CN101435302A

CN101435302A - Angle support assembly

Info

Publication number: CN101435302A
Application number: CNA2008101754212A
Authority: CN
Inventors: D·哈内尔; M·西格勒; K·莫特斯
Original assignee: Roto Frank AG
Current assignee: Roto Frank AG
Priority date: 2007-11-13
Filing date: 2008-11-12
Publication date: 2009-05-20
Anticipated expiration: 2028-11-12
Also published as: SI2060717T1; DE102007054478A1; CN101435302B; ATE555269T1; EP2060717A2; PL2060717T3; EP2060717A3; EP2060717B1

Abstract

The invention relates to an angle supporting device applied to a rotating member of a rotary and/or reversible window sash (3) or door or a similar component, which comprises a first accessory (6) set to a frame (17) and a second accessory (34) set to the window sash (3) which are connected at least at a position with a joint element (16) arranged on the first accessory (6) by means of a locking component (20) adjustably supported in the second accessory (34); wherein, the locking component (20) and the joint element (16) constitute together at least an anti-lift device (40). What is favorable, the locking component (20) can be supported on the second accessory (34) from above.

Description

Angle support assembly

Technical field

The present invention relates to a kind ofly be used for to turn round and/or the angle support assembly of the revolving meber of turnover sash or door or like, comprise first accessory and second accessory that sets to wing that sets to framework, the Lock Part that they are bearing in first accessory by means of adjustable ground on a position at least is connected with a joint element that is arranged on second accessory, wherein, this Lock Part and joint element constitute at least one anti-uplifting device jointly.

Background technology

Be known that, the angle support assembly of window or door comprises that at least one sets base plate and first accessory (DE 10 2,005 056 151 A1) that sets to sash to fixing framework, their joints that is in operation, an anticreep wherein is set mounts and put, it can be transferred to the safety position from a hanging position when sash, door or like are closed.Anticreep mounts to put has a Lock Part that has slotted hole, and this Lock Part is connected on the downside of one second accessory by means of induction element or Spring Card double-layered quilt.Described slotted hole is used to install mating part that are arranged on second accessory, and these mating part are pressed onto when shedding on the described Lock Part when loading, and Lock Part may come out owing to weight pressure-off from its spring clip.

Summary of the invention

The objective of the invention is, configured and disposed in this wise Lock Part, that is, when bigger load shed, this Lock Part also can operate as normal, and can be as anti-uplifting device and anti-tilting apparatus.

According to the present invention, above-mentioned purpose is achieved thus by a kind of angle support assembly that starts described type, that is, Lock Part can be bearing on second accessory from the top.By this favourable setting of Lock Part in second accessory, be imported in the described accessory by joint element and Lock Part from the power of sash, and do not occur the Lock Part danger that pressure-off is come out from its guiding piece.This point realizes that thus promptly, described Lock Part can be supported on second accessory of constructing as the wing mount pad from the top.

At this advantageously, described Lock Part is arranged on second accessory, can support a side member that constitutes slotted hole at least.This Lock Part is configured for an anti-tilting apparatus of sash together with side member, and it should avoid wing to tumble under the effect of himself weight in the enable possition because first accessory and joint element can not turn-off to the below of second accessory.This point is particularly avoided thus, that is, joint element affacts on second accessory from the top, particularly affacts on the side member.

According to a kind of improvement of the present invention, another possibility is, is installed to be on the side member of described Lock Part in second accessory, be movable to one prevent that sash from lifting and/or the position of the open wing mount pad of position neutralization of tumbling in.Place the gathering sill of side member that a firm mount pad that is used for Lock Part is provided.By this set, described Lock Part only is stressed, and is not subjected to pulling force.

In a kind of favourable form of implementation, second accessory or wing mount pad can have a gathering sill along the longitudinal extension of accessory in the side member zone that constitutes slotted hole, and Lock Part is contained in this gathering sill movably.Thus, the installation of Lock Part becomes easily, and can be by approaching easily at any time.

