Kit for distribution cabinet

I. FIELD

The invention relates to a distribution cabinet, the set up is usually outdoors , and the technical, z. B. electrical or optical distribution systems for z. B. Low power systems, such as telephone systems, with associated power supplies and Kabelab - / - connection devices for a particular spatial area receives.

II. Background

Such cabinets have - besides a sufficient structural stability and adequate IP security, thus sealing against rain and Splash, and a resistance to vandalism etc. - today fulfill other demands, for example, may no electromagnetic strong Radiations are emitted to the environment, and for the use of the temperatures may especially in warmer countries inside the distribution cabinet not get too high despite the accommodated there, heat dissipating electrical assemblies, but also not fall too low.

Such cabinets are generally either made of metal or made of plastic, which plastic has the advantage of cheaper manufacturability connects with the advantage of an electrically non-conductive material, so that even with unplanned contacts the casing of the distribution cabinet by an electrical component never there is a risk that, when touching the Housing the person receives an electric shock from the outside.

Since in Germany and in other countries as the monopoly of state Telecommunications companies is canceled, and different operators availability of networks such as telecommunications networks, persists the problem for the manufacturers of such distribution cabinets is that the various Network operators have different requirements to this distribution cabinets necessarily specify, for example in terms of dimensions of the cabinets, Planking of the inner body, mounting position and shape of the etc mounting frame in the interior of the inner body, ventilation possibility ..

For the manufacturers of cabinets, this results in a problem that a developed very large number of different variants of distribution cabinets must be stored and what among others the storage costs and Expense forms and device increased dramatically.

III. Summary of the Invention

a) Technical Object

It is therefore an object of the present invention, a manufacturing method for a wide Variants of distribution cabinets and an appropriate kit to provide for the implementation of this method is available by which it is possible, with a relatively small number of individual parts by means of simple Additional measures such as cutting of profiles to the desired length prepare different cabinets.

b) solution of the problem

This object is solved by the features of claims 1, 2 and 53rd advantageous Embodiments will be apparent from the respective dependent claims.

By means of the first frame profile and the mating connector can dice a body frame of an inner body are created by the first frame profile in the desired items cut to length with the cube connectors is connected, preferably frame profiles along some and arranged especially all the outer edges of the generally cubic body frame will. However, the arrangement of frame-shaped side parts is possible, the only by one or two cross members, for example in the lower region, to are connected to one then at the top of open body frame.

In this way, a body frame of any size, according to the desired final size of the body, are manufactured.

By the kit also includes at least one fastening part for an outer panel the body frame with shielding plates (for the purpose of electromagnetic Shield the inner body) comprises, in particular in the form of the Outer surfaces of the frame profiles can be inserted, removable and / or disposable Einsteckprofiles or in the form of retaining plugs, the external skin of the Body frame and thus the completion of the inner body very easily and be completed rapidly. A second combined (against moisture / dust on the one hand and EMC radiation on the other) seal is made between the Frame profiles and the shield plates arranged, in particular by pressing accordingly deflected pieces of the combined seal in corresponding Grooves of the frame profiles.

In addition to a first frame section of the kit also comprises a second, in terms its cross-section smaller, frame profile, the construction otherwise analogous for the first frame profile, and further suitable to this second frame profile second Cube connector and possibly second angle connector, hereinafter to be discribed.

The second frame section is to create smaller and therefore less stability used-requiring body frame.

Preferably, the kit also includes a third frame section, the cross-sectional size the second frame profile corresponds, however, that a plate-shaped extension parallel to and aligned with one of the outer surfaces of the Cross-section of the profile comprises a single piece. This third profile form is preferably to create not completely self-contained, small, profile frame used, the plate-shaped extension for attaching, in particular Screwing, serves of equipment parts of the distribution cabinet.

For attaching additional profiles, in particular in the form of cross-members, but also other components such as mounting frames, electrical fittings etc. includes the kit further comprises an angle connector whose two at right Angle to each other standing leg with a leg against the outer surface one of the profiles can be set and the other leg thereof the right angle abstrebt. Both legs are equipped with through holes. Compared to the profile fixation is done by passing a Plug Screw and screw in a nut inside an undercut Groove of the profile.

Preferably locknuts are used, the widened head the supervision is elongated so as to in an aligned orientation undercut groove of the open side, ie not frontally introduced, and subsequently secured by twisting form fit there can.

In the same way also outside holders are fastened to the profiles, perform multiple functions:

Firstly, the suspension of the Abstandsbeplankung plastic outside at a distance on the profile:

For this purpose, the outer holder, the cuboid are substantially with an outwardly protruding pins are designed with towering upwards Pin on the outer surfaces of the profiles at the sides and on the rear wall of the Body frame attached, usually four per unit on each outer side of the body frame. The side walls and the at least one rear wall have respective vertical receiving openings, with which they have the pins of the outer holder can be hung. Preferably, to turn the identical Outer holder used, which for this purpose, on the inside Sidewall and rear wall are screwed and in its bottom an opening for receiving the pin.

Two or more suspension hook can at the profiles at the top the inner body are attached to the entire inner body, possibly already provided with Abstandsbeplankung, lifting by a crane and put to.

Further preferably, the kit includes a sliding fastener member for securing and supporting a sliding door at the inner body, rotation lugs for interlocking simple attaching a shielding plate as a base sheet on Inner body, locking sleeves for fixing in an undercut groove of a the profiles and secured with a safety clip to shut of the door, and a first combined seal for sealing the doors against the remaining inner body in the closed condition of the door.

