HUE028810T2 - Fitting for a window or door with a wing moveable into a parallel plane and horizontally slidable in said parallel plane - Google Patents

Description

BITING MAIN IND WINDOW OE DOOR WITH A WING MOVEABLE INTO · A PARALLEL PLANE AND HORIZONTALLY SLIDABLE IN SAHT PARALLEL PL A NE

Deseriplàm

Th * mveftime mlftfes-le facial energy storage and storage for the window or according to the preamble. this is a device for the wmdtesv os' door whit-parallel movable whig or gtsp-gartdld smv-eahfe vvrng. The rams of the rams, will be fixed as the Rams,

Cd 'the parade! stop position, ersatmg a secure fit in the end position- of the parallel step position, and to allow for controlled parallel opening. This allows ,. the opening of the parallel slide movement, which has & disadvantageous effect on the Ruing and contact noises. Tbc forces Imposed on such a system at the initial speed and the mass; position. The heavy weight of the wing also renders difficult the closure movement. It is also a good idea to close the position.

The energy storage of the wind is also a problem.

As has already been indicated, this is an indication of the location of the wing. With these applications, fittings are known which, a plurality of points, distorted over the wings, by means of a locking effect, end, by means of a displacement device; in these sectors, cosnferl and convenience can he perceived, veiben Is assodsfed with a higher awareness of security; In order to meet this demand, the fuscttOa scope of the eotftpoaeafe · os the structural nuit also needs k; be increased. The fining of this type is already known from BP -0103725 .81. The known -device- is a fingering-a-wing of a window or door, which is a dingle of the dingle. able to rotate in each case, and a sliding carriage of the other, "in a parallel stop position" cooisis of a locking member interacting with a latch accotmnodafksn element, a blocking device can be released. the parallel slop position, a legend, is one of the most common in the direction of its engagement position.

By the way, they can be supported. However, -hr ibis advantageous leat & most spring h provided, which is the best in the world.

This requires a large antosnt space and height, which has a disadvantageous effect on stability. In addition, the leg spring can only be the components of the individual components. This spring is the best way to get the most of the spring, which is the best way to get the most of the spring. therefore be of sntftl design., the fitting only allows for automatic movement over g short movement. pathway trous the parallel stop fforirio «in the direction of the contact is not effective.

Also known as a device trout for brochure “HAUYAtt ATfelOM $? eotulorf “from the company iíAUTAÜ, which supports the wing of the cosmopolitan, and is expensive to manufacture. The device is also a squirrel of structural space, which has a disadvantageous effect. The invention is based on the fact that it can be used as a tool for the protection of the body. and adjusted with a small structural space required.

Falling on the wall of the opening of the wall, e, g. Jfrotn a fixed ins-ailed. frame, being capable of dtspiamnent at least about parade !. and in fins parallel stop position capable of displacement horixontafiyy 1 At least one displacement device, in the same way as in the case of a rotatably monoive dispiacentem amt in. a parallel opening width with an activat & ble locking device of a control arm. I do not have the right to use a latch; abutment, is the articulate jointed to a displacement. in particular ο »clos clos clos axis of í clos clos clos clos clos clos clos wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein wherein element element» the control arm. The Latch accommodation element with its free end, the latch accommodation element with its free end.

Arranged in a displacement device, an energy storage device, a secured with one end of the displacement am, close 1 © a rotary bearirsg is a wing side, between the wing wing and the displacement arm. In the direction of the w ing, in the .situation, in the direction of the free movement of the w ing, the energy storage device excst ;; a lot ce onto the whig m the pmdiei stop position, which speeds this up with the movement who self closure position. The Wise Is The Secrets Of The Sail Of The Sorrow : the closed position. Much displacemear am * am at the end of the day. control asm. I am looking for the best way to get the best out of the ibame. This is a non-loadcd arsd loaded state, which is a non-loadcd. simovt all sjjaeed apart between the dispiacsters arm and the control am *, and the tension spring, in the non-loaded position of the disposition of the device, » the eorsiroi asm, nesl to otsc another

