DE1980940U - DEVICE FOR SEALING SLIDING WINDOWS, SLIDING DOORS AND THE LIKE. - Google Patents

Description

37d, 7/16. 19S0940. Ernst Pudcnr. ". ,, _ <,

nt r - "-> ^ r-" ⁴⁸⁰ ° Bielefeld. | Facility around Ab- H j, DO

Hfl h M f 1 C C * 1 sealing of south-facing windows, south-facing doors I. H. JaU I 00 * j and the like 16.10.67. P30212. (Γ. 10; line 4)

Dipl.-Ing. Günther Rau '18/67 i |

Patent attorney S

Ernst Pudenz, 48 Bielefeld, Herford Str. 89 '!

Device for sealing sliding windows, |

Sliding doors and the like i

The innovation relates to a device for sealing sliding ν windows, sliding doors and the like. In which each sliding sash is movably arranged in a single plane. j

The well-known sliding windows have built-in seals>

provided, on whose sealing surfaces the lower and upper edges of the. I.

Sliding sash leg open slide along. In the German I

utility model 1 919 724 describes such a sliding window _:

in the case of the sealing profiles under the running or guide rails at>

loading the webs of the frame profile formed from two ribs;

) ■ _ ,; are consolidated. |

We also know lift and slide windows and doors where the *? Sliding sash or the sliding door by means of a lever linkage; | raised from the closed position and locked by means of built-in rollers 4 is pushed. Furthermore, similar constructions belong to the state of the art, in which the sliding leaves or doors open | Rollers run in the closed position in depressions of the i | ^ Retract the running rails. With the known sliding windows or · <· - ■■ '.jf - Doors that are moved with lever systems are sealed i: 3 by pressing the permanently installed seals against parts of the:, J] Frame. However, the upper horizontal seal is in its' :; Functionality of. the precise assembly of the upper fascia wire; ' mens dependent. In the case of building subsidence or subsequent sagging; ■;:;, J the lintel of the window or door, the seal can

4800 Bielefeld. | Facility for ab- 1 4. j. bb f

sealing of south-facing windows ». Sliding doors, etc.! 10/6/67. P 30212. (T. 10; line 4)

no longer adjust the curved frame and thus loses its Effectiveness. Another disadvantage of the sliding windows and doors equipped with a lifting mechanism is that the costs for these additional devices are very high. There is also a significant disadvantage with the lifting mechanisms of the last-mentioned type in the fact that only two rollers can be used, which is particularly important in the case of heavy versions falls. Another disadvantage is the effort required to move the wing from its rest position with all of its weight (lowered position) in motion.

The aim of the innovation is to avoid the disadvantages of the known sliding windows and doors.

To the functionality of a sliding window or a sliding $ door even under adverse operating conditions fully aufrechter- to keep jj and the manufacturing cost to be reduced by saving material, the innovation has the object to form a sliding window or a sliding door such that

their horizontal lower and upper seals in the closed position flexibly transferred into the sealing position by the action of a spring will. . ■ ■. ! ■

According to the innovation, a device for sealing sliding windows, sliding doors and the like is assumed, in which each sliding sash is movably arranged in a single plane, which is characterized in that the provided for sealing in; & .: Sealing strips arranged in the sliding direction on perpendicular to the sliding; directionally displaceable within the sliding leaf frame Gela \ siege Trägern'angeordnet -are, whose lifting movement is carried out forcibly, "

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37d, 7/16. 1980940. Emst Pudenz. 4800 Bielefeld. I. Equipment around sealing of sliding windows, Saiiebetüren and the like. 10/16/67. P 30212. (T. 10; line 4)

O. Thu

The facility according to the innovation is distinguished from the known sliding windows or sliding doors in that the Puncture capability dex * sealing elements is guaranteed at all times.

The establishment according to the! Inflation does not require any additional Lifting and sliding mechanisms as well as manually operated fittings, since the sliding sashes or sliding doors are only moved in a single plane.