The components mentioned in this case have the following design features:

The kit is characterized in that<ul><li>the Abstandsbeplankung the inner body in addition to the at least one door at least one separate rear wall and at least two separate side walls and at least one separate cover; and or</li><li>the Abstandsbeplankung the inner body in addition to the at least one door composed of an otherwise one-piece outer body, in particular in one piece with the lid, exists; and or</li><li>the body frame made of metal, a cubic frame with edge profiles along the outer edges of the cube is, at least along the outer edges of the Side faces of the cube, in particular along all the outer edges of the cube, in particular with additional cross struts over the outer surfaces of the cube, said edge profiles consist of the first frame profile, which at the Corners of the cube on the first on the first Cube connector together are connected, in which they rest with their end faces and are fixed; and or</li><li>the first Cube connector central through holes in at least two, in particular all three spatial directions respectively perpendicular to its outer surfaces having, in particular, at least partly as threaded bores are formed; and or</li><li>the first frame profile in at least one of its outer surfaces an undercut has T-groove, in particular in all of its exterior surfaces, and / or in at least one outer corner of its cross section a diagonal groove, the particular also is undercut and by diagonal is open outward, and in particular located in all corners of the first outer frame section; and or</li><li>the first frame section has a rectangular, in particular square, comprising cross-section and is designed in particular symmetrically to the center and in particular in the middle of its cross section having a central bore, in which a first dowel bushing is frontally screwed, the one on the outside having self-tapping external thread for screwing into the central bore and in its inner circumference an inner thread, in particular formed as a metric Thread for receiving corner fastening screws through the Cross-bore of the first cube connector can be screwed through and the connection of the first frame profile with the first connector dice serve; and or</li><li>the insert profiles a male to plug into the T-slot of the first Setting Profiles have that particular protruding outwardly noses have to positively engage behind the undercut of the T-groove, and on both sides beyond the plug laterally protruding, plate-shaped Edge; and or</li><li>the border between its free outer edge and the insert a Spacer comprises according to the thickness of the shielding plates and the width of Einsteckprofiles is in particular smaller than the width of the first frame profile, in particular smaller than the width between two neighboring diagonal grooves of the first frame profile; and or</li><li>the one-way-in profile one of the one to the other outer edge includes continuous plate, the edge portions also forms the edge, and Insertion spaced particular two, individual, integral with the Rest formed land walls is; and or</li><li>the removable male profile is formed substantially in a hat shape with a U-shaped, outwardly open insert part and of its free Transversely outwardly projecting edges, said U-shaped insertion part near its open end inwardly projecting continuations and having unloaded state in particular, the outer width of the inserted part less than the opening width of T-slot; and or </li><li>an expansion screw to be screwed into the open side of the plug the demountable Einsteckpropfils and spreading the U-shaped insert part extent that a positive locking takes place in the T-slot; and or</li><li>the second frame profile is constructed similarly to the first frame section, but with reduced contrast external dimensions, in particular reduced dimensions of the diagonal groove and / or the T-groove and / or the Central bore; and or</li><li>the inner diameter of the central bore of the second frame profile the Inner diameter of the first plug socket of the first frame profile corresponds; and or</li><li>the diagonal groove formed identical and equal to the diagonal groove is; and or</li><li>the second Cube connector configured similarly to the first Cube Connector is, but with an edge length equal to or less than the width of the second frame profile; and or</li><li>the legs extending on their outer surfaces in the longitudinal direction of the legs central elevations having a width to match the opening width the T-slots; and or</li><li>the through holes are inclined and parallel to the 45 ° angle run between the two mutually perpendicular legs, so that the angle connector as an injection molded part movable by means of a form without can be prepared slide with unmolding along the diagonal; and or</li><li>the plate-shaped extension of the third frame section about the alignment with it Outer surface of the frame section closed passes and the frame profile therefore maximum at the three remaining outer surfaces an outwardly open, having undercut T-groove; and or</li><li>plate-shaped third frame section maximum at the two of the Extension and the corresponding outer surface opposite outer corners having diagonal grooves, in particular only at the outer corner, which the outer corner, of the plate-shaped extension abstrebt, diagonally opposite, and in particular all the other corner portions of the profile as a closed hollow chamber profile, are, in particular with a circular inner cross-section is formed; and or</li><li>at least a part of the outer cross-section of the sealing member with an electrically conductive, preferably metallic, coating, in particular a metallic fabric is coated, which is, at least one side in the first combined seal in particular on both sides to in extending the range of the insertion part, so that on insertion of the seals in one of these diagonal grooves the metallic tissue contact with the frame profile receives; and or</li><li>a pivotable first or second ring nut, the form-fitting manner in the T-groove the first or second or third frame section may be used with a widened head part, which has an elongated shape in plan view, whose width is less than the opening width of the T-groove and the length preferably greater than the largest width of the undercut portion of the T-groove and the opposite in particular at two diagonal corners of the head part has chamfers which are parallel to each other, and the distance corresponds to the width of the undercut portion of the T-groove; and or</li><li>the internally threaded bore of the nut such a direction of rotation, in particular a normal right turn direction, that when screwing a screw into the threaded bore the bevels against the lateral Flanks of the T-groove are pressed and compressed by tightening the screw remain in addition to the outside pulling the ring nut; and or</li><li>at least one shield plate, the external dimensions of the external dimensions an outer surface of the cube of the inner frame respectively, but smaller than the distance between the opposing T-grooves of the corresponding frame profiles, which form the edge profiles of the inner body and having a thickness of a maximum height of the spacers of the insert profiles; and or</li><li>the retaining plug a widened head part for engaging and in particular comprising holding the edge in particular a shield plate and a Spacer according to the thickness of the shield plate and a plug with elongated shape in plan view for insertion into one of the T-grooves from outside and form-fitting locking therein after turning by about 90 °; and or</li><li>the outer ends of the male member are arcuately rounded and the length of the insertion part is slightly larger than the width of the T-groove; and or</li><li>an external holder for mounting components, in particular the rear wall, Sidewall, roof module, the body frame, with a basic body in the form a hollow cube with a missing cap and one of a side wall of the The basic body projecting at right angles outwardly, in particular solid, in particular slightly conical outwardly tapered, pin; and or</li><li>both the bottom a through hole as well as the walls of through holes have, wherein the opposing passage openings in the two adjacent walls to each other to the pin aligned; and or</li><li>the bottom an outwardly directed, preferably square, elevation , whose edge length is slightly smaller than the opening width the T-slot; and or</li><li>the inner surfaces of the side wall and / or the rear wall attachment faces with blind holes for attaching and screwing an outer retainer having its base against the side wall and rear wall; and or </li><li>the through opening in the wall opposite the central pin positioned and is sufficiently large for receiving a journal of a including lying next outer retainer; and or</li><li>a safety bar to be pushed through by the passage openings two are arranged at the same height, from the side surfaces of the body frame and its edge profiles outwardly outer holder and pushing through by securing projections of the roof module, the module from the roof protrude from vertically downwardly between the body frame and the side walls of the outer body, which is also appropriate, with the through openings the outer holder in alignment, having through holes; and or</li><li>the roof module has a projecting outwardly downward edge which extent is externally positioned to the upper edge of the side walls and the rear wall overlaps; and or</li><li>the lower part of the nose a hexagonal outer circumference corresponding to a having hexagonal screw head and especially the nose turning a Throughbore with expanded area on the upper side of By plugging a fastening screw against eg the shroud. and or</li><li>a door-locking sleeve for axial insertion into the T-slot with a Through hole in the longitudinal direction and millings on the outer periphery in Longitudinal direction, so that the tapered portion of the cross section of the securing sleeve protrudes out of the T-groove and a transverse bore with internal thread through the entire security sleeve therethrough for clamping the locking sleeve in the T-groove and a U-shaped safety bracket for plugging with its ending dates Legs on the one hand into the longitudinal through hole of the retainer sleeve and on the other hand in a corresponding recess on the inside of the door; and or</li><li>the attachment fitting comprises a fastening part, which on the inside a sliding door is attached and a rearwardly projecting pin part includes, as well as a securing portion with a locking spring acting on the Zapf part pushed for positive assurance; and or</li><li>the T-slot in its course at least one point an enlarged Opening area for insertion of the pin member of the fastening part of the comprises sliding mounting attacks; and or</li></ul>