By way of the spring, high loading sp-and stored mttii the point sst which is the tension spring thaws;

Powered by: http://www.articledashboard.com/default.html the already installed fitting, is possible, in the parallel position of the wounding of the undesired slamming. Secure © Mention The parallel stop position Is achieved If, in addition, the position is the spring stop, the session spring is tensioned, and a locking element in. my latch accommodation item, secured due to the tension spring in the pre-tensioned position, wfng to the irisre, the lenskm spring adopts the iensloowelscving initial posltlou. fn order to meet the needs of the spearheads at the wing, which is the closest to the wing, is against the frame. A simple and economical ofthe caf amet oh oh oh oh oh oh oh amet amet eh eh eh amet housing, which is. movement · * coupled with a belt.

In addition to this, it has proved to be advantageous in respect of the furwtíou, assembly, and. cost of the fitting fitting, faking, fitting, fingering, or fingering,

Depending on the size and weight of the window, it is also possible for the device to be mounted several times. In order, rt'the arises, for the draw force to bo increased. Further advantageous embodiments are shown I «the drawings. These shows:

Figs. .And 2 in a lace view and a side view, a.parallel stoppable tilt window or door;

Figs. 3 and 4 in a face view, a parallel stoppable tilt window or door, with parallel stopped: and horizontal wings, poshed into the. open position

Figs., 5 and 6 in a face view, a parallel stoppable tilt window or door; with the wing, stopped parallel and horizontal to the pen;

Fig. 7 a perspective view of a door in a. parallel stop position, displacement device, in the titled to the wing.

Fig. · Loaded state; of the closure positron · according to Fig. I and Fig. 2 or the tiff position, according; in FIG. 3 and Fig. 4,

Fig. § a view of the present invention. he and Fig. h.

Fig. O the section on the use of the device and the device for the storage of waste. 1 and Fig. 2 and the tilt position according to Fig. 3 and Fig. 4,

Fig. 1 i. A frontal view of the state of the latch-to-the-late slate according to Fig. 10,

Fig. 12 a section on the state of the art and the state of the art. ,! and FIG. 2, of the tilt position according to id Fig. 3 and Fig. 4, and f of the present invention. Figures 12 and 6 of the present invention, which is a fixed-position frame. movable wing 3 ..

The movable wing 3 The fixed position of the winged wing or door section: 2, they brought out the illustrated in Figs,! and 2, on the one hand into the coupling position as eau be seen in Figs. 3 and 4. in the further 10, the wing 3 or 4. the wing 3 or the fixcd-loeah or fixed door section 2 respectively, however, the wing 3 cm, in the other hand, also in. Into a secured parallel slotted position 3 in the fixed frame I in I '<s «kf fot toese four positions of 5¾¾ mag 3 relative to the fixed ft» I and 3.-3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3.,,,, of of , for the sake of the simpiiàty, in Figs, 5 mi the wi ng 3 and the upper displacement device 6 and the lower displacement devise? between the wing 3 and the fixed frame 1 can be seen by way of indication.

Tbs upper displacement device 6 and tbs lower displacement device 7 can be configured as kinematically similar. They may, however, be a different-embodiment. With the upper displacement device 6 aceSfdihg to Fig. ? ai the tipper transverse spar of the .fixed frame 1, and;

The lower displacement device? It is also the case that it has been set up in such a way that it is a safe one. In the exemplary «mbxxtimers, the main issue is the form of operation of the toe tiding; iunctional configuration of the lower closing-side displacement device.

Both ibu .doxiag-side.as well as the epeuiug-shis: lower displacement device? include a displacement atm 11, as is shown in Figures 7 to. Bach of these closure ur-uts 11 is in the case of vertical axis shop 12 according to Fig. S and Fig. 9, joiut-comtceteti: to a carriage-as to pivot. They are freely rotatable 14, so they are freely rotatable with the most horipootal axes; fixed son! paral lel to its plan.

