils, die bevorzugt zur Konstruktion des unteren Rahmens Verwendung findet, im Querschnitt,
    Fig. 3
    zeigt ein an den Konstruktionsprofilen angebrachtes Paneel im Querschnitt.
    Fig. 4
    stellt einen Schnapper zur Anbringung von Paneelen perspektivisch dar.
    Fig. 5
    zeigt die Anbringung des Schnappers an Konstruktionsprofil und Paneel.
    Fig. 6
    zeigt ein Scharnier zur Befestigung von Türen am Konstruktionsprofil im Querschnitt.
    Fig. 7
    zeigt ein Schwenkscharnier in perspektivischer Darstellung.
    Fig. 8
    zeigt ein Schwenkscharnier bei geschlossenem Paneel im horizontalen Schnitt.
    Fig. 9
    zeigt ein Schwenkscharnier bei geöffnetem Paneel im horizontalen Schnitt.
    The invention is explained in more detail below with reference to the figures in examples:
    Fig. 1
    shows an embodiment of the extruded profile, which is preferably used for the construction of the upper frame, in cross section.
    Fig. 2
    shows an embodiment of the extruded profile, which is preferably used for the construction of the lower frame, in cross section,
    Fig. 3
    shows a cross-section of a panel attached to the construction profiles.
    Fig. 4
    represents a snapper for attaching panels in perspective.
    Fig. 5
    shows the attachment of the snapper to the construction profile and panel.
    Fig. 6
    shows a hinge for fastening doors to the construction profile in cross section.
    Fig. 7
    shows a pivot hinge in perspective.
    Fig. 8
    shows a swivel hinge with the panel closed in horizontal section.
    Fig. 9
    shows a swivel hinge with the panel open in horizontal section.

    Die horizontale Innenfläche A verfügt etwa mittig über einen Hammerkopfnutkanal 1, in den Sechskantmuttern zur Befestigung von Kompressor, Ventilator, Wärmetauscher etc. eingeschoben werden können. Neben dem Hammerkopfnutkanal 1 befindet sich ein Schraubkanal 2 zum Eindrehen von Blechschrauben, an dem weitere Komponenten befestigt werden können. Am Schraubkanal 2 des oben angebrachten Profils läßt sich beispielsweise der Wärmetauscheranschluß befestigen.The horizontal inner surface A has approximately one in the middle Hammer head groove channel 1, in the hexagon nuts for fastening Compressor, fan, heat exchanger etc. can be inserted. In addition to the hammer head groove channel 1 there is a screw channel 2 for Screwing in self-tapping screws on which other components are attached can be. At the screw channel 2 of the profile attached above can attach the heat exchanger connection, for example.

    Die vertikale Innenfläche B verfügt über einen Schraubkanal 3, an dem wiederum Komponenten befestigt werden können oder, im Falle des Profils, das den unteren Rahmen bildet (Fig. 2) zur Befestigung des Bodenbleches dient. Weiterhin kann die vertikale Innenfläche über eine Öffnung zum Einhängen eines Kranhakens 4 verfügen. Diese Öffnung ist oberhalb der Innenecke 5 angebracht, die bevorzugt angeschrägt ist, um das Einführen des Kranhakens in die Öffnung 4 zu erleichtern. Da diese Öffnung nur am oben zum Einsatz kommenden Profil Sinn macht, kann, wenn zwei verschiedene Ausführungsformen des Profils produziert werden, diese Einhängeöffnung am unteren Profil weggelassen werden.The vertical inner surface B has a screw channel 3 on which again components can be attached or, in the case of the profile, that forms the lower frame (Fig. 2) for fastening the floor panel serves. Furthermore, the vertical inner surface can be opened via an opening Attach a crane hook 4. This opening is above the Attached inner corner 5, which is preferably bevelled to insert the To facilitate crane hooks in the opening 4. Because this opening is only at the top used profile makes sense, if two different Embodiments of the profile are produced, this hanging opening on lower profile can be omitted.