In order to realize this point, in addition preferably, the gathering sill that being used in second accessory installed Lock Part distolaterally has a hole at it at least, and described Lock Part can be inserted in this hole.By the favourable design of slotted hole in Lock Part, on the whole distance of mating part, except that anti-uplifting device, also provide an anti-tilting apparatus.This anti-tilting apparatus does not stop that desirable wing is flipped open under may situation, but has avoided in (rotation-) enable possition wing owing to its own wt takes place by undesirable tumbling.

A kind of preferred form of implementation according to solution of the present invention, stipulate at last: the Lock Part that is bearing on the side member has at least one widening portion or hole for joint element is installed, its cross section opening is greater than the cross section of a thickening part of joint element, and connects a slotted hole on this widening portion.

For the present invention significant especially be, the side member that constitutes slotted hole has two bearing surfaces up, described Lock Part places on these two bearing surfaces.

About of the present invention configured and disposed, advantageously, joint element has a handle that is fixedly connected on first accessory, this handle can be imported in the slotted hole of second accessory and in the slotted hole of Lock Part, the thickening part of joint element then just is positioned at the top of Lock Part, thereby the thickening element is bearing on second accessory by Lock Part when load sheds.Guarantee thus: mating part do not come to second accessory than on the soft material, easy-abrasion part is protected.

A kind of compact structure pattern obtains thus, that is, the slotted hole of second accessory has such width, and this width is greater than the width of the slotted hole of Lock Part.

In addition advantageously, Lock Part at one end has stop or handle component of a bending, and it can come to the distolateral of accessory in the position that makes accessory insurance locking.By means of this handle component, can carry out manual adjustment to Lock Part at any time.

Also have within the scope of the invention, be arranged in the Lock Part slotted hole by the bending that roughly meets at right angles to a side or limit with side members that the almost parallel ground, the outside of handle extends, described handle can come on the described side members.Guarantee mating part well guiding in slotted hole thus.

In addition advantageously, Lock Part has at least one first fishplate bar as the locking element elastic construction, this first fishplate bar and a counterpart interlocking that is arranged in second accessory.The fishplate bar of described elastic construction provides a kind of possibility by simple structural measure, that is, make Lock Part carry out locking under the situation of sash inserting.

Also advantageously, Lock Part has one second stopping element or locking element with opposed that end of fishplate bar, and this element can be rabbeted with second accessory.A kind of transportation insurance device that is used for Lock Part is provided thus in an advantageous manner.

Description of drawings

A preferred embodiment of the present invention is schematic illustrations in the accompanying drawings, explains in detail referring to accompanying drawing.In the accompanying drawing:

The phantom drawing of the below folding corner region of Fig. 1 framework and sash, described framework links to each other by a supporting with sash;

The phantom drawing that Fig. 2 angle support assembly and wing mount pad are looked from the top;

Fig. 3 is used to make sash to insure the phantom drawing of the Lock Part of locking;

Fig. 4 wing mount pad and the Lock Part phantom drawing in the position that discharges sash;

Fig. 5 wing mount pad and the Lock Part phantom drawing in the position of insurance locking sash;

Fig. 6 is according to the wing mount pad sectional view of Fig. 2 along line A-A.

The specific embodiment

Figure 1 illustrates the below folding corner region of the window that is provided with an angle support assembly 1.Be connected with sash 3 by a supporting 2 as the fixing framework 17 of sheet frame structure, sash have a chimb (

) 4.In order to open sash 3, it must be removed from framework 17 earlier.This point can realize by supporting 2.

Described supporting 2 comprises 5, one conducts of support unit as board structure props up first accessory 6 of bearing plate structure and is connected pivotally with this support unit, and wherein, described accessory 6 is bearing in the framework 17 by means of a fulcrum post 12.A control fishplate bar 7 is connected with one second accessory 34 or wing mount pad pivotally.One end 8 of control fishplate bar 7 is removable with respect to first support unit 5 along a guiding device 9.Described control fishplate bar 7 and accessory 6 constitute a fork and cut geometry.