The displacement arm 11 is composed of its other end of rotary bearing IS, which is -connected to beating, block 16, secured to the wing 3, as ean he in from Figs, g to 13.

The two carriages 13, carrying the displacement arms 11 ,. they are in connection with one another, for example, in the form of a number of lines, and the number of broken lines. With the help of too coupling rod 17, the axial bolts 12 and. the carriages 13 of the toe displacement device 7 -carrying them mpeciively ere held permanently at a constant distance spacing from one another. The Rotary Bearings I-5 The Two Displacement Orma I I therefore engage in the spheres of the spheres, one of the three blocks, and the rigidly secured to it. 'Fhe wing 3, the two carriages .13 with the two displacement nsenf arms If lotto with one another a steering pamllelegmm. With the aid of this steering parallelogram, the wing 3 ean he adapted transversely to the plan, and Fig. 10 and the parallel stop position: shown in Fig. 7 and Fig. 12, also shown in Figs. 3 to 4.

7. Show to Fig. 7, Fig. 7, Fig. 7. Fig. 7. Fig. 3 and 4, the wing 3, in the position of the displacement device? to the parallel stop position according to FIG. 12, to the theme of its horizontal displacement, always secure in the parallel slop. the fixed frame I, it is a ip parallel stop position? to be blocked to the fixed franse! or, respectively, is a special blocking device Hi which can. you are clearly identified in Figs, 9 and 12, the other band, however, by the leasing of the fingers parallel stop position tor the displacement arms! 1, in iis horizontal movement ', hack-and-go »1 12 of the dosed position according to Fig. 10,

For the sake of xknplieity, the blocking device 18 is only provided between the closure-side lower displacement artn! 1 and the wing 3 and the Iked frame 1 which carriage 13 respectively, though, ft would be all the way to the displacement of the displacement.

Due to the forced interaction of both displacement arms 1 i in the continent of a steering parallelogram. It is a good thing to do, but it is a good thing to do it. this is a control arid 20 is connected to one of the axial hob 12 offne carriage 13, free to pivot about an ax is of rotation 19, The other free end of the control arm 20 carries a guide pin 21, which is also a favorite of the shop.

The control arm 20 enc, approximately In the π-ùd-area. a locking «foment» 22, which is the founder of a blocking device IF. With the projecting fug 24, facing the closure-side vertical spar 2.3 of the tked frame I, on the carriage 13 In the slide direction 27, the first slot in the direction of the wing 3:, while a second slot arm 28 pointing front the frame 1 in the direction of the wing 3, forms an angle of less than 99 '·. The end of the second lot amt 28 forms a loefeistg piece 29, or the second stop position according to Figs, 9 and 12.

Due to the oblique position of the second! slot arm 28 in the fust arm 2S or the wing plane, a type of blocking nose 3; the wing 3 ist the direction onto the: frame i., the Y-shstped displacement device 7, and the control arm 2 wing 3. It is therefore also possible for the displacement of the displacement device. in the slide-closure movement, it interacts, in aeeoniastce with figs. the fixed frame 1 and on the rail 9 respectively, i n particular at the closure-side lower comer.

The control arm 20 is the joint pair of the displacement device 7, the actuation of the displacement device. as a control element, is in engagement with the fixed frame.

folded against the fixed frat: Si during the sikfc-oiosure movement-of the wlng 3, as can be soon 1rs «sch of Figs. Ioana! F

By way of the length ratio, the corslsgurstiosg the ô 1 1 1 1 sad of the control: «s 20, tire movement characteristic Is determined of the locking densest! 22 engaging in the control slot 23 st end ofthe closure-side carriage 1.3,

The movement characteristic is determined its. this situation in direct dependency is the movement of the golds pin, at this time, is in. setting arsd retaining engagement with the inlet opening 32 ofthe ffrmre-side abutment 31.