    Die horizontale Außenfläche C verfügt ober zwei Schraubkanäle 6, 7 zum Eindrehen von Blechschrauben. Diese können wiederum bei zwei verschiedenen Ausführungsformen des Profils beim unteren Profil entfallen, da diese Seite dem Boden zugewandt ist und die Schraubkanäle dann nicht zwingend erforderlich sind. Beim oberen Profil bieten sich diese Schraubkanäle zur Befestigung von Komponenten oder eines oberhalb des Klimagerätes verlaufenden Luftkanales an.The horizontal outer surface C has two screw channels 6, 7 for Screwing in sheet metal screws. These can in turn be used for two different embodiments of the profile in the lower profile are omitted, since this side faces the floor and the screw channels do not are absolutely necessary. These are available in the upper profile Screw channels for fastening components or one above the Air conditioning unit running air duct.

    Die vertikale Außenfläche D dient zur Anbringung von Designkomponenten, wie z.B. Türen, Paneelen etc. Dazu verfügt sie über einen Hammerkopfnutkanal 8, in den Sechskantmuttern zur Befestigung von Türscharnieren, Schnappverbindungen für Paneele usw. eingeführt werden können. Da die Außenwände des Klimagerätes luftdicht abschließen sollen, ist es nötig, diese gegen das Konstruktionsprofil abzudichten. Dafür ist eine Dichtungsnut 9 vorgesehen, in die eine Gummidichtlippe eingeschoben werden kann. Kommen zwei verschiedene Ausführungsformen des Profils für oberen und unteren Rahmen zum Einsatz, so ist es zweckmäßig, die Ausführung zur Konstruktion des unteren Rahmens unterhalb des Hammerkopfnutkanals länger zu machen, als die Ausführung für den oberen Rahmen, damit die Türen und Paneelen etwas vom Fußboden entfernt angebracht werden können und somit die Fußbodenreinigung erleichtert wird und sich die Türen leichter öffnen lassen wenn z.B. hochfloriger Teppichboden oder ähnliches im Raum verlegt ist. Diese Verlängerung kann als Designfläche 10 ausgeführt sein und über sichtbare Rippen, Riefelungen, Schriftzüge oder andere dekorative Applikationen verfügen.The vertical outer surface D is used to attach design components, such as. Doors, panels, etc. To do this, it has a Hammer head groove channel 8, in the hexagon nuts for fastening Door hinges, snap connections for panels, etc. are introduced can. Since the outer walls of the air conditioner should be airtight, it is necessary to seal them against the construction profile. For that is one Sealing groove 9 is provided, into which a rubber sealing lip is inserted can be. Coming for two different versions of the profile upper and lower frames are used, so it is convenient to use the Version for the construction of the lower frame below the Hammer head groove channel to make longer than the version for the upper one Frame so that the doors and panels are slightly removed from the floor can be attached and thus the floor cleaning easier and the doors can be opened more easily if e.g. shaggy Carpet or similar is laid in the room. This extension can be designed as a design surface 10 and over visible ribs, corrugations, Lettering or other decorative applications.

    Damit sich aus dem Strangpreßprofil rechtwinklige Rahmen herstellen lassen, ist es nötig, zwei Abschnitte des Profils rechtwinklig miteinander verschrauben zu können. Dazu dienen zwei dreiviertelkreisförmige Schraubkanäle für die Eckverbindung. Ein Schraubkanal 11 befindet sich etwa mittig unter der horizontalen Innenfläche A, der zweite 12 etwa mittig unter der horizontalen Außenfläche C. Das Profil kann dann an vorgegebenen Stellen der vertikalen Außenfläche angebohrt und durch diese Bohrung mit einem zweiten Abschnitt des Profils rechtwinklig verschraubt werden. So that rectangular frames can be produced from the extruded profile, it is necessary to have two sections of the profile perpendicular to each other to be able to screw. Two three-quarter circles are used for this Screw channels for the corner connection. A screw channel 11 is located approximately in the middle under the horizontal inner surface A, the second 12 approximately in the middle under the horizontal outer surface C. The profile can then on predefined locations of the vertical outer surface and drilled through this The hole is screwed at right angles to a second section of the profile will.

    Mit diesem Profil lassen sich erfindungsgemäße Klimagerätegehäuse mit oberem und unterem rechteckigem Rahmen und tragenden Seitenwänden konstruieren, die über in der Klimatechnik universell einsetzbare Befestigungsmöglichkeiten für alle zum Einsatz kommenden Komponenten verfügen und an das sich außen luftdicht schließende Designkomponenten anbringen lassen, die mittels Haltevorrichtungen und Scharnieren zu öffnen oder auszutauschen sind.With this profile, air conditioning unit housings according to the invention can be used upper and lower rectangular frame and load-bearing side walls construct that can be used universally in air conditioning technology Fastening options for all components used and the design components that are airtight on the outside have them attached, which can be opened by means of holding devices and hinges or are to be exchanged.