The innovation is below on a double-sash sliding window explained and shown in the drawings, namely show

Pig. 1 the sliding window in the view,

Pig. 2 the sliding window in plan view,

Pig. 3 and 4 the sliding window in side view,

Pig. 5 a detail.

That in the pig. 1 to 5 shown sliding window consists of a frame 1 (Jig. 1) and the two sliding sashes 2, 3, which are slidably arranged on the profiled running rails 5, 6 (Pig. 2, 4 and 5) by means of the ball-bearing support rollers 7 to 9 . are net. The frame 1 is composed of a lower frame profile 10, - an upper frame profile 11 and the U-shaped lateral frame profiles 1, 13. The lower frame profile 10 (Pig. 4) is equipped on the inside with two pairs of longitudinal ribs 14, 15 and 16, 17, which serve to accommodate the profiled rails 5, 6. The upper frame profile 11 is designed in a similar manner, the longitudinal rib pairs 18, 19 of which receive the guide rails 20, 21. ■: v '

The lower and upper profile legs 22 and 23 of the sliding sash 2 have an H-shaped profile, while- the vertical profile-

37d, 7/16. 1980940. Ernst Pudenz, _{q fiQ}

4800 Bielefeld. | - Facility to | % J, you sealing of sliding windows, sliding doors

and the like. 10/16/67. P 30212. (Γ. 10; line 4)

legs 24, 25 (^ ig. 2) are U-shaped. The inner vertical profile leg 25 is additionally provided with a hook-shaped profile 26 on the side facing the sliding sash 3, which, when the sliding sash 2 is closed, engages in the hook-shaped profile 27 of the sliding sash 3 and, for better air removal, is expediently provided with a sealing strip (not shown). I can be borrowed. The profile legs 22 to 25 are marked with - \

elastic, essentially U-shaped seals 26,] 29 or 30, 31, which are provided for receiving the glass panes 32 a, J 32 b. The sliding panel 2 is provided with relatively wide ■■ \ idlers 7, the axes 53 in the U-shaped bearing block '%

i 34 are attached. The bearing block 34 is on the transverse rib 35 of; screwed lower wing profile. As can be seen from Fig. 4,] under the transverse rib 35 of the lower wing profile a U-shaped ge i stalteter seal carrier 36 arranged displaceably, the guide 1

takes place through the side parts 37, 38. The two legs 39, 40 of the Vf Dichtsträ & ers 36 are reinforced at the free ends and each have

a longitudinal groove 41, 42 which is used to receive the sealing strips 43, 44 made of elastic material. The seal carrier 36 is under the influence of several compression springs 45, 46, which are supported in the groove 47 of the transverse rib 35, and is carried by two or more narrow running surfaces having lifting rollers 48, 49, the axes 50, 51 of which in the legs 39, 40 are stored. t

The. Roof-shaped curved running surface 52 of the running rail 5 on which the already mentioned wide support rollers 7 of the sliding sash 2 and

. the lifting rollers 48, 49 of the seal carrier 36 during the displacement process run, indicate the width and the radius of the narrow .Hubrolle; 48, ^ \ | §

■ · ■ - ■ ■■ ■ '■ ■' ■■ ■ '■; ■ - ■■ "■': ■■■ - ■ ·, · ■■ ■ ¹¹ ^ -Ss

49 adapted recesses 53, 54 into which the lifting rollers 48, 49 V- '1 run when the sliding sash 2 is closed. When closed: J / ■ / _ ;;. Λ

37d, 7/16. 19809 ». Ernst Ρ «« *? «· ₁ » ο CO 4800 Bielefeld. | Facility for ab- 1 4. J. DO

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When the sliding sash 2 is in position, the support 36 is pressed downwards under the action of the compression springs 45, 46, the sealing strip 43 »44 sealing the respective air gap 55» 56 between the running rail 5 and the side walls 37 »38. Once the ■ \ sliding leaf 2 is opened by lateral displacement, the lifting rollers 48, 49 from their recesses 53 "54 run out to the

■ arched running surface 52 and press the seal carrier 36 in the process upwards in relation to the left-hand section of the drawing in FIG. 4, so that the sealing strips 43, 44 are lifted off.