In the present embodiment, it is design like this that fork is cut geometry, that is, sash 3 is removed as few as possible, and still will produce a big as far as possible span width.In order to open sash 3, sash is just removed such degree from framework 17, and making does not bump between chimb 4 and framework 17 gets final product.

Base plate or support unit 5 are fastening with framework 17 usefulness screws.A corner hinges 10 is set on sash 3, and wing 3 is bearing on the control fishplate bar 7 by this corner hinges.Described corner hinges 10 has a fulcrum post installed part 10.1 and second accessory 34 wing mount pad in other words.This fulcrum post installed part 10.1 and wing mount pad or accessory 34 constitute corner hinges 10.

First accessory 6 has a joint element 16 or a pin on its free end, it rabbets the sash 3 from the below or in second accessory 34 disposed thereon or in the wing mount pad.The weight of sash 3 is passed on the not shown in the drawings fulcrum post by corner hinges 10.Subsequently this fulcrum post again with weight transmitting to control fishplate bar 7 on.Control fishplate bar 7 horizontal on accessory 6, and therefore load is delivered on first accessory 6.Fork is cut geometry and is selected like this,, has the big as far as possible overlapping of the control fishplate bar 7 and first accessory 6 when sash 3 is opened that is.Therefore, it is very little that the moment of deflection that is produced keeps.

Angle support assembly 1 can be used for the turned round installation of sash 3 shown in figure 2, perhaps also is installed in not shown door leaf or revolving meber.

As addressing, the fulcrum post that is used to install sash 3 is bearing in can rotating control fishplate bar 7.Corner hinges 10 has the fulcrum post installed part 10.1 that has elongated open or hole 10.3 for this reason, and it can be pulled on the fulcrum post, so that wing 3 can either rotate also and can overturn by means of fulcrum post and joint element.Described corner hinges 10 is fixedly attached on the sash 3.

A Lock Part 20 that has fishplate bar 20.1 shown in Figure 3, this Lock Part is made up of a smooth lath, it can be coating or form by stainless steel.Lock Part 20 at one end has backstop or handle component 20.2 of a bending, and it can come to the distolateral of accessory 34 in a position that sash 3 insurances are locked in a gathering sill 33 (Fig. 2,6) that is arranged in second accessory 34.

Shown in Fig. 2 and 6, accessory 34 or wing mount pad have a slotted hole 34.1 that is made of opposed side member 34.3, connected thereon one horizontally extending, as the side 34.2 of the top of the mount pad of Lock Part 20 or spigot surface.Have a plurality of protrudingly 19 on the side 34.2 up, these projectioies constitute gathering sills 33 by sides 34.2.Show three projectioies 19 in the present embodiment, but a plurality of projectioies that are arranged side by side 19 also can be set or a continual lath that is used to constitute gathering sill 33 is set.

The gathering sill 33 that being used in second accessory 34 installed Lock Part 20 can have a hole 38 at least on it is distolateral, described Lock Part 20 can be inserted in this hole.

The Lock Part 20 that is bearing on the side member 34.3 or is bearing on the side 34.2 of top has at least one widening portion 32 or hole for joint element 16 is installed, and its cross section opening is slightly larger than the cross section of a thickening part 16.2 of joint element 16.On this widening portion 32, connected an obviously long slotted hole 36; this slotted hole almost extends to the fishplate bar 20.1 that is arranged in the Lock Part 20 always; this fishplate bar can be rabbeted with counterpart or hole 37 (Fig. 4) of being arranged in second accessory 34; so that Lock Part 20 is fixed on this position; and therefore protect sash 3 to prevent to lift and Lock Part 20 vertically on protection its prevent to tumble.

Described Lock Part 20 has a stopping element or a locking element 39 as the joint tongue structure, and it can be rabbeted with the hole 37 that is arranged in second accessory 34.Thus, described Lock Part 20 can be protected by second accessory 34 or wing mount pad between 3 delivery periods at sash.

