CN102639802A

CN102639802A - Fitting for a displaceable wing of windows or doors

Info

Publication number: CN102639802A
Application number: CN2010800528671A
Authority: CN
Inventors: J·万巴赫
Original assignee: Siegenia Aubi KG
Current assignee: Siegenia Aubi KG
Priority date: 2009-11-23
Filing date: 2010-11-22
Publication date: 2012-08-15
Anticipated expiration: 2030-11-22
Also published as: EP2504505A1; RU2547647C2; HK1168639A1; WO2011061316A1; DE202009016043U1; RU2012130630A; EP2325420A1; KR20120092666A; EP2504505B1; CN102639802B; KR101860577B1

Abstract

The invention relates to a fitting for a displaceable wing (1) of windows or doors, in which the displaceable wing (1) can be moved with the aid of an actuating handle (14) for opening parallel to the blind-frame plane (4) into a parked position of an adjacent wing (2) or a fixed panel, wherein in each case upper and lower running rails (5, 6) for the guide elements (7) which are arranged on the wing (2) and for at least one running element (8) are seated for parallel displacement on the stationary frame (3), wherein the guide elements (7) and the running element (8) are arranged offset with respect to one another transversely with respect to the running direction of the wing (1) and can be controlled in each case via guides (9, 10) which run parallel to one another on the running rail (5, 6), wherein the guide (9) of the guide elements (7) comprises a controller (12); for parking and displacing which is arranged at the respective ends (15, 16) of the opening range of the frame (3), wherein running rollers (13) which are assigned to the running element (8) are mounted on a shaft (17) such that they can be displaced axially transversely with respect to the running direction for parking, and wherein at least one running element (8) can be fastened to the lower horizontal wing beam (18) such that it can be positioned freely, and the guide elements (7) are arranged at the respective ends (19, 20) of the wing (1).

Description

The accessory that is used for the mobile wing of door and window

Technical field

The present invention relates to a kind of accessory of the mobile wing that is used for door and window of the preamble according to claim 1.

Background technology

DE 2340922C3 discloses a kind of device that is used to make the gliding window that can be directed versatilely along its frame plane or sliding door to adjust with respect to doorframe and window frame (being doorframe or window frame) perpendicular to this guide frame that has; Wherein, Sliding wing is directed by pulley on the bar shaped slide rail of doorframe and window frame and vertical adjustable being used to of wedge shape moulding produces adjustment motion in sliding wing lath, and pulley has the circumference profile that U-shaped surrounds slide rail.

Said structure have around the connecting rod accessory, it is in function with sliding part and is connected.In addition, pulley has the device that is used to depart from the framework wing.It is very high that this set has been proved to be manufacturing cost.In addition, this structure is not suitable for providing flexible program cheaply because this accessory under the situation of subduing load on a large scale below need be on the wing beam column more than two pulleys.Existing pulley is because the deviation control device cost is very high and need a kind of design that must mate this gliding window.

Another device of the above-mentioned type is open by DE 7127697U1.Through the motion of carrying out transverse to the sliding wing frame plane of staggering, the sliding frame wing can be with respect to the middle at an arbitrary position sealing of doorframe and window frame.Use pulley right at this, it is kept by pulley bearings, and said pulley is to be bearing on the pin that is fixed on the sliding frame wing slidably.In addition, in the sliding frame wing, admit the lath of supporting movably, it has the slip profile.Now as make the lath motion, then whole sliding frame wing is because this profile slides towards a fixing sliding members is moved, thus in the pin embedding sliding members and compress spring.As lath is retracted, then spring release and sliding frame is retracted in its initial position again.

Pulley is to having thin relatively zone line on the pin of sliding frame.For sliding wing is staggered with respect to doorframe and window frame perpendicular to the plane earth of doorframe and window frame, the slip profile is provided with the wedge-shaped surface corresponding with the wedge-shaped surface of sliding members in this technical scheme.Produce such shortcoming at this: torque is imported in the pin, and this torque is delivered in the pulley and from pulley by the thin relatively part of pin process pulley bearings and is delivered to the slide rail.This torque makes pin in female part and pulley bearings medium dip with block, and said structure is jiggly thus.This structure is big in the structure aspects cost, and needing more than the space and being inappropriate under the situation of subduing load on a large scale---it need be right more than two pulleys---provides low-cost design.

AT 287266 discloses a kind of sliding wing with rotating pulley bearing device; Its pivot center is parallel to the pulley guide frame, and pulley is moved in the staggered positions of pulley guide frame inclination.

