DE6939962U - CARRYING AND GUIDE DEVICE FOR SLIDING DOORS - Google Patents

Description

Bernard Kο f y a n

EYMOUTIBHS (Haut · Vienne)
Moulin de Barthout

Support and Fülmmgseinrieatung for sliding doors

The firing system looks at the support and guide device for viewing doors, and in particular on the control device for the swinging door in the transverse movement of the sliding door in the area of the closed position, in which a sliding door over several, each from one in Oehaeuae suspended guide arelle ventilation drive is suspended from a horizontally running support and door rail arranged above the door frame *, and in which one of the positions corresponding to the visual position of the sliding door has an aw-h "" m _e , in di "di · The guiding role occurs "as soon as it has reached a position corresponding to the closing glass of the sliding door", so that the sliding door is exactly as it is in the closing glass ".

Such suspended and guided viewing doors are known, especially for Eahlkaonmern. In view of the weight of such viewing doors, however, complex aids are required to control the opening and closing movement, mainly to force the transverse movement required to press the door or the door seal against the door frame Either an electric motor or a pneumatic ax and require a complicated assembly, which means that the manufacturing cost of such a sliding door is considerably increased.

The control is therefore based on the technical task of carrying and Funrungseinriehtung and in particular a control device sur forcing a Qaerbeweuag in the Sehiiefilege ven in the »Iiffigtwg * to create suspended sliding doors that compared to the known facilities of this kind simpler and few? is expensive, and the application of electromotive or pneumatic equipment »

Tuck task neuerungsgemäfi gelSst by Dafi the door on the body of it is trden and hung on the 2unrungssehiene mobile drive via a joint plate and means vere βη ^ ιιττί are that ψ η the leadership role in the ^ * "* τ! 1 in the * vι βι + ϊ— ¹ P ¹¹ F the gahrungssohlcue force a pivoting movement of the hinge bracket, on which the door hangs, so that the door in the Λλχ bottom position executes a Qaerbewefllage and thereby kccrnt on the door frame. In the H η «one is there According to the innovation, it is provided that the hinge plate is hinged on the one hand on the walkway and on the other hand via a bearing block on the door about axes parallel to each other and on the plane of the door, the hinges of the hinge plate being arranged so that when the door is in the open position they are in or parallel to the doorway lie on top of each other.

Another feature of the masonry is that the joint bracket is connected to its beam brackets radially below and brackets directed at an angle above the surface, one of which interacts with a fixed stop on the door frame side, in such a way that at ** fw ftfl. f Hi the leadership role in the ^ wpffV "" ^ the leadership-

appeared to be a swiveling movement of the joint ligament transversely to the plane of the vertebrae and calculated by a definable amount, so that the door i the closed position executes a transverse movement and over the door seal comes into contact with the door frame.

Another feature of the innovation provides that the guide rail is carried by one leg of a U-rail arranged horizontally above the door opening, on the other arm of which at least one roller is arranged below the ^ Bm · * "⁸¹; * ¹ ^ of the guide rail, Welch, "forms the stop for the" a door-side Sode the hinge strap arranged cantilever, such that s the U-Sehiene Dafi old when ^ "f ti i *** the guide roller in the recess of the gShTtangssehleno the boom of the hinge strap arranged roller in abutment comes and thereby swings a pivoting movement of the joint bracket. The roller, which is preferably cylindrical, is assigned to the roller, which is preferably cylindrical, and which, by adjusting the amount of pivoting movement of the hinge bracket, allow the pressure of the XQr against the door frame or the door seal to be adjusted. These adjustment means can consist of an eseenter which can be adjusted by means of a visual hood, the eccentric forming the shaft of a screw bolt * which carries the roller and which, when the guide roller falls into the Au sn e ******* ^ the ^ ffi ^ T ^ p can be ngsiwhi ene * arranged with the em second Sfllwnkel of the U-rail, sweckmamigerweise also cylindrically shaped roller comes into engagement, the engaging point Dafi roll both running set by corresponding Exeenterverstellung · Bern on yfly ^ B ^ fr »^ ^ of ^ Ψϋ ψ *** 1 ψ p * eHt arranged boom is assigned an adjustable stop which is arranged on the drive housing and via which the position of the hinge bracket can be adjusted when the bracket is in the open position, so that the distance between the open IQr and the furrabmen is arbitrary is fixable · The adjustable stop is advantageously through the head of a locking nut lockable sight bolt, which over a Lf tubular carrier is carried on the outside of the loufwerkgeh & usea, formed

After all, there is at least one on the drive, on one of the handles

The guide rail supported roller is provided, which the drive housing 'uptsächllch when opening the sliding door, especially during the freeikosmens of the guide roller from the recess of the T fr * fo ^Ti " ^r ' g ' ^a fiKThione _t led

The innovation is described in the following example description φ of an embodiment example shown in the drawing. In the drawing dl

Figure 1 shows a section through a regeneration unit designed and guide device for a · sliding door in the open position and indicated in dashed lines 44 Position of the Srag and Control Element «at. closed sliding door;