The kit is further characterized by: and or<ul><li>a first dowel bushing; and or</li><li>a second dowel bushing matching the second central bore of the second Profiles; and or</li><li>a second frame profile; and or</li><li>a second Cube connector; and or</li><li>a first and / or second angle connector to match the first and second frame profile, the angle connector of two integrally with each other associated legs is, which in particular along the outer edges over roughly triangular piece web walls are mutually reinforced and in each leg has a through hole, in particular in form of a slot there is to be screwed into a first and second ring nut, in particular first and second rotatable, asymmetrical, nut fit in the first and second T-slot; and or</li><li>a third frame section, which in the extension of one of its cross-sectional outer edge a plate-shaped extension has one piece, otherwise in its Cross-sectional dimensions of the first or second frame profile corresponds; and or</li><li>a first combined seal with a substantially rectangular, solid Cross-section, in particular with an approximately rectangular insert part, in particular for insertion in one of the diagonal grooves of the first, second or third Frame profile. and or</li><li>a second combined seal with a hollow, tubular seal part and a solid, approximately rectangular insert part, in particular the for insertion in one of the diagonal grooves of the first or second frame profile; and or</li><li>a retaining stopper, in particular of plastic, for insertion and locking by 90 ° rotation in one of the T-grooves of the first or second frame profile; and or</li><li>a securing bar for securing the lid to the body frame, suitable the through hole in the hanging loop; and or</li><li>a hinge rod as a hinge axis for connecting a door with a Sidewall by vertical hinge holes on the one hand in the side part and the other hand, in the door, and in particular the hinge rod at its one, the upper end having an enlarged flange; and or</li><li>Shielding plates made of metal, in particular aluminum, to the planking of the body frame, and in particular for closing the bottom portion of the Body-frame; and or</li><li>Rotation lugs for screwing on shielding plates with at least one side protruding nose for screwing into the T-slot of the first frame profile, in particular the vertical distance of the nose against the base surface of the Rotating the nose to the distance from the outer edge of the profile up to its T-groove corresponds; and or</li><li>a sliding mounting bracket for the insertion and fixing in a the T-grooves of the first or second frame profile.</li></ul>

c) Embodiments

An embodiment according to the invention with reference to the figures described in closer detail. Show it:<dl tsize="10"><dt>Figure 1a-c.:</dt><dd>a corner position of the profile frame with some built-up items in several views,</dd><dt>Figure 1d-f.:</dt><dd>Cross-sectional views of three different frame profiles,</dd><dt>Figures 2:</dt><dd>Detailed illustrations of the upper corner of a partially completed Body with separate representation of some items,</dd><dt>Figures 3:</dt><dd>Illustrations for the securing v on sliding doors,</dd><dt>Fig. 4a:</dt><dd>a detailed view of the inner body,</dd><dt>4b-c.:</dt><dd>insert profiles,</dd><dt>FIG. 5a:</dt><dd>the bottom-side mounting a shield plate on the profile frame,</dd><dt>Fig. 5b:</dt><dd>a retaining lug,</dd><dt>5c.:</dt><dd>an angle connector,</dd><dt>Figures 6:</dt><dd>a nut,</dd><dt>Fig. 7:</dt><dd>the inner body alone,</dd><dt>Fig. 8:</dt><dd>planked with side panels,</dd><dt>Fig. 9:</dt><dd>with additional panels, front and rear in the lower region, </dd><dt>Fig. 10:</dt><dd>with additional mounted rear wall and front doors,</dd><dt>Fig. 11:</dt><dd>with additional aufzusetzendem roof module, and</dd><dt>Fig. 12:</dt><dd>the completely assembled state of the body.</dd></dl>

Figures 7 to 12 show the increasingly completed construction phases of a Body 3, wherein different using the kit according to the invention large are carcasses produced, and this for different profiles 51-53 according 1d -. 1f and the associated attachments. has the inner body a cubic form and is inherently stable due to a body frame 16, the composed of edge profiles 17, in particular in at its ends, the corners of the body frame 16 via respective corner connector to one another connected, in particular screwed, are.