Be arranged on slotted hole 36 (Fig. 6) in the Lock Part 20 and be by the bending that roughly meets at right angles to a side or limit with side members 36.1 that the almost parallel ground, the outside of handle 16.1 extends, described handle 16.1 can come on the described side members.The side members 36.1 of bending extends in the gap that is arranged between handle 16.1 and the side member 34.3, to such an extent as to handle 16.1 can not come on the side member 34.3 of wing mount pad 34.

For sash 3 being installed to (Fig. 2) on the angle support assembly 1, the accessory 34 of wing 3 and prepackage is placed on accessory 6 or bight supporting and the control fishplate bar 7 by unshowned fulcrum post, wherein, joint element or pin 16 are guided through widening portion or the hole 32 that is arranged in the Lock Part 20.Lock Part 20 is pushed over stop position in the groove 33 of accessory 34 subsequently, clings to the distolateral of accessory 34 or wing mount pad up to the backstop or the handle component 20.2 that are arranged on the Lock Part 20.

Described stop position by being arranged on Lock Part 20 downsides stopping element (as addressing, it can be designed as outstanding joint tongue 39) and one unshownedly in the drawings be arranged on being used in the wing mount pad 34 and hold the recess of joint tongue 39 and realize.

Make described widening portion or hole 32 leave joint element or pin 16 motions by promoting Lock Part 20, and the side members 36.1 (Fig. 6) that two of Lock Part 20 are opposed, constitute slotted hole 36 arrive in the zone of back clamping part of pin 16, and thus accessory 34 or wing mount pad and sash 3 are insured locking on angle support assembly 1, if rotate sash 3, the pin 16 in slotted hole 36 (Fig. 2 and 5) can successfully slide on both direction or pass.

In the position that makes sash 3 insurance lockings, be arranged on flexible fishplate bar 20.1 on the Lock Part 20 and lock onto in second accessory 34 or be arranged in the hole 37 in the wing mount pad (Fig. 4), and guarantee thus by the automatic adjusting of carrying out Lock Part 20 according to the position of Fig. 5.

If sash 3 will be taken off from framework 17, then, fishplate bar 20.1 is removed from hole 37, and widening portion 32 or hole arrive in the zone of the pin head of joint element 16 or thickening part 16.2 once more by from groove 33, extracting Lock Part 20.By the specific design situation, fishplate bar 20.1 also can by means of instrument from the hole 37 extruding come out.After joint element discharged by Lock Part 20, sash 3 just can be lifted together with accessory 34 and extract.

For making the frictional dissipation between pin 16 and the Lock Part 20 can keep very little, pin 16 and Lock Part 20 are made by stainless steel, and wing mount pad 34 is advantageously made by zinc.Because joint element 16 promotes in Lock Part 20 that made by stainless steel or coating, so it is less to wear and tear.In addition, joint element 16 does not directly contact with the side member 34.3 of second accessory of being made by zinc 34 or wing mount pad.For this reason, the width of the slotted hole 34.1 of accessory 34 or wing mount pad can be slightly larger than the width of the slotted hole 36 of Lock Part 20.

Can obtain a kind of anti-cheaply uplifting device by means of the Lock Part of being equipped 20, it avoid sash 3 in as the turn-off position of Fig. 1 unexpectedly from following lifting, and avoid joint element 16 is pushed from wing mount pad 34.

And also guarantee in an advantageous manner by Lock Part 20: sash 3 in the position of turn-off by means of corner hinges 10 or fulcrum post installed part 10.1 and Lock Part 20 location that in radial and axial direction, is insured.This occurs in when particularly Lock Part 20 is connected on the joint element 16.These two parts constitute anti-lifting and anti-tilting apparatus 40 in the release position of sash 3.

As shown in Figure 2, joint element 16 or pin with its handle 16.1 pass in the slotted hole 36 of Lock Part and the accessory 34 or the wing mount pad in slotted hole 34.1 extend in the hole 6.1, pin handle 16.1 is fixed in this hole.