With the wing 3 in tin; closure position in contact at. the fixed: frame 1, according to Fig., id, the locking element 22 is located in the end position of the first: Ska arm 26 of the control slot 23. 33 of the control arm 1, as can likewise be seen from · Fig. i. 6 .Due to the longitudinal dimension of the displacement - 11 and the rotary hearmg 15., and the blocking of the displacement arm · II and the blocking -device ft, at the parallel stop movement of the wing: 3, in the closed position; Fig. 9, -a forced: .movement -of the control arm-2fr.is actuated, which then -displaces the locking element 22 longitudinally inside the frame-side control slot. 23. In the situation 3 is displaced during the stop of the fixed. frame i, along a curve determined by-tee displacement arm 11 ant! tie control arts 20.

As long as, according to Figs. 9 and 12, the locking element 22 of the control arm .2 (the second slot arm 28 and in from the blocking. (1 is guided relative to the displacement of the end of the curved slot 33). facing she-fixed frame 1, in the frame-side abutment 31.

The wing 3 is fixed by the control of 'a horizontal displacement out of the area of its passage opening.

Only when the locking element 22 is in front of the blocking nose 30 (Fig. 9) is located on the blocking part of the blocking element. they are the way to go the guide pm 21 (the end of the curved slot 33, facing the fixed frame 1) , and -can therefore detach from the frame-side abutment 31,

At the moment, the locking element is at the same time. The locking device IS engages In the positive: fit aod supports the displacement arm 11 at the frame 2 or at its. bearing block: M against a backward rotation about its rotary bearing 1.5. I want to do the job, the password is the same. I do it (he-carriage-13, movable on the rail 9. Is effecti vely blocked ma sustained contin, fa those sectors, an. Enhanced .demand for cony -enienoe can he more idesvtitied, which is associated with an increased awareness of safety and security, 1¾ achieve this, m energy- storage device 35 is provided for $ 8 (with windows or boors, which is the Internet with the displacement device). what is: referred 1 * as a drive-rod fitting, sad, by nseans of drive rod in the asseath dad comer de oeciksn. transfers and conveys an ainainafks «movem the order of the frame, a locking effect, a locking effect, a locking effect, a locking effect, and by means of displacement devices d? hit parallel stop slide of the wing 3 against the frame I.

Tits arrangement allows for auxture processing, such as milling out of the device.

According to Figs. 8 and 9, the energy storage device 35 is arranged between the displacement arm! I and the contra! arai 2d, almost next So the displacement amt 11 inside a loïigiîaàlnal section.

Due to the fact that the energy storage device is the same as the one in the past, it has been established that it is the only one to be able to do so. according to Figs. 2. and FIG. 10. is discharged to the frame 1, and ptovides a support for the closure movement, whereat, according to FIG. SO, the energy storage device 35 relaxes and adopts a discharged initial position.

According to the invention, the displacement device? the structural elements of the energy storage device 35, .snob that an adinshnent to the diffraction of the fitting 10 are possible without any problem. 35 ears be avoided.

According to Fig. 8 to Fig. 13, the energy storage device 35, Fig. 8 to Fig. 8 (Fig. 8 to the displacement arm 11 and control) arm 28, wish she increasing, movement 28, wish she increasing, movement 28, wish she increasing, movement 9 of the wing of the displacement device, Fig. 9, moves away from the wing of the displacement device; the nd 3 in the parallel stop position, which is the speed of the closed position; by in sec automatically working latch-eaiçh device 38, which is covered by the titling 18, initing with Fra. 1 (1 and Fig. 1 i.)

According to FIG. 9 and Fig. 12, in the case of the displacement, assn 11 and -to the pin 39 projecting at the contrai arm 28-, in a movement-c «m« d. arrangement for the purpose, the pin 39 arranged at the side of the wing 3, and site pin 40 comprised of the control arm 28 is located on the side facing the lower transverse. ., The displacement arm 11 and the control atm device -them a stähle ksealion position ihr the energy storage device 3 $, both during insmllstío &amp; well as s * heæ In imcîkm. With Sh * posts «S sh * pins 39, 40, the offset behaviors are ca ssmpfe. Masser. The distance between She pros 39, 40 is the type of displacement device, your body is your contact closed post »uceotdmg to fig. , On on on on ur beh beh beh beh beh beh beh beh beh beh 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. 35. if if if if if position position position position position position position position position position position position position position position position position position . This «reste« a direct noêt beto-'ter, as a result of the wstug 3 is a pressed hypertensive test.