In addition to the edge profiles 17 along the edges of the cube-shaped inner body 21 run transverse struts 34 horizontally circumferentially between the vertical Struts in the lower third of the body frame 16, against which adjusting member screws 13 also arranged horizontally directed from outside to inside are.

The Alignment screws 13 are in pairs spaced apart to each of extending in the transverse direction of the front and rear cross-strut 34 is arranged, preferably also each in the middle of the transverse to the transverse direction 20 extending short crosspieces.

The body frame 16 is at the sides, at the rear and at the top closed by - preferably EMC density plates, which are preferably in the thickness range the edge profiles 17 are so that only the front side, in particular And only the one above the cross bar 34 lying area is open and the Base surface between the bottom peripheral edge profiles 17th

On the upper planking lying two screw-in lifting lugs 12 are shown, which if required, namely for the lifting of this inner body 21, in accordance upward, above open internal threads 22 of two diagonally opposite upper corner joints of the body frame 16 can be screwed.

The FIG. 8 show a contrast state in which the inner body as described 21 is already equipped with side walls 8 which is opposite from the outside the side surfaces of the inner body 21 is set and positively by lowering be associated with this or fastened in another way.

Fig. 9 shows a state in which with respect to the equipment shown in FIG. 8 a Front flap 23 and a tailgate 24 - preferably as the side walls 8 and the rest of the cladding is preferably made of plastic - the front and rear lower region of the inner cover body 21 by also preferably positively to these externally mounted or otherwise are secured and thereby the area surrounding of the lower third Cross bars to the lower end of the body frame 16 in front and close behind, while yes the sidewalls 8 over the entire height the body frame 21 by preferably go.

The Fig. 10 show a state in which the inner body 21 with an additional Rear wall 11 and front doors 4a, b is provided. The doors 4a, b are on the longitudinal outer edges of the front side in corresponding hinges mounted as a pivot axis, while the rear wall 11 in turn from the outside by hooking from above or is otherwise secured.

As especially the supervisions 10d and 9d show, are rear wall 11, side walls 8 to the inner body 21 offset toward the outside at a distance - open the top and bottom - Positioned so that between air through the chimney effect caused by can flow above.

Also, the doors 4a, b are of the same basic double-walled with through-holes formed from bottom to top, wherein preferably the inner Wall of doors 4a, b in turn is EMVproof formed.

The FIG. 11 show the body of the 3 state when completing by placing the roof module 50, which consists of an upper intermediate part 7 and a lid 5 there, and preferably extending downward projections 25 for insertion in the remaining body 3, in particular between the inner body 21 and the outer lining and fitting with the inner body 21, in particular the body frame 16, serve.

As the roof module 50 viewed from the top projects beyond the inner body 21 and rear wall 11, side walls 8 and the doors 4a, b in the closed State covered, preventing the fixed roof module 50 - as in the final state . Of 12 shown - the lifting of these parts from above, thereby their removal from the inner body 21st

Figs. 1 to 6 show individual installation situations or while installed items.

Figs. 1a to 1c illustrate a corner of a frame profile, created from two to desired degree deflected pieces of a first frame section 51 with their end faces to two adjacent, lying at right angles to each other, abut outer surfaces of a mating connector first cube 61 and with this are screwed. Assigns the first frame section 51 - as shown in FIG 1d. - an approximately square, center-symmetrical cross-section, which - as in every profile - in the running direction 50 of the profile remains the same. In the center of the Cross-section is a peripherally closed central bore 54. In the outer corners are each identical diagonal grooves 55, the diagonal outwardly are open and have a slight undercut. In the Outer surfaces are centered respectively generous undercut T-slots 56, whose opening width 70 than half the maximum width of the undercut is part and a maximum of one third of the width of the profile 51st

In an analogous manner, an inner body also from the smaller cross section, but otherwise similarly constructed second frame section 52 with matching Attachments, especially dice connectors 62 and angle connectors 72 getting produced.

For special cases, 1f, Fig. A third frame section 53, which plate-shaped one , Integral extension 57 together with the frame profile 53 and in alignment with one of its outer surfaces, having. The rest of the third frame section 53 corresponds to the outer dimensions of the second frame profile 52, but a diagonal groove is only in an outer corner 55 'is formed, namely diagonally opposite the corner, continuing projects from the plate-like appendage 57th The remaining corner portions are provided with a closed outer corner and in the corner arranged sealed, round recess formed.

This third frame section is used primarily for creating profile frame parts, such as side frames, wherein the plate-shaped extension 57 preferably are placed into the interior of such a rectangular frame member indicative value, and in particular this third frame section 53 with the second frame profile 52 can be combined.

In particular, the diagonal grooves 55 and 55 'not only created equal, but also the same size in two profile sizes, so all three frame sections 51 to 53, so that the same seals are to be housed there plugged can.

Back to Fig. 1a-c describes this in the following way, so if they made of the first frame section 51 and the associated attachments are. The first cube connector 61 is connected to the end faces of the adjacent Frame profiles 51 screwed by in the running direction 50 of the frame profiles and also in the third direction through bores having through which a fixing screw in the central bore 54 of the adjacent frame profile 51 can be screwed, in an in the central bore 54 self-tapping previously screwed first dowel bushing 58, the internal thread as an additional metric thread for receiving the Fastening screw has.