    Fig. 3 zeigt eine Ausführungsform eines Paneels 14, das an oberem und unterem Konstruktionsprofil 15, 16 angebracht ist. Das Paneel ist umlaufend im Außenbereich doppelwandig, wobei die innen verlaufende doppelte Wand 17 über eine Auskragung 18 an der Stelle der in die Dichtungsnut 9 eingeschobenen Dichtlippe 19 verfügt. In den Hammerkopfnutkanal 8 des unteren Profils kann unten ebenfalls in Gummidichtprofil 20 eingelegt werden, in das das Paneel mit einem Haltwinkel 21 eingreift und somit vollständig körperschallentkoppelt angebracht werden kann. Zur Arretierung des Profils ist oben ein Schnapper 22 vorgesehen, der in eine Aussparung 23 der doppelten Wandung 17 eingreift und in der folgenden Fig. 4 detailliert dargestellt ist.Fig. 3 shows an embodiment of a panel 14, the top and lower construction profile 15, 16 is attached. The panel is all-round double-walled on the outside, with the double on the inside Wall 17 via a projection 18 at the location of the seal groove 9 inserted sealing lip 19 has. In the Hammerkopfnutkanal 8 des lower profile can also be inserted below in rubber sealing profile 20 be in which the panel engages with a bracket 21 and thus completely decoupled from structure-borne noise. For locking A snap 22 is provided at the top of the profile, which snaps into a recess 23 the double wall 17 engages and detailed in the following Fig. 4 is shown.

    In Fig. 4 ist ein zweiteiliger Schnapper zu sehen, dessen erster Teil 24 über einen Führungsstift 25 verfügt und an einer Sechskantmutter im Hammerkopfnutkanal 8 des Konstruktionsprofils fest verschraubt wird. Der zweite Teil 26 des Schnappers wird mit den Führungslaschen 27 in den Hammerkopfnutkanal 8 des Konstruktionsprofils eingeschoben, so daß nur der Haken 28 aus dem Hammerkopfnutkanal herausragt. Der zweite Teil ist also in horizontaler Richtung verschiebbar und wird vom ersten Teil 24 z.B. durch eine Druckfeder auf Abstand gehalten. In einer Aussparung 23 des Paneels wird zur müheloseren Befestigung des Paneels ein Rahmen 29 eingesetzt, in den der Führungsstift 25 und der Haken 28 eingreifen. Wird das Paneel über Führungsstift und Haken gedrückt, so wird der zweite Teil des Schnappers 26 zum ersten Teil 24 hin gedrückt und rastet im Rahmen 29 ein. Durch die zwischen den beiden Teilen angebrachte Druckfeder ist das Paneel damit arretiert.In Fig. 4 a two-part snapper can be seen, the first part 24 over has a guide pin 25 and on a hex nut in Hammer head groove channel 8 of the construction profile is screwed tight. Of the second part 26 of the catch is with the guide tabs 27 in the Hammerkopfnutkanal 8 inserted in the construction profile, so that only the hook 28 protrudes from the hammer head groove channel. The second part is So can be moved in the horizontal direction and is e.g. held at a distance by a compression spring. In a recess 23 of the Panels become a frame 29 for more effortless attachment of the panel used, in which the guide pin 25 and the hook 28 engage. Becomes pressed the panel over the guide pin and hook, so the second part of the catch 26 pressed towards the first part 24 and snaps into the frame 29 a. This is due to the pressure spring attached between the two parts Panel locked with it.

    Fig. 5 zeigt einen wie in Fig. 4 beschriebenen Schnapper in eingebautem Zustand.Fig. 5 shows a snapper as described in Fig. 4 installed Status.

    In Fig. 6 ist ein Scharnier 30 zur Befestigung von Türen im Querschnitt zu sehen, das mit einer Sechskantmutter 31 im Hammerkopfnutkanal 8 eines Konstruktionsprofiles angebracht ist. Das Scharnier verfügt über einen vertikal verlaufenden Bolzen 32, der als Drehachse für die Tür dient und in eine evtl. mit einem Pass-Stück 33 versehene Bohrung 34 einer Schmalseite einer Tür eingreift.In Fig. 6, a hinge 30 for fastening doors in cross section see that with a hexagon nut 31 in the hammerhead groove channel 8 one Construction profile is attached. The hinge has one vertically extending bolt 32, which serves as the axis of rotation for the door and in a possibly provided with a fitting 33 bore 34 of a narrow side engages a door.