By this known layout of sliding wing, sliding wing is only just producing controlled control when pulley is connected with slidingsurface on being arranged on framework and gets into fastening position during the moving process.And during whole shift motion, sliding wing moves to doorframe and window frame in not controlled position.Therefore, for example can not avoid by the caused quack sound of blast.

Summary of the invention

Task of the present invention is to further expand similar accessory; The feasible installation that can simplify accessory by the structure of simplifying; This accessory can be simply and is matched with the size of sliding door and wing weight thus at low cost arbitrarily, makes and also should as far as possible simply and at low cost carry out.

This task solves by the characteristic characteristic of claim 1.---director element and sliding part are provided with each other with staggering and can control through the guide frame that extends in parallel on the slide rail respectively transverse to the glide direction of wing---can be installed accessory simply to pass through simple measures; And through the separation between director element and the sliding part, for for example a kind of general and low-cost design being provided in different scheme aspect the size of the mobile wing of door and window and the weight.

Favourable also have, and the guide frame of director element has and is used to the control device that departs from and move, and it is arranged on each bight in frame openings zone, and sliding part can be through independently guide frame is controllably mobile.Based on the sliding part separated structures, director element need not be used to subdue the structural measure of load.Therefore aspect manufacturing technology, be used to depart from and the control device that moves can be constructed simply.Sliding part also has simple and suitable frame mode, that is, set pulley in order to be bearing on the axle transverse to departing from of glide direction with moving axially.Based on requirement and pulley moving easily on axle to the sliding part on the door and window, sliding part is saved space and little and low cost of manufacture.In addition; The operation of mobile door and window (i.e. door or window) obviously more steadily and can in the position of hope, adjust so that draw close (Anstellen) or depart from (Abstellen) on non-resistance ground; Because contact surface reduces through the sliding bearing device, the life-span of having improved this structure thus.

Another kind of suitable scheme is, at least one sliding part can be fixed on the lower horizontal wing beam column and director element is arranged on the vertical wing beam column and control device is arranged on each end of this framework with freely positionable mode.Sliding part can be simply and the no standard installation site be fixed on the wing.Because sliding part is used for subduing the load of wing, so can be according to the size of wing and the quantity of wing weight adjustment sliding part thus.Director element and thus control device do not receive the influence that size and load subdues as the member of independent action and therefore need not change or the member extra charge.

At last, favourable also having for function and for making cheaply, director element, sliding part, operating and driving device and locking system can freely be positioned not to be coupled each other on the wing and in POF with being separated from each other.Need not for example to form the long element of member coupling.Current primary structural component or building blocks of function can be in packing, operations more simply when storing until installation.

A kind of expansion scheme regulation be used for the parallel setting with the guide frame of sliding part of guide frame of director element, and on each end, the control cam with control device extends to the direction of framework with staggering.Control device is by to the position of the transition fixed block of guide frame of guiding element position and the mobile wing on sliding part with respect to the framework of door and window.Director element is through the fixing almost gapless design that can with little manufacturing cost realize mobile door and window of guide frame on slide rail.The position that in the accessory engaging groove, is provided with independently of one another through accessory; Sliding part and director element preferably obtain bigger installing space, can depart from wing perpendicular to frame plane simply through sliding part with respect to the parallel position of staggering of director element and locking system thus.Whole width through utilizing the accessory engaging groove and control device is arranged on the end of wing, accessory can be constructed relatively simply.This has following advantage: accessory is needing minimum installing space and wing to reach the big as far as possible width of opening on vertical direction between wing and the fixed frame.Therefore need not additional processing wing for accessory is set.Can avoid in the position of parallel offset, acting on load, the for example wind-force on the wing particularly well, this is that ground is not fixed in its parallel offset position with respect to fixed frame because wing can almost have motion, so the quack sound can not occur.

Particularly advantageously be, director element be arranged on each end of above and below wing beam column and be fixed on supporting member on the wing and constitute the supporting arrangement of wing.Supporting arrangement is configured on the wing beam column of above and below symmetrical in the axial direction and identically.Supporting arrangement can be installed on all bights of wing, and nothing notes left side or right side availability.

A kind of expansion scheme regulation, supporting member preferably have two pods that has through hole, and director element comprises pin and be bearing in the directive wheel on the free end of slide rail orientation that said pin runs through each through hole in POF, form a member.On the vertical wing beam column that director element and supporting member is arranged on wing; Pin can freely selected aspect its length and can realize that thus directive wheel is directed with respect to the optimization of the guide frame in the slide rail by running through each through hole simple location through moving in height.Fixing can simply through fastening devices pod on realize of pin in supporting member.