The guide rail 20 of the frame profile is similar 11 provided with corresponding depressions 57, 58, into which the lifting rollers 59, 60 run when the sliding sash 2 is closed. The lifting rollers 59, 60 are supported on axles 61, 62, which are embedded in the legs 63, 64 of the upper seal support 65. The reinforced Ends 66, 67 of legs 63, 64 are also grooved and accommodate sealing strips 68, 69. The upper seal carrier 65 is guided laterally through the walls 70, 71 and is under the influence of several leaf springs 72, 73, which the lifting rollers 59 »60 always keep it in contact with the running surface of the profile 74 of the guide rail 20. When the lifting rollers 59 »60 enter the In the closed position, the lifting rollers run into the recesses 57, 58. The leaf springs 72, 73 press the seal carrier 65 in relation to on the right-hand section of the drawing in FIG. 4 upwards, and the sealing strips 68, 69 now take over the sealing on both sides.

In exactly the same way, the sliding sash 3 and the The running rail 6 provided for him and the guide rail 21 are formed. In FIG. 4, the sliding sash 2 is shown in the open position and the sliding sash 3 is shown in the closed position

37d, 7/16. 19S0 940. Emit Pud «ix _T 4800 Bielefeld. | <Equipment for sealing sliding windows, sliding doors, etc. 16.10.67. P 30212. 0 ".1O; line 4)

Around the recesses 53 »54 · or 57, 58 of the running rails 5, 6 or, respectively, the guide rails 20, 21 not having to subsequently work into the pre-cut profile rods, according to a preferred embodiment according to Pig. 5 appropriately designed sections 75, which are made of light metal, plastic or the like. Are clamped and, if necessary, by screwing or gluing with the associated Profile bars firmly connected.

Especially wide and therefore weight-consuming sliding sashes

Instead of the rollers 7 or 8, 9, tandem rollers or more can also be used can be used as two pairs of rollers in order to keep the specific bearing forces of the rollers small. Since the running surfaces of the rollers 7

up to 9 are designed to be considerably larger than those of the lifting rollers 4-8, the narrow depressions 53, 54- do not hinder the sliding process, since the rollers 7 to 9 roll over the same without changing their height.

The sealing function of the lower sealing strips 43, 44 or the upper sealing strips 68, 69 is in the retracted state of the associated rollers 48, 49 and 59 »60 by the compression springs 45, 46 in connection with the dead weight of the seal carrier 36 or guaranteed at all times by the strong leaf springs 72, 73. The sealing strips 43, 44 and 68, 69 are expedient on the support side preferably ring-shaped, so that a special

good fit to the surfaces to be sealed is achieved. the Seal carriers 36, 65 can preferably be combined with the sealing strips 43, 44 or 68, 69 by being made in one piece from plastic in a hard-soft design.

By the resiliently arranged seal carrier 36 and 65 and the conformable and self-cushioned sealing strips 43, 44

37d, 7/16. 1980 540. Ernst Pudenz. ", _" 4800 bitlcfeid. | Facility for ab- 14. 3. sealing of sliding windows, sliding doors etc. 16.10.67. P 30212. (T. 10; line 4)

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or 68, 69 is even with coarse installation tolerances of the frame profiles a perfect seal achieved. Even with subsequent subsidence of the building, the evoked stresses that adversely affect the built-in Sash windows can affect the puncture ability of the sealing organs not affected.