When sash 3 loads shed, accessory 6 is just tried hard to downwards around its tie point revolution, joint element 16 was pulled down and was pressed by means of accessory 6 this moment, perhaps thus pin head or upset end 16.2 at first are pulled on the Lock Part 20, by Lock Part 20 it are pulled to the side 34.2 of top of side member 34.3 of the formation slotted hole 34.1 of accessory 34 or wing mount pad then.Because the pin head rests on the Lock Part 20 thickening part 16.2 in other words, thereby has stoped tumbling of sash 3.

Claims

1. be used for to turn round and/or the angle support assembly (1) of the revolving meber of turnover sash (3) or door or like, comprise first accessory (6) and second accessory (34) that sets to sash (3) that sets to framework (17), the Lock Part (20) that they are bearing in second accessory (34) by means of adjustable ground on a position at least is connected with a joint element (16) that is arranged on first accessory (6), wherein, described Lock Part (20) constitutes at least one anti-uplifting device (40) jointly with joint element (16), and described Lock Part (20) is bearing on second accessory (34) from the top, it is characterized in that, the side member (34.3) that constitutes slotted hole (34.1) has two bearing surfaces (34.2) up, and Lock Part (20) places on the described bearing surface.

2. angle support assembly as claimed in claim 1 is characterized in that, Lock Part (20) can be bearing at least and be arranged on the side member (34.3) in second accessory (34), that constitute a slotted hole (34.1).

3. angle support assembly as claimed in claim 1 or 2, it is characterized in that, be installed to be on the side member (34.3) of Lock Part (20) in second accessory (34), be movable to one prevent that sash (3) from lifting and/or the position of the position of tumbling an open wing mount pad of neutralization (34) in.

4. as one of above-mentioned claim described angle support assembly, it is characterized in that, second accessory (34) or wing mount pad have a gathering sill (33) along the longitudinal extension of accessory (34) in the zone of the side member (34.3) that constitutes slotted hole (34.1), Lock Part (20) is contained in this gathering sill movably.

5. as one of above-mentioned claim described angle support assembly, it is characterized in that, the gathering sill that is used to install Lock Part (20) (33) in second accessory (34) has a hole (38) it distolateral at least, and Lock Part (20) can be inserted in this hole.

6. as one of above-mentioned claim described angle support assembly, it is characterized in that, the Lock Part (20) that is bearing on the side member (34.3) has at least one widening portion or hole (32) for joint element (16) is installed, its cross section opening is greater than the cross section of a thickening part (16.2) of joint element (16), and goes up at described widening portion (32) and to connect a slotted hole (36).

7. as one of above-mentioned claim described angle support assembly, it is characterized in that, joint element (16) has a handle (16.1) that is fixedly attached on first accessory (6), this handle can be directed in the slotted hole (36) of the slotted hole (34.1) of second accessory (34) and Lock Part (20), the thickening part (16.2) of joint element (16) then just is positioned at the top of Lock Part (20), so that when load sheds, thickening element (16.2) is bearing on second accessory (34) by Lock Part (20).

8. as one of above-mentioned claim described angle support assembly, it is characterized in that the width of the slotted hole (34.1) of second accessory (34) is greater than the width of the slotted hole (36) of Lock Part (20).

9. as one of above-mentioned claim described angle support assembly, it is characterized in that, Lock Part (20) at one end has backstop (20.2) or handle component of a bending, and it can come to the distolateral of accessory (34) in the position that makes accessory (34) insurance locking.

10. as one of above-mentioned claim described angle support assembly, it is characterized in that, be arranged in the Lock Part (20) slotted hole (36) by the bending that roughly meets at right angles to a side or limit with side members (36.1) that the outside almost parallel of handle (16.1) extends, handle (16.1) can come on the described side members.

11. as one of above-mentioned claim described angle support assembly, it is characterized in that, Lock Part (20) has at least one first fishplate bar (20.1) as the locking element elastic construction, this first fishplate bar and a counterpart interlocking that is arranged in second accessory (34).

12. as one of above-mentioned claim described angle support assembly, it is characterized in that Lock Part (20) has one second stopping element (39) or locking element with opposed that end of fishplate bar (20.1), it can be rabbeted with second accessory (34).

13. window, door or like have as the described angle support assembly of one of above-mentioned claim.