Another favourable characteristic is, operating and driving device has dwang, and it has the chute to confirm that radius forms around the swivel point of dwang.In addition, the chute of dwang on the sealed ground of shape when the parallel position of opening carries out the transition to the fastening position and can be bearing on the pin on the locking inserts that is arranged at framework with moving axially.At this, under the operated situation of operating grip through the operating and driving device wing be directed to control device on the element force control ground transfer on the framework and under reverse situation wing be forced with controlling and transfer in the parallel open position.The sealed locking that causes closing on the side of the shape of chute and pin.In addition advantageously, the chute of dwang get into or the position closed to be opened with respect to framework draw close or depart from process during can be bearing on the pin on the locking inserts that is arranged at framework and therefore with moving axially and during said process, continue to be in the position of locking.

At last, advantageously, be arranged on each above and below slide rail of fixed frame and comprise fixable tenon and the freely positionable interlocking element that has the chute guide frame for function and for making cheaply with the locking system that is arranged on the wing.Locking system is not coupled with other building blocks of function and can matees according to the door and window size.Preferred tenon has hold-down screw as fastening devices with the interlocking element.Can form locking with respect to framework pre-compacted wing and before the final position of fastening position by the chute guide frame.

Suitable is; The wing of mobile wing and fixed-site in fastening position on corresponding vertical wing beam column side direction overlapping in abutting connection with ground; In overlapping zone, locking system is set; It has two identical mirror images each other of cross section and is fixed on the lock piece on the wing with staggering, and in the time of in moving to fastening position, said lock piece can be transferred in the interlocking position through importing the inclined-plane.Locking system produces pre-compacted through importing the inclined-plane.At this, import the inclined-plane construct relatively identically with the chute guide frame of the locking system that is arranged on the above and below, can realize uniform importing thus.Because the cross-sectional configuration of lock piece is identical, so for example can be fabricated to extrudate, its advantage is that low cost of manufacture and lock piece can be cut to different length and install according to the installation site.

Favourable also has, and sliding part has the shell plates that cross section is a U-shaped, wherein, transverse to glide direction ground axle is set respectively on the end and is used to admit pulley.Confirm the spacing of U-shaped shell plates and the axially movable length of pulley by axle.Advantageously, axle passes through riveted and fixed on shell plates.In order to simplify manufacturing, shell plates is divided into three, and opposed case half symmetry is constructed identically, and is that the housing parts itself that forms the U-shaped shape also is configured to symmetry and have and be used for fixing accordingly and the receptacle that is connected two case half.

At last, advantageously, sliding part is on the longitudinal direction of slide rail and becoming on the horizontal direction structure symmetrically with slide rail for function and for making cheaply.

Description of drawings

Provide other favourable scheme in the accompanying drawing.Accompanying drawing is following:

Fig. 1 is the front elevation drawing of the door and window with mobile wing in fastening position and the partial view of building blocks of function;

Fig. 2 is for being posted by the cross-sectional view according to the door and window of Fig. 1 in the position on the fixed frame at mobile wing, it has corresponding director element and sliding part on the slide rail;

Fig. 3 is the 3D view according to the installation site of the sliding part of Fig. 2 and wing;

Fig. 4 for wing with respect to the framework parallel offset the cross-sectional view in the position of opening according to the door and window of Fig. 1, it has corresponding director element and sliding part on the slide rail;

Fig. 5 is the 3D view according to the installation site of the sliding part of Fig. 4 and wing;

Fig. 6 is for being posted by the cross sectional top view according to the door and window of Fig. 1 in the position on the fixed frame at the mobile wing according to Fig. 2, it has corresponding director element and sliding part on the slide rail;

Fig. 7 for according to the wing of Fig. 4 with respect to the framework parallel offset the cross sectional top view in the position of opening according to the door and window of Fig. 1, it has corresponding director element and sliding part on the slide rail;

Fig. 8 is according to the partial front elevation view of the below folding corner region of the wing of Fig. 1, comprises director element, sliding part and locking system;

Fig. 9 is the details front elevation drawing of the operating and driving device in fastening position, and does not have door and window;

Figure 10 for parallel offset the details front elevation drawing of the operating and driving device in the position of opening, and do not have door and window;