As the preferably made of light metal or plastic Seal carrier 36, or. 65 and related parts very easily are, by suitable curve shaping of the inlet and outlet of the depressions 53, 54 and 57, 58, a slight lifting the seal carrier 36 or 65 when opening the sliding sash 2 or 3 scored. The shifting process even with large and heavy sliding sashes 2, 3 can therefore be carried out easily. In the The sliding leaves 2, 3 are closed by not shown locked locking devices known per se. The locking devices are expediently designed in such a way that the sliding leaves 2, 3 can be fixed in any desired position. It should also be noted that the sliding window described a draft-free ventilation is achieved by a slight lateral displacement of the sliding sashes 2, 3, the sealing strips 43, 44 or 68, 69 are slightly lifted from their support and thereby allow air to circulate. Also can instead of Sliding windows look for sliding doors and the like in the same way the sealing elements described are equipped, with only the lower rails to be adapted to the special requirements are. : '. . .

The invention is not just limited to sliding windows, or sliding doors the like with sliding sashes that can be moved horizontally

4800 Bielefeld. |. Facility for ab- j ^. j. D O

sealing of sliding windows. Sliding doors

and the like. 10/16/67. P 30212. (T. 10; line 4)

limited, but can of course also be applied to institutions use with vertically movable wings.

The innovation should also include such sliding windows, sliding doors and the like include, in which the lifting and lifting of the seal carrier with the seals is carried out by hand-operated mechanisms that z. 3 · can be coupled to the locking devices

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Claims (9)

4800 Bielefeld. | Device for sealing J ^ 0. UD DA Ci of sliding windows, sliding doors I .. A. J t and the like. 16.10.67. P 30212. (T. 10; line 4) 18/67 protection claims 1. Device for sealing sliding windows, sliding doors and The like., in which each sliding sash is movable in a single plane is arranged, characterized in that the to Abdidi Device provided in the sliding direction arranged sealing strips (43, 44 or 68, 69) on perpendicular to the sliding direction stored within the sliding wing frame (22, 23) Carriers (36, 65) are arranged, the lifting movement of which is compulsory. 2. Device according to claim 1, characterized in that the seal carrier (36, 65) under the action of itself on the sliding sash frame (22, 23) supporting springs (45, 46 or 72, 73), their respective positions being controlled by lifting rollers (48, 49 or 59, 60) is determined, which with fixed guides (5, 6 or 20, 21) work together. 3. Device according to claims 1 and 2, characterized in that that the guides (5, 6 or 20, 21) are designed as running rails whose profile with recesses (53 »54 or 57» 58) for Adjustment of the with the lifting rollers (48, 49 or 59 »60) connected Seal carriers (36, 65) are provided. 4. Device according to claims 1 to 3 »characterized in that that the rails (5, 6) are profiled in such a way and the depressions (53, 54) are designed in such a way that the lugs (7 and 8, 9) carrying the sliding sash (2, 3) without changing the Altitude and that of the seal carriers. (36, 65) assigned lifting rollers (48, 49) moved on the same plane and can move into the recesses (53, 54) in the closed position. ; 4800 Bielefeld, j facility for departure J 4th 0. Thu sealing of sliding windows, sliding doors and the like. 10/16/67. P 30212. (T. 10; line 4) 18/67 5. Device according to claims 1 to 4 »characterized in that that the seal carriers (36, 65) are U-shaped and their free legs (39, 40 and 66, 67) with longitudinal grooves. (41, 42) are provided to accommodate the sealing strips (43 »44 or 68, 69). 6. Device according to claims 1 to 4 »characterized in that the seal carrier is combined with the sealing strips and made in one piece from plastic in a hard-soft version. 7. Device according to claims 1 to 6, characterized in that that the guides (5, 6 or 20, 21) divided by sections (75) which are provided with recesses (53 »54 or 57» 58) for lowering or lifting the service supports (36, 65). 8. Device according to claim 1, characterized in that the and lifting of the seal carrier with the seals is carried out by manually operable mechanisms. 9. Device according to claim S, characterized in that the of Hand-operated mechanisms for lifting and lifting the seal carrier are coupled to the closure devices.