In addition, in the inner corner between the frame profiles 51 is a corner connector 71 screwed, the primary in practice the blunt application of a frame profile 51, for example, disclosed as a cross brace 34, as FIGS. 7 to 12, serves on a side surface of another, through the frame profile. to this Purpose, the angle connector 71 or 72, as he as an individual part in Fig. 5c is shown, two spaced at right angles extending legs 71a, b, the edge by triangular, thus integrally connected web walls 71c to today are stiffened. In the legs 71a, b is in each case a Through hole 71d between toward the line bisecting the Legs 71a, b extends for easier shaping this injection molding process Part produced.

On the outer surfaces of the legs 71a, b are extending in the longitudinal direction thereof 71e formed over the entire length of elevations having a width slightly is smaller than the opening width 70 of the corresponding T-groove 56, 56 'of the associated frame section 51, 52 or 53rd

After application of the angular connector 71 with an outer surface of a limb to a side face of the section 51, where the elevation 71e in the opening width 70 the T-groove 56 is immersed, a (in Fig. 1 not shown) fastening screw 71d through the corresponding through-hole and into a Locknut 60 and 80 are screwed, which positively into the T-slot 56, 56 'clamped and thus fixed the angle connector 71 on profile 51st On the other leg, for example, 71 b can then be another component, for example the other frame section 51, are screwed in the same way.

The corresponding nut 60 or 80 matching the first frame section 51 or second or third frame section 52 is shown as an individual part in FIG. 6: It consists of an enlarged head portion 60a and a comparatively narrower, preferably circular shaft part 60f, whose outer diameter is smaller than the opening width 70 of the corresponding T-groove 56th

The widened head part 60a is designed oblong in plan, having a width 60b is less than the opening width 70 of the T-groove 56, so that the nut 60 or 80 in appropriate alignment not only from the front side, but can also be introduced from the open longitudinal side into the T-groove. By Turning the nut 60 to the head part rotates 60a by a maximum of about 50 ° in the T-slot 56, and is then compared with the diagonal for this purpose on the side opposite two corners formed bevels 60d to the Side flanks of the T-slot. The shank portion 60f and preferably by whole nut extending therethrough 60e a threaded hole into which a corresponding, not shown fastening screw is screwed. The Bevels 60d are diagonally opposite on the two formed corners, with the screwing in of a screw into the threaded bore 60e to invest against the longitudinal edges of the T-groove.

It is thus possible, at any point of a T-groove on the one already End of a fastening screw screwed nut insert 60 or 80 and fix by tightening the fixing screw.

With such locknuts 60 or 80, for example, suspension hook 67 can at the upper side of the profile frame 16 are attached to the entire corpus, or at least the inner body 21 with or without partial Abstandsbeplankung, hang on a crane or the like and to the desired location carry.

The outer holder 40 which, in addition, in the exemplary illustration of FIG. 1 still in Figs. 4a and especially FIGS. 2a, 2b are illustrated, with the aid of these nuts 60 and 80 attached to the profiles 51 to 53.

This outer holder 40 serve primarily to securing the outer body 22 at Inner body 21:

The outer body 22 is - depending on size - from different numbers and also different sized items. FIGS. 7 to 12 show a design the outer body, consisting of two side walls 8 and a rear wall 11 and a roof module 500 is composed, which with two swing doors 4a, b is completed.

Larger bodies can, for example, several rear walls side by side have, and / or sliding fourteenth

Smaller bodies can from the corresponding, but smaller items made or even a separate up to the doors and possibly even up to a Roof module piece have outer body, ie one in which the rear wall and Side walls consist of one piece. Regardless, the outer holder 40 used to secure the outer body, as in the lower Area of ​​Fig. 2b as items in different perspective views are shown.

The base body 41 of the outer holder 42 is cup-shaped with a bottom 41a and four peripheral walls 41b designed, wherein one of the side walls and thus parallel to the bottom 41a radially outward a pin 42, to the its free end slightly tapers and a preferably round having cross section abstrebt. The bottom 41a has on its outer face a collection 41c, which is slightly less square with an edge length than the opening width 70 of the T-slot 56, to which fit the outer holder 40 should. Accordingly, the external width of the base body 41 of the outer holder 40 is also smaller than the width of the associated profile 51st

The base has at the center, and thus 41c even in the middle of the survey, a Through opening 43, and also the two adjacent to the pin 42 lying Walls 41b two aligned through holes 43 '. The the pin 42 opposite wall 41 b has a further through opening 43 ", which for receiving the pin 42 of another outer holder 40 suitable is.

Due to this design, the outer holder to 40 - as shown in Figures 4a and 2a. 2b - are attached to eg outer sides of the profile 51 by. it with their elevation 43 in the desired rotational position in the opening width 70 Immerse the corresponding T-groove and along this time being longitudinally 50 of the profile displaced. By screwing impossible to see a Fastening screw in the through hole 43 in one in the T-slot 56 slotted nut 60 is the outer holder 40 against the profile 51 and thus the inner body 21 is fixed at the desired point along the profile, preferably facing up pins 42nd

As shown in Fig. 2a shows another outer holder can in an analogous manner to correspondingly 40 higher lying position on the inside, z. B. a sidewall 8 or a rear wall 11 are screwed, existing in there fixing thread. The higher-lying outer holder 40, preferably four, namely in each case in a corner region of the side wall 8, then from above of the Cones of low lying, screwed to the inner body 21 outer holder 40 plugged and thus form-fitting securing the outer wall 8 at the inner body 21, as is also explained with reference to FIGS. 7-12.

FIG. 2b shows contrast, another purpose of the outer holder 40, especially the two arranged on the sides of the inner body in the upper region, and horizontally aligned outer holder 40, of which 2b Fig. Only the front shows.