Figure 11 is the vertical view according to the operating and driving device of Fig. 9;

Figure 12 is the vertical view according to the operating and driving device of Figure 10;

Figure 13 for parallel offset the cross-sectional front view of the operating and driving device in the position of opening, and do not have door and window;

Figure 14 is the cross sectional top view according to the door and window of Fig. 1 in fastening position, its corresponding vertical wing beam column each other side direction have locking system in the ground overlapping areas, be arranged on below locking system and director element and control device on wing beam column and the framework beam column;

Figure 15 for mobile wing with respect to the framework parallel offset the cross sectional top view in the position of opening according to the door and window of Figure 14;

Figure 16 is the 3D view according to the lock piece of Figure 14 and 15.

The specific embodiment

Fig. 1 illustrates door or window with front elevation drawing, and it has the wing of fixed-site ground installation or fixing door zone 2 in fixed frame 3, and it also is equipped with mobile wing 1.

Before mobile wing 1 this can move to according to the position of Fig. 4,7 and 15 parallel offset with respect to fixed frame 3 and hard-wired wing or door zone 2 from Fig. 2, fastening position shown in 6 and 14 and then moves to hard-wired wing or fixing door zone 2 from the zone of the openings of fixed frame 3 in the horizontal direction, shown in the direction of arrow among Fig. 1.

In order to realize that wing 1 is with respect to fixed frame 3 and with respect to this two positions in wing of installing regularly or fixing door zone 2; Between wing 1 and fixed frame 3, special accessory device is set; Be so-called parallel offset-slip accessory, be wing 1 and the director element 7 between the fixed frame 3,

locking system

22,23 and the sliding part 8 that in Fig. 1, only schematically shows the operating grip 14 on the wing 1 for simplicity and show with partial view.

Director element 7 is constructed on each upper end of mobile wing 1 and

bottom

19,20 identically.Director element 7 must guarantee that the articulated position of its frame side embeds in the

horizontal slide rail

5,6 of above and below crossbeam of fixed frame 3 all the time and guarantees the same moved further of its control device that is provided for departing from 12.

At least one is set on lower horizontal wing beam column 18 is used for parallel mobile sliding part 8, it designs like this, so that reliably support the weight of mobile wing 1, and below slide rail 6 actings in conjunction in the lower crossbeam of itself and fixed frame 3 simultaneously.

Director element 7 and sliding part 8 transverse to the setting and fix through the

guide frame

9,10 that extends parallel to each other respectively with preventing to drop out and can controllably on

slide rail

5,6, be directed each other of the glide direction of wing 1 with staggering.Thus, accessory can be installed simply and be for example in different scheme aspect the size of the mobile wing 1 of door and window and the weight a kind of general and low-cost design to be provided through separating director element 7 and sliding part 8.

According to Fig. 6,7,14 and 15, the guide frame 9 of director element 7 has and is used to the control device 12 that departs from and move, and it is arranged on each

bight

15,16 of open area of framework 3.Sliding part 8 can controllably move through guide frame 10.Based on sliding part 8 separated structures, director element 7 is without any need for the structural measure that is used to subdue load.Therefore aspect manufacturing technology, be used to depart from and the control device 12 that moves is able to construct simply.Sliding part 8 according to Fig. 3 and 5 also has simple and suitable frame mode, but promptly set pulley 13 for can move axially transverse to departing from of glide direction and free rotary ground supporting on axle 17.Based on the requirement of the sliding part on the door and window 8 and pulley 13 are moved sliding part 8 saving spaces and little and low cost of manufacture easily on axle 17.In addition, the operation of mobile door or window obviously more steadily and can be in the position of hope non-resistance ground adjust so that draw close or depart from, because contact surface improves structural life-time thus through the minimizing of sliding bearing device.

According to Fig. 1 and 8, sliding part 8 can be fixed on the lower horizontal wing beam column 18 with freely locating and director element 7 is arranged on the vertical wing beam column and control device 12 is arranged on each

end

19,20 of wing 1.Sliding part 8 can be simply and the no standard installation site be fixed on the wing 1.Because sliding part 8 is used for subduing the load of wing 1, so can be according to the size of wing 1 and the quantity of wing weight adjustment sliding part 8 thus.Director element 7 and thus control device 12 do not receive the influence that size and load subdues as the member of independent action and therefore need not change or the member extra charge.