Figure 2 is a diagrammatic representation of the struc- ture elements for forcing a Qaer movement of the sliding door in fig Closed position, according to fig. 1,

On the upper end of a sliding door 1, as can be seen in FIG. 1, "is arranged in the bearing block 2, but" seven "ia · € eXsas>" tab 3, etc.> an axis 3 ^ pivotable at the door 1 tj ^ e * lmkt which on the other hand is articulated on an Iteiafworksgefeättse 4 so as to be pivotable about an Aahm. Arranged on the upper part of the Lanfwerkwgehäuees 4 is a guide roller 5 designed as a ball roller, which runs on a guide rail 6. An angle piece 7 is fastened to the drive housing 4, on which an angle piece 7 is arranged, which can be locked by means of a Lontex nut, in a safer 8 forming a stop with its head 10 Storage 3 ^ in the Lamfwerkgehättse 4 directed arm 9, which with the sliding door 1 is in the open position with the head 10 of the Eehraabenbolsens 8 sussmmenwellt. SI guide rail 6 is attached to one leg of a shackle 11 arranged horizontally and above the door opener fmeme v "rlamf ead, on the other" ^ W ^^ tT aimsr opening 18 of the guide rail 6 opposite to "rll" geaä eiae ale S ^ - linderwftlse ansgebild ^ t · Laufroll · 13 um «in · zur Arofilaeks · dar

U-bracket 11 is rotatably mounted parallel · Achae. on the other hand is the hinge plate 3 on its front side on the bath with a »wide, bracket 14 essentially formed by a screw bolt provided, on which see a cylindrical roller 15 is, and the shaft of which is designed as an eccentric. Aa drive housing 4 is also arranged an angle profile 16 on which a roller 17, which serves as an opening and compensation guide, stored is. You recess 18 (see fig.2) is at one point on the guide rail 6, on which you can see the guide roller 5 at in TOr 1 located in the closed position, so that the guide roller 5 falls into the recess 18 as soon as the sliding door 1 the Has reached the flood position.

The open position j entered in Pigur 1 in dashed lines the sliding door 1 shows the course of movement of the sliding door 1, as well as the drive housing 4 relative to the door frame 12 and the 7-series

Adjusting movement to force a transverse movement of the control means arranged for during the closing or opening phase, in particular the hinge plate 3 and its extension arms 9 and 14. When the sliding door 1 is in the closed position, as can be seen, the hinge plate 3 is over the with the The caster 13 is in the stop position, the cantilevers 14 are held in a position inclined with respect to the plane of the door. In the course of the opening movement of the guide roller 5 is then first of all the drive housing 4 and over the hinge strap 3 aueh the sliding door 1 is increasingly raised from the recess 18 of the [the guide rail 6 with increasing j nehttondom disengagement, sodas the j boom 14 with the roller 13 gradually except Engagement and j at the same time the hinge plate 3 in a position parallel to the plane of the door; treatment reached · I

Conversely, in the course of the closing movement, the guide roller 5 falls into the Dia Aiiqm ^ VnmiMg Ί8 of the Tührunc ^ ssehiene 6 as soon as the sliding | door 1 has reached in front of the door opening the closed position, thereby effecting a \ lowering, of the drive housing 4 and over the hinge strap 3 is aueh sliding door. 1 The boom 14 with the roller 13 can stop and force a pivoting movement of the uele üdasche 3 directed transversely to the door plane, whereby the sliding door 1 becomes the same.

is adjusted in time with a certain lowering transversely to its plane and comes with the, Diehtungsprofil 19 on the door frame 12 to the plant. This movement is indicated in FIG. 1 by the arrow F ₁ and in FIG. 2 by the arrow F ₂ . During this movement, the pivot bracket 3 pivots about the axis 3 ^, while the sliding door 1 pivots around the pivot 32 relative to the pivot bracket 3, although due to its weight it remains in a vertical position, but approaches the door frame 12 in a clearly circular movement , until finally the Diehtungsprofil 19 rests on the door frame 12.

When the sliding door is opened, which can be done by hand or with the use of electric motor or pneumatic aids, the guide roller 5 gradually disengages from the recess 18 of the guide rail 6, so that first the drive housing 4 and then the sliding door 1 are increasingly raised until both have reached their normal displacement position and the boom 14 is out of engagement with the roller 13, so that the joint plate 3 adjusts itself under the influence of the door weight in a position parallel to the door plane, with the pivot axes 3 ₁ and 3 _{2 of} the joint plate 3 in a vertical position , plane parallel to the door plane lie one on top of the other and the arm 9 comes into abutment with the head 10 of the screw bolt 8 and thus defines the outermost distance of the door 1 from the door frame 12. In this position, the sliding door 1 can be moved via the guide roller 5, which can now be moved freely on the guide rail 6.