Fig. 2b shows in fact already the patch on the inner body roof module 500, from which backup extensions 501 in such a position down protrude to outside the inner body 21, but still within the - of in Fig. 2b for clarity, not shown - Outer carcass 22, ie For example, the sidewall 8, down to protrude in the height range of upper outer holder 40 into it, but with this not colliding.

In a defined height, these security extensions 501 has a through hole aligned to the through holes of the outer holder 40th

The roof module 500 can therefore be positively secured to the inner body 21, by outside both sides of the inner body 21 each have a safety bar 86 horizontally in the space between the inner body 21 and outer body 22 is inserted from the front, while you through openings of Securing projections 501 as well as the through holes of the aligned therewith, screwed to the inner body 21, outer holder 40 penetrates. This done with open or remote front doors. The length of the safety bar 86 is dimensioned so that when the doors are closed the safety bar 86 reliably through the rearward through openings extending therethrough. To pull out at the front end of the safety bar 86. umklappbares pulling element, such as a ring, attached.

In Fig. 2a the safety bar is not yet by the local lower, with the inner body 21 bolted, pushed outside holder 40, since in Fig. 2a not the roof module is 500 placed.

In contrast, Fig. 2a shows at the top of the to the body frame 16 from above patch shroud 13, which consists of a thin aluminum plate, and the body frame 16 and thus the whole body against electromagnetic Radiation is leaking externally. To this end, the shroud 13 - which are arranged in an analogous manner to the back and sides is - cut to a size such that it revolving on the Frame profiles 51 rests, but not the opening width of the bearing surface 70 thereof in arranged T-slots 56 covered.

To fix the shield plate 13 in this position against profiles 51 different components are used, for example, the retaining plug 77 Fig. 2a, the perspective different than item in two at the bottom Layers are shown, and in the installed state better in Figs. 1a to c can be seen: The retaining plug 77 comprise a plug 77c, which - similar to the head of the nut - is an elongated shape and for insertion into the T-slot 56 and through the opening size of 70 and subsequent rotation thereby jamming serves. For this purpose, the length of the insertion part 77c slightly greater than the width of the undercut portion of the T-groove 56, so that the existing plastic usually part 77 when turned by 90 ° it jammed.

From this plug 77c, a shaft extending through the opening width 70 of the T-groove 56 outwards and connects the plug 77c to the head part 77a, which also a spacer 77b according to the thickness of the shield plate 13 has, However, on this projecting radially. The protruding edge of the head part 77a thus rests on the edge area of ​​the shield plate 13 and secure these - By inserting and twisting the retaining plug 77 to 90 ° in the T-slot 56 - sure am Profile 51st

Instead of just point-like fasteners can also be a linear Fastening the edges of the shielding plates 13 take place, with the aid of Snap-in profiles 68, 69 in the running direction 50 of the profiles in the opening width 70 whose central grooves 56 engaged, and also at least one, preferably on both sides protruding edges 68c having the edge areas the the shield plates 13 fix.

The disposable male profile 69 and the removable male profile 68 are in assembled state in FIGS. 1a to 1c, and in an individual representation in Figs. 4b and 4c. The male profile 69 is disposable upon removal from the T groove 56 is bent, and therefore can not be reused, unlike for removable disposable male profile 68, as from the following discussion clear is:

When disposable male section 69, which formed an integral, continuous profile is and is cut to the desired length, the outward protruding edges 69c formed by a solid plate in the central region and spaced from each other at right angles two web walls as plug 69a protrude downward at such a distance that they just still fit in the opening width 70 of the T-groove 56th They hook themselves there by of the web walls outwardly protruding lugs 69b. Between the plug and the outer edge protrude more webs less far down, which serve as spacers and thus approximately to the thickness of the shield plates 13 correspond.

The removable plug-in profile 68 of Figure 4c, however, is designed hat shape with a U-shaped, outwardly open insert part 68a and from there 68c outward facing edges.

Also, the U-shaped insertion part 68a has outwardly projecting noses 68b for hooking in an undercut of the T-groove 56th

In unloaded state, however, the external width of the male parts is so low 68a that the male profile 68 upwardly from the opening width 70 of the T-groove can be 56 or 56 'is pulled without the profile 68 appreciably bending and thus can be reused.

A reliable support in the T-groove 56 is achieved in that from the outside into the open side of the U-shaped insertion portions 68a an expander 63, preferably, is screwed into the form of a simple tapping screw, after the male profile 68 is inserted and positioned in the T-groove 56th Characterized the legs of the U-shaped insertion part 68a apart salvaged and this gets stuck in a form fit in the T-groove 56th

Also, the edge 68c of this plug-in profile 68 has a spacer 68d on in the form of a bend of the edge region.

It should be explained that these spacers 68d compensate somewhat more needs than the thickness of the shield plate 13: For the casing 3 and therefore specifically the inner body 21 of the body 3 is sufficient IP tightness (Against dust, dirt and water) and also a sufficient electromagnetic Tightness necessary. This is achieved by combined IPund EMI gaskets used to seal the individual parts of the inner body 21 will. Also, the simple placement of the edge regions of the shield plates 13 on the profiles 51 and 52 or 53 is not sufficient for sealing.