    Fig. 7 zeigt ein Schwenkscharnier 35, das im Hammerkopfnutkanal 1 an der horizontalen Innenseite des Konstruktionsprofils verschraubt werden kann. Es verfügt über zwei vertikale, beabstandete und zur Achse des Konstruktionsprofiles versetzte Bolzen 36. Diese Bolzen greifen wie in Fig. 8 und 9 ersichtlich ist, in zwei Schwenkhebel 37 ein, die am Schwenkpaneel 38 in das entsprechende Scharniergegenstück 39 eingreifen.Fig. 7 shows a swivel hinge 35 which in the hammer head groove channel 1 on the horizontal inside of the construction profile can be screwed. It has two vertical, spaced and to the axis of the Construction profiles offset bolts 36. These bolts engage as in FIG. 8 and FIG. 9 can be seen in two swivel levers 37 which are on the swivel panel 38 engage in the corresponding hinge counterpart 39.

    Die Fig. 8 und 9 zeigen dann, wie das Schwenkpaneel parallel zur Gehäuseoberfläche aufgeschwenkt werden kann und dabei eine Öffnung in der vollen Gehäusebreite freigibt. Das Schwenkpaneel kann in geschlossenem Zustand mit einem Schnapper 22 arretiert werden. 8 and 9 then show how the swivel panel parallel to Housing surface can be swung open and an opening in the full housing width. The swivel panel can be in closed state can be locked with a snap 22.

    BezugszeichenlisteReference list

    11
    HammerkopfnutkanalHammer head groove channel
    22nd
    SchraubkanalScrew channel
    33rd
    SchraubkanalScrew channel
    44th
    EinhängeöffnungHanging opening
    55
    InneneckeInside corner
    66
    SchraubkanalScrew channel
    77
    SchraubkanalScrew channel
    88th
    HammerkopfnutkanalHammer head groove channel
    99
    DichtungsnutSealing groove
    1010th
    DesignflächeDesign area
    1 11 1
    SchraubkanalScrew channel
    1212th
    SchraubkanalScrew channel
    1313
    AußeneckeOutside corner
    1414
    PaneelPanel
    1515
    oberes Konstruktionsprofilupper construction profile
    1616
    unteres Konstruktionsprofillower construction profile
    1717th
    doppelte Wandungdouble wall
    1818th
    AuskragungCantilever
    1919th
    DichtlippeSealing lip
    2020th
    unteres Dichtprofillower sealing profile
    2121
    unterer Haltewinkellower bracket
    2222
    SchnapperSnapper
    2323
    AussparungRecess
    2424th
    festes Schnapperteilfixed snap part
    2525th
    FührungsstiftGuide pin
    2626
    bewegliches Schnapperteilmovable snap part
    2727
    FührungslascheGuide tab
    2828
    Hakenhook
    2929
    Rahmenframe
    3030th
    Scharnierhinge
    3131
    SechskantmutterHexagon nut
    3232
    vertikaler Bolzenvertical bolt
    3333
    Pass-StückFitting piece
    3434
    Bohrungdrilling
    3535
    SchwenkscharnierSwivel hinge
    3636
    Bolzenbolt
    3737
    SchwenkhebelSwivel lever
    3838
    SchwenkpaneelSwivel panel
    3939
    SchwenkscharniergegenstückSwivel hinge counterpart

    Claims (10)