Other securing possibilities for the tension spring 35, suefe as, for example, a · clip-on variant, eg · likewise conceivable. l9ot represented but c <a «i; Vablie is the situation in which one or both pms 39,40 is / are tent as eccentric pms, and a urn! engagement point for the adjustment of the tension spring 3 5 can be adjusted.

Which provides a stepless increase in sheep pre-stress, fheferahíy, and represented m FIG. 9, the tension spring configured as the energy storage device 35 is a helical spring, kun. She is glowing-wound wire, and in accordance with FIG. h and Fig. 9th and the control arm of the displacement of the displacement device. 20, next to one another.

The energy storage device is a prelemhly made of a spring: steel wire.

Is a structural unit mdefxmdeniiy of the Ming 10, subseqxtem mounting on the -displacement device ? is possible, at least if the seed arises.

With the tension of the tension spring, the locking element is:. Ihat an unintentional falling of the .adjustment: device? out offne parallel stop position is avoided. If the wmg. 3 is: moved to the closed position, mto the contact closed position. 1Ö, adopted non-ioaded ot slightly pre-ieded initial position.

The Mme 1, arid therefore the posilte with the lower transverse spar of the wing 3 according to Fig. 3 and Fig. 4, m et al. 3 caw bold the frame 3 .after pivoting inwards, in a secured position aï te borne!

This article is from: http://www.freemail.org/wiki/support/content.html. Taking effect at the tram 3, arranged at the wing 3, at the tram 3, a lafeh-osteh devtee. winch is arranged on the edge of the window, which holds the wihg 3 against the frame 3 on reaching the closed position, as can lse seen from Fig. ID fo Fig. 13th

Fox six; s of the Simplicity, She catch device 43 compmes, 1¾ the. force mtpositto «,. «Pressure spring, not sSxovm ,. mounted to a houshtg, which is a movement-coupled to a boh.45. When the wing 3 is moved in at the. Same i. the boit 45 engages automatically beb'uKi the closure part 42. daring htstsihtttoo, the houcios; 44 ompdses, according to Fig. 10 and Fig. 2, a seeuriag cutout opening 4b for a securing means, for example for a securing screw.

Reference number Isst 1 Frame 2 W: ng 3 Wing 4 Passage opening 5 Operating band b Displacement device (top)? Displacement device f bottom) S Slide guide 4 Rail ICI Stop 11 Displacement arm 12 Axial Poll: 13 Carriage 14 Scooter 15 Rotary bearing 19 Locking device 20 Control arm 21 Coude pin 22 Locking element t 23 Control slot 24 Log 25 Vertical spar 2b Slot arm 27 Slide device 28 Slot arm. 24 Latch accommodation n il B locking nose 31 Abutment 32 Inlet opening

Claims (7)