Instead, for sealing under the corresponding edge region of a Shielding plate 13, as indicated z. B. in Figure 1a, a second combined seal 74 placed in the diagonal groove 55 of the profile 51, after possible as close as possible circumferentially around the entire circumference of the corresponding Shield plate 13. The seal 74 protrudes slightly out of the diagonal groove 55 outward and over the outer circumference of the profile 51 in front of, and when placed the edge region of the shield plate 13 is elastically deformed, since it consists of a mostly solid rubber or soft plastic profile is made, as for conventional seals is common. The EMC-tightness is achieved, in which the Outer periphery of the gasket 74 is coated with a metal fabric, namely preferably the entire protruding from the diagonal groove 55 portion so that the metal fabric being passed through the insertion part 74b of the seal of the electrical has conductive contact with the metal section 51 and, of course, with daraufaufliegenden metallic plate of the shield plate. 13

The in figure 1 a likewise illustrated first combined seal 73 is also over parts of its outer periphery with a metal such as tissue EMC seal sealed. It serves the IP and EMC densities create the doors, and must therefore have a higher ductility, which is why their male 73b is similar, namely for insertion into diagonal groove 55 is formed, whose Sealing portion 73a but is larger in size and especially a closed Hollow profile, which allows greater deformation.

The coating with metal mesh must be a case over such a large part of the cross section of the gasket 73 extend, on the one hand that the tissue contact with the profile 51, preferably in the range whose diagonal groove 55, having and on the other hand, reliable device with the closed door in contact when this abuts the seal 73rd

Figure 4a also shows a locking sleeve 65, the end face inserted into the T-groove 56, from their opening width 70 but is not removable and there in a desired position via a transverse bore 65a by grub screw is clamped. The locking sleeve 65 serves for insertion of a (not shown) Safety bracket, which usually has a U-shaped bent stiffer Wire hanger is standing with his one free end of the top of the locking sleeve 65 and with its other end in a corresponding receiving opening of the Inside of the door can be pushed to the open door to a slamming by wind or to prevent similar.

Further shows 5b rotation lugs 64, which has a radially projecting nose 64a have, as well as a through bore through which it at a component, for example on a shield plate 13, can be screwed, wherein despite fitting the nose 64a of the rotary lug 64 still shot can be.

This rotation lugs 64 are used - as 5a shows - by means of a Shielding plate 13 is also the base region of the inner body 21 on the outside to beplangen. To this end - with respect to the outer edges of Shielding plate 13 set back - rotation lugs 64 on top of the shield plate 13 screwed and initially 64a asked the noses so, so they do not protrude toward the outer edge of the shield plate. 13 In this position, the Shield plate 13 with the rotation lugs 64 from below against the underside of the corresponding profile 51 of the inner body 21 and used to contact be secured by now the tabs 64a in the position radially outward are rotated with respect to the shield plate. 13

Because the nose 64a in an appropriate height from the base surface the rotation lugs 64 are, they engage in the T-groove 56 of the profile 51, and are their lower edge on, whereby the shroud 13 - usually on one of the combined seals 74 induced, indirect - contact the profiles 51 are held.

Figures 3 show the mounting of a sliding door 14 at an upper, transverse Frame-profile 51 of a body frame 16. In this case, only an attachment shown, but is to be noted that at the upper edge of a sliding door 14 at least two such sliding-Fasteners 81 may be present must, and preferably also at its lower edge. Here, the sliding doors 14 is formed so that a plurality of sliding doors 14 arranged side by side can be and vertical at their mutually contacting against Edges overlap. The sliding mounting portion 81 includes a fixing part 82, which is fixed to the sliding door 14, and a securing member 83, which is primarily fixed to the profile 51, as mounted in Figure 3a State and shown in Figure 3b exploded. The fixing part 82 consists of a base plate 84 on the inside of the sliding door 14 is screwed, and a thereof from the sliding door 14 in the direction away Profile 51 projecting spigot part 82, which is constructed in several parts:

A provided with a through hole securing sleeve 78 is fixed to the Base plate 84 is connected. In the front end open bore 25 is a bearing journal 26 inserted, on which the guide roller 79 is rotatably supported. The leadership 79 has in its periphery a umlaufene notch, into which the upper and engage lower edge 70 of the opening width of the T-groove 56, so that the Leadership 79 transversely secured positively in this direction to the T-slot 56 is, and to deduct from the trunnion 26 by a snap ring or the like is secured.

The installation of a sliding door even on a circumferentially closed body frame 16 can thus be carried out as follows:

An assembled spigot portion 82a with its guide roller 79 between for edge bars of the T-groove 56 introduced. This may be of the open end the profile 51 carried forth or - as the preferred solution - at a - in the figures not shown - by drilling large enough extended point of the opening width 70, z. B. near one end of a profile 51st

In the T-slot 56 is still also the fuse base 27 of the securing part 83 is introduced, which is fixed positively in the undercut and through the opening width 70 projects outwardly. The thickened base portion of the securing foot 27 fills at least in the depth of the T-slot 56 wide as possible, so that the fuse base 27 protrudes by a defined amount to the outside of the T-groove 56th On of this front end is running in the longitudinal direction of the profile 51 U-shaped, open at one end backup spring 83a by bolting attached to their situation at the same distance with respect to the profile 51 in the mounted State, as a preferably circumferential peripheral securing slot 28 in the directed against the sliding door 14 end of the trunnion 26th

At the conscious point is now - according to position of the pin member 82a of desired longitudinal position - the bearing pin 26 in the locking sleeve 78, so in the bore 25, inserted, so there is the assurance of the notch 28 Bearing pin 26 at the same longitudinal position as a tongue groove 29 in the outer periphery the retainer sleeve 78. The tongue groove 29 is at a point of the circumference so far deeper that an open passage to the bore 25 and the underlying Securing slot 28 of the bearing pin 26 is.

By subsequently moving the securing element in the running direction 50 the profile 51 is the fork-shaped securing spring 83a with its legs on both sides is inserted into the tongue groove 29 of the retainer sleeve 78th

In this one, straight legs of the retaining ring 83a is located on milled Part of the tongue groove 29 and immersed characterized in that appropriately dimensioned, underlying securing slot 28 of the inner bearing pin 26 a, thereby this is prevented from the sleeve 78 at the axial pulling.