    1. Housing for air-conditioning equipment, consisting of upper and lower rectangular frames, assembled from extruded sections and equidistantly spaced by load-carrying walls, and of panels which can be removed from or removably affixed to the frame using fixing means, where the external perimeter of the extruded sections is basically rectangular, and where the extruded sections each feature a horizontal and a vertical surface that face the inside of the housing (A, B) as well as a horizontal and a vertical surface that face the outside of the housing (C, D), characterized in that
      a) the horizontal internal surface (A) of the extruded section is equipped with an approximately concentric slot channel (1) with an underlying bolt channel (11) of three-quarter circular cross-section for perpendicular screw-fitting of two extruded sections, and a bolt channel (2) to the right or left of the slot channel to attach equipment components,
      b) the vertical internal side (B) of the extruded section is equipped with a bolt channel (3) for the attachment of equipment components,
      c) the horizontal external side (C) of the extruded section- is equipped with two bolt channels (6,7), at most, for the attachment of equipment components, and with a bolt channel (12) approximately concentric below the surface to screw two extruded sections perpendicularly to each other,
      d) the vertical external surface (D) of the extruded profile seen from the external corner (13) is equipped with a hammer head slot channel (8) and a packing groove (9).
    2. Housing according to Claim 1, characterized in that the extruded section is made of aluminum.
    3. Housing according to Claim 1 or 2, characterized in that the relation of height : width of the extruded section is approximately 1 : 1.
    4. Housing according to Claim 1 or 2, characterized in that the relation of height : width of the extruded section is approximately 2 : 1 and the vertical external surface (D) between the external corner (13) and the slot channel (8) has a surface (10), to which decorative elements can be attached.
    5. Housing according to one of the Claims 1 to 4, characterized in that the vertical internal surface (B) of the extruded section has an opening above the internal corner (5) into which a crane hook can be nested.
    6. Housing according to Claim 5, characterized in that the internal corner (5) of the extruded section is chamfered.
    7. Housing according to one of the Claims 1 to 6, characterized in that the panels for an air-tight and body-sound insulated fixation to the extruded sections, in the external region, are equipped with double walls (17), that such a double wall, at the position of the sealing lip (19), is equipped with a projecture (18) and, in the lower section, with a support angle.
    8. Housing according to one of the Claims 1 to 7, characterized in that catches can be attached which serve as a means of attaching panels to the extruded sections and which consist of two parts where one part (24) can be attached to the hammer head slot channel (8) of the extruded section while the second part (26) can be inserted and is movable inside the hammer head slot channel (8) and has a hook (28) which can snap inside the double wall (17) of the panel (14).
    9. Housing according to one of the Claims 1 to 8, characterized in that hinges, equipped with a bolt (32) to attach the panel pivotably, can be attached as a means of attaching panels in a pivotable fashion to the hammer head slot channel (8) of the extruded sections.
    10. Housing according to one of the Claims 1 to 6, characterized in that pivoted hinges can be attached to the extruded sections which are equipped with two bolts running in vertical direction which can be attached to the hammer head slot channel (1), staggered with respect to the axis of the extruded section, onto which bolts pivoted levers (37) can be slipped which can be attached in a pivotable fashion to the pivoted panel by means of a pivoted hinge pendant (39).
    EP95913170A 1994-06-09 1995-03-30 Housing for air-conditioning equipment Expired - Lifetime EP0764255B1 (en)

    Applications Claiming Priority (3)

    Application Number Priority Date Filing Date Title
    DE4420133 1994-06-09
    DE4420133A DE4420133C2 (en) 1994-06-09 1994-06-09 Device housing for air conditioners
    PCT/EP1995/001181 WO1995033961A1 (en) 1994-06-09 1995-03-30 Housing for air-conditioning equipment

    Publications (2)

    Publication Number Publication Date
    EP0764255A1 EP0764255A1 (en) 1997-03-26
    EP0764255B1 true EP0764255B1 (en) 1998-07-01

    Family

    ID=6520155

    Family Applications (1)

    Application Number Title Priority Date Filing Date
    EP95913170A Expired - Lifetime EP0764255B1 (en) 1994-06-09 1995-03-30 Housing for air-conditioning equipment

    Country Status (4)

    Country Link
    EP (1) EP0764255B1 (en)
    AT (1) ATE167928T1 (en)
    DE (1) DE4420133C2 (en)
    WO (1) WO1995033961A1 (en)

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    * Cited by examiner, † Cited by third party
    Publication number Priority date Publication date Assignee Title
    NL1027204C2 (en) * 2004-10-08 2006-04-11 App Nfabriek Helpman B V Housing.
    EP2672214A1 (en) 2012-06-04 2013-12-11 Alfa Laval Corporate AB End-piece & plate heat exchanger comprising, and method of making, such end-piece
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    DE4420133A1 (en) 1995-12-14
    DE4420133C2 (en) 1997-03-06
    EP0764255A1 (en) 1997-03-26
    WO1995033961A1 (en) 1995-12-14
    ATE167928T1 (en) 1998-07-15

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