PATENT PERSONAL POINTS Vallat (10) one, yasalsí Oö) ksveîôszereteete! (6,?) From the plane of the tslnyMs, from a closed position, for example, from a firmly built frame (I) - with an outward movement of at least approximately damp, and in this * position, parallel to the plane of recovery, horizontally: to a movable window or back to the wing (3) ), where the reinforcement {10) is at least one kmtdsmke »ete (?) of the vassl (3) on the vasslst (10)! (13) one of the holes (20) of a regulator (?) Of a regulator on the guide rail (?) Is a sixth (20) of the regulator (20) of the control unit (?) On the guide rail (9) with an opening and / or arc parallel to the frame (9); ?) with a releasable arterial structure: b) limiting the number of artifacts (IS) with one flap (29). from sletn (22):, and the wing (3) a. The shift-closing motion of the fixed frame (I) can be resolved by means of a fixed actuator (31), where the controller (20) is formed by a pivoting shaft (19), preferably a pivoting arm (II), with a damper (29). ) the blade bracket (13), and the latch member (22) positioned on the control arm «» (20), and the fixed support (31) on the displacement-closing movement coincide with the control: scratch (2o), and wherein the feeder (29) passes through the wing (3) in the direction of displacement and the iron groove (10) at the angle of inclination (23?), with the second flap (28) having a snap of the flap ( 2?) Created by, with, 33 Curved Slots 3 5 Energy Stores Ice Cream 39 Inn 40 l-nrs 41 Eye 42 Closure part 43 Cs &amp; ih device 44 Honsinv 45 Beil: 46 Securing eCotd opening V'asalaS egg psrànr &amp; moss «bis &nbsp; &quot; bb &amp; n m.... Otherwise, the v-window is a retractable window or a cantilever in the structure (7) of a ferrite tool (35) with iron and one end (36) &amp; near the axis of rotation (? 9), the control arm, (20) and the lever (11), the control arm (20) is fastened, and the other end (3?) is a wing-side bracket (ÍS) mid-jade, kjvdÄarfl 1) and the wings (3) are "connected by iron to the recess (11)" where the force means (35) is parallel to the field of the wing (3). In its stop position, «the squeegee blade (7) is positioned at a clear distance, a free range of movement« «. and the movement of the wing (3) «where the eradicated device (35) on the wing (3) exerts a force in the position of parallel stop positioning the movement of the etmsk into the brain position, where the wing (3) &amp; to reach the closing position "· the storage device 135) a single hub on a roof: drmestest and -a-rays - (10) Siggedsnitt au aralarar» Effectively engaging with a deflection device (3S), safely in the closing position, Iron fittings according to claim 1, characterized in that the power tool, preferably with eyes (41 s on the ends at the end of the squeegee f 11}, and on the control arm (with the projecting pins 201 on the end of the squeegee, 35) is properly formed. 30, 40, 40], characterized in that the connection of the main storage device of the power storage device or the buzzer (35) with the lever (11) is on the visible side facing the wing (3), and with the control lever (20) the iron (1) on the lower side of the frame (1) is ironed. 4. The iron according to claim 1, characterized by a slit, a hill as a tensioning knife (35) as a power tool (35). the screw shape is superimposed on the wire and is in the unloaded state almost completely spaced between the crank arm (1!) and the control arm (20), where the spring (35) in the grease position of the projector (?) is unloaded in the unloaded position. Armed with a coaxial arm (20) arranged in parallel:. 5. The iron according to claim 1, characterized in that the etching means (i.e., the tool) or the domestic steam (35) is of a non-conductive type. The iron according to claim 1, characterized in that the power storage device or the drum (35) can be mounted simultaneously with the installation of the vasa (10) or on the arena. ?, The t. by means of moving the flap (3) to the stopping position of psrbnzamo, the whipper (35) is tensioned when a latch member (22) is provided in a flap (29) with the hood (35) in a prestressed position it is held in an out-of-line (?) - parallel stop position and by passing the wing (3) from the secured parallel exhibition position to the wing O) adjacent to the application (4), the base carrier 05 j is a free passage. S. The irons, according to claim I, according to claim 1, leave the damper "structure 08} a closing part (42) arranged on the frame O). and one. â € <on the wing <3> It is a self-aligning sledgehammer (43), the aab chimney »is arranged on the window or on the 1» aen clenre, so that the wing (3) holds the frame to the frame when the closing position is reached. The hardware according to claim R, characterized in that the operation of the damper (43) is carried out by an embedded embedded rabbit, which is a long distance! (45) there is a slave-wash cabinet. 10; hardware. characterized by a fitting of a fitting to the window or door of the fitting of the Csappantyú editor (38).