The other, curved legs of the retaining ring 83a engages with its concave curvature the outer periphery of the bottom of the tongue groove 29 of the locking sleeve 78, thereby ensuring that during displacement of the securing member 81 due to displacement of the sliding door 14 along the profile 51 also the securing member 83 is also moved, so the retaining spring 83a does not detach from the pin member 82a.

LIST OF REFERENCE NUMBERS

<dl tsize="12" compact="compact"><dt>1</dt><dd>distribution cabinet</dd><dt>2</dt><dd>base</dd><dt>2a</dt><dd>base box</dd><dt>2 B</dt><dd>plinth</dd><dt>3</dt><dd>corpus</dd><dt>4a, b</dt><dd>door</dd><dt>5</dt><dd>cover</dd><dt>6</dt><dd>Mounting Frame</dd><dt>7</dt><dd>upper intermediate part</dd><dt>8th</dt><dd>Side wall</dd><dt>9</dt><dd>subrack</dd><dt>10</dt><dd>vertical longitudinal direction</dd><dt>11</dt><dd>rear wall</dd><dt>12</dt><dd>hanging loop</dd><dt>13</dt><dd>shroud</dd><dt>14</dt><dd>sliding door</dd><dt>1516</dt><dd>Body Frame</dd><dt>17</dt><dd>edge profile</dd><dt>181920</dt><dd>inner carcass</dd><dt>2122</dt><dd>outer carcass</dd><dt>23</dt><dd>front cover</dd><dt>24</dt><dd>tailgate</dd><dt>25</dt><dd>drilling</dd><dt>26</dt><dd>bearing bolt</dd><dt>27</dt><dd>fuse base</dd><dt>28</dt><dd>securing slot</dd><dt>29</dt><dd>keyway</dd><dt>3031323334</dt><dd>crosspiece</dd><dt>353637383940</dt><dd>Foreign holders</dd><dt>41</dt><dd>basic body</dd><dt>41a</dt><dd>ground</dd><dt>41 b</dt><dd>wall</dd><dt>41c</dt><dd>survey</dd><dt>42</dt><dd>spigot</dd><dt>43, 43 ', 43 "</dt><dd>Through hole</dd><dt>44454647484950</dt><dd>Extending direction profile</dd><dt>51</dt><dd>first frame profile </dd><dt>52</dt><dd>second frame profile</dd><dt>53</dt><dd>third frame section</dd><dt>54, 54 '</dt><dd>Central bore</dd><dt>55, 55 '</dt><dd>diagonal groove</dd><dt>56, 56 '</dt><dd>T-groove</dd><dt>57</dt><dd>plate-shaped extension</dd><dt>58</dt><dd>first dowel bushing</dd><dt>58a</dt><dd>external thread</dd><dt>58b</dt><dd>internal thread</dd><dt>59</dt><dd>second dowel bushing</dd><dt>60, 80</dt><dd>pivotable first / second locknut</dd><dt>60a</dt><dd>headboard</dd><dt>60b</dt><dd>width</dd><dt>60c</dt><dd>length</dd><dt>60d</dt><dd>bevel</dd><dt>60e</dt><dd>threaded bore</dd><dt>60f</dt><dd>sheep part</dd><dt>61</dt><dd>First Cube Connector</dd><dt>62</dt><dd>Second Cube Connector</dd><dt>63</dt><dd>expander</dd><dt>64</dt><dd>rotary nose</dd><dt>64a</dt><dd>nose</dd><dt>65</dt><dd>securing sleeve</dd><dt>65a</dt><dd>transverse bore</dd><dt>66</dt><dd>Through hole</dd><dt>67</dt><dd>Hooks</dd><dt>68</dt><dd>demountable male profile</dd><dt>68a</dt><dd>male</dd><dt>68b</dt><dd>nose</dd><dt>68c</dt><dd>edge</dd><dt>68d</dt><dd>spacer</dd><dt>68e</dt><dd>extension</dd><dt>69</dt><dd>Disposable male profile</dd><dt>69a</dt><dd>male</dd><dt>69b</dt><dd>nose</dd><dt>69c</dt><dd>edge</dd><dt>69d</dt><dd>spacer</dd><dt>69e</dt><dd>extension</dd><dt>70</dt><dd>opening width</dd><dt>71</dt><dd>first angle connector</dd><dt>71a, b</dt><dd>leg</dd><dt>71c</dt><dd>web wall</dd><dt>71 d</dt><dd>Through Hole</dd><dt>71e</dt><dd>survey</dd><dt>72</dt><dd>second angle connector</dd><dt>72a, b</dt><dd>leg</dd><dt>72c</dt><dd>web wall</dd><dt>72d</dt><dd>Through Hole</dd><dt>72e</dt><dd>survey</dd><dt>73</dt><dd>first combined seal</dd><dt>74</dt><dd>second combined seal</dd><dt>74a</dt><dd>sealing member</dd><dt>74b</dt><dd>male</dd><dt>75, 76</dt><dd>hinge hole</dd><dt>77</dt><dd>holding stopper</dd><dt>77a</dt><dd>headboard</dd><dt>77b</dt><dd>spacer</dd><dt>77c</dt><dd>male</dd><dt>78</dt><dd>securing sleeve</dd><dt>79</dt><dd>leadership</dd><dt>80</dt><dd>second nut </dd><dt>81</dt><dd>Sliding attachment member</dd><dt>82</dt><dd>fixing part</dd><dt>82a</dt><dd>journal part</dd><dt>83</dt><dd>securing part</dd><dt>83a</dt><dd>retaining spring</dd><dt>84</dt><dd>baseplate</dd><dt>85</dt><dd>hinge rod</dd><dt>85a</dt><dd>flange</dd><dt>86</dt><dd>safety bar</dd><dt>500</dt><dd>roof module</dd><dt>501</dt><dd>Security extension</dd><dt>502</dt><dd>edge</dd></dl>