Figure 2 shows in perspective view the movement of the sliding door 1 controls enforcing, wherein the Bawegungsriehtungen of the joint bar 3 and ά & τ sliding door 1 are indicated by the arrows F ₂ and F ~. The arrow F shows the movement of the sliding door 1 at the moment when the guide roller 5 falls into the recess 18 of the guide rail 6. The arrow F ₂ shows the movement of the hinge bracket 3 taking place in the same movement phase. The dashed lines in this drawing denote the position c'-.- ir sliding door and the various supporting and control elements 3 when the sight is in the position -

door 1.

The contact pressure of the sliding door 1 on the door frame 12 is adjustable via the bracket 14, designed as a screw bolt, on which the cylindrical roller 15 is mounted and whose shaft forms an Ercenter, namely by the fact that the bearing surface area of the bracket 14 facing the roller 13 is opposite the axis J _{2 is set} more or less exentrically. The contact pressure between the seal 19 and the door frame 12 is regulated via the beading of the boom 14, so that the advantage of an adjustable pressure between the door seal 19 and the door frame 12 for the closing movement of sliding doors is achieved over the previously known devices of a similar type will.

The totality of the means described here guarantees a Sliding door that is easy to handle and that holds tight.

Of course, the fire is not on this in detail Aasführungsbeiepiel described limited, rather can of On the basis of this, other types of execution and shapes can be considered without departing from the scope of the innovation.

Claims (1)

S C H U I H Ii E P B Q C E L ι 1. Carrying and guiding device for visual door »., In particular Control device for forcing a transverse movement of the Sliding door in the area of the sole layer with a sliding door over several drives, each consisting of a guide roller suspended in a housing, and one above the door frame arranged, horizontally running support and guide rail is suspended and with the guide rail on one the closed position of the sliding door corresponding point a recess has, in which the guide role occurs as soon as it is in a position corresponding to the closed position of the sliding door reached, sedafi lowered the sliding door in the bottom position is, characterized in that the sliding door (1) as the housing (4) of the one carrying it and moving on the guide rail (€>}. Drive is suspended via a hinge bracket (3) and when the guide roller (5) falls into the recess (18) of the Guide rail (6) effective gowns (13, 14) sur automatic enforcement of a pivoting movement directed transversely to the plane of the door the hinge bracket (3) are provided. 2. Carrying and guiding device according to claim 1, characterized in that the hinge plate (3) on the one hand on the Laufverksgehäuse (4) and on the other hand via a bearing block (2) on the sliding door (1) to each other and on the door level parallel and with the sliding door open ( 1) vertically superposed axes (3 ₁ ) »(3 ₂ ) is pivotably articulated. 3 · Carrying and guiding device according to claim 1 and 2, characterized in that brackets (9t14) directed radially to its pivot axes (3 ^, 3 ₂ ) ^ΧΰαΛ - * ■ * winkel bot door level are connected to the hinge plate (3). 4. support and guide device according to claim 1 to 3, characterized in that the . Door-side end of the hinge bracket (5) ε igeo ^ daeteii Aueleger (14) a in relation to the door frame (1) fixed stop (13) is assigned. - 9 - Carrying and Fuhrongaelor Richtung after Aneprueh 1 bia 4, dadurah marked, dftfl the VQhrungasehiene (6) from a fifth cal one arranged horizontally above the door opening U-Senieae (11) is carried, on the other Selsaakel ustarh & Lb the attanception (13) of the Ffflurangaaehiane (6) a den impact for the boom (14) of the Gelcnklaeehe (3) roller-type roller bearing roller (13) is arranged « 6. Trag- and FOArux ^ eelariefetung naeh Anapsuaa 1 to 5 _f gekannzaielinat _v dam on that arm (14) of the GeXenfri a surface (3) a cjlisdriaoL · anegeblldete (15) disposed castor i "t _f SLaatallmlttel mgaordnet ALND. 7. Sragxind Jghrang-inriontung after Aaapruah 1 Ha 6, daAareh marked, daA the Kütetallmittal for the Laafrelle (15) by creating an adttela of a very ambe adjustable XBaenter. 8. £ rag- and gu & hrungaeinriehtu & g according to Anapraeh 1 bia 7, dadnreh I gekenaseiehnet «daft on the drive-side sod of the Oelenklaaoae (3) an Aoalager (9) Torgeaehen iat, de "an a" (4) arranged, reratallbaren inaehlag (10) sugeerdnet 9 · Carrying and guiding devices according to Anaprueh 1 bia ft «d It is known that the Toratell is so ordered from the boom (9) Bare inaehlag from an Xr-shaped carrier (7) on the LauTwericagehäuae (4) carried and thrown through the head over a capsized nut F eatatellbaren Sehraubenbelsena (8) is formed. IQ. Frag- mA fm> «m _S « # * n * iefrfc "» g S ££ h ÄSiSgTSSh. 1 to 9 « gekennseiehne1; _v that on the Lanfwerlngehamae (4) a venigatena is arranged on one of the legs of the JTChrungaeehiene (6) cut out Lcofrolle (17).