At last, favourable also having for function and for making cheaply: director element 7, sliding part 8, can freely be positioned not to be coupled each other on the wing 1 and in POF with the operating and driving device 21 of operating grip 14 couplings and according to the

locking system

22,23 of Fig. 1 preparing on the function according to Fig. 9 to 13 with being separated from each other.Need not connecting elements or long element, it for example is commonly used to make building blocks of function coupled to each other.Therefore current primary structural component or building blocks of function can be in packing, operations more simply when storing until installation.

As stated, according to Fig. 2 and 4, the guide frame 9 of director element 7 and the 10 parallel settings of the guide frame of sliding part 8 with staggering.According to Fig. 1,6 and 7, the director element 7 on 19,20 upper controllers, 12 fixed

racks

5,6 of the upper and lower end of wing 1, this control device have the control cam 24 that extends to framework 3 directions.But director element 7 is directed on the framework 3 or away from framework 3 ground by control cams 24 through the directive wheel 32 according to the free rotary ground supporting of Fig. 2 and 4 and is directed in position parallel offset and mobile.Control device 12 is by to the position of the transition fixed block 13 of guide frame 9 of guiding element 7 position and the mobile wing 1 on sliding part 8 with respect to the framework 3 of door and window.Director element 7 is through the fixing a kind of almost gapless embodiment that can with little manufacturing cost realize mobile door or window of guide frame 9 on slide rail 5,6.The position that in the accessory engaging groove, is provided with independently of one another through accessory; Sliding part 8 and the bigger installing space of director element 7 preferred acquisitions can depart from wing 1 perpendicular to frame plane through sliding part 8 with respect to the parallel position of staggering of director element 7 and locking system 22 thus simply.Be arranged on the

end

19,20 of wing 11 according to the whole width of the accessory engaging groove of Fig. 2 and 4 and with control device 12 through utilization, accessory can be constructed relatively simply.This has following advantage: accessory needs minimum installing space and wing 1 to reach the big as far as possible width of opening between wing 1 and fixed frame 3 on vertical direction.Therefore need not additional processing wing 1 for accessory is set.Can avoid in the position of parallel offset, acting on load, the for example wind-force on the wing 1 particularly well, this is that ground is not fixed in its parallel offset position with respect to fixed frame 3 because wing 1 can almost have motion, so the quack sound can not occur.

For director element 7 is fixed on the wing 1, fixed support 25 on according to each

end

19,20 of the above and below wing beam column of Fig. 8, it constitutes the supporting arrangement 26 of wing 1 with director element 7.At this, supporting arrangement 26 is constructed symmetrical in the axial direction and identically.In addition, supporting arrangement 26 can be installed on all

bights

15,16 of wing 1, and nothing notes left side or right side availability.

In order to simplify the stable structure mode of manufacturing and supporting member 25; Regulation supporting member 25 preferably has two

pods

27,28 that has through hole 29, and it is run through by the director element that is made up of pin 30 7 and for example fixes by the countersunk head screw that on a

pod

27,28, does not illustrate.At the directive wheel 32 that another free end 31 upper supports of pin 30 can rotate freely, its with the control cam with control device 12 24 and

slide rail

5,6 in guide frame 9 actings in conjunction.Through director element 7 and supporting member 25 being arranged on the vertical wing beam column of wing 1; Pin 30 can freely selected aspect its length and can realize that thus directive wheel 32 is directed with respect to the optimization of the guide frame in the

slide rail

5,69,10 by running through each through hole 29 in height through moving simple location.

Operating and driving device 21 according to Fig. 9 to 13 has dwang 33, and it has to confirm the chute 36 of radius 35 around swivel point 34 formation of dwang 33.In addition, the chute 36 of dwang 33 on the sealed ground of shape when the parallel position of opening carries out the transition to the fastening position and can be bearing on the pin 38 on the locking inserts 37 that is arranged at framework 3 with moving axially.At this, move on the framework 3 through the control device 12 that operating and driving device 21 wings 1 are directed on the element 7 through operating operation handle 14, and wing 1 is transferred in the parallel open position with being forced control under reverse situation with forcing control.The sealed locking on the side of closing that causes door or window of the shape of chute 36 and pin 38.The chute 36 of dwang 33 get into or the position closed to be opened with respect to framework 3 draw close or depart from process during can be bearing on the pin 38 on the locking inserts 37 that is arranged at framework 3 and therefore with moving axially and during said process, continue to be in the position of locking.Dwang 33 carries out in moving pulley 13 the moving on axle 17 of this and sliding part 8 on the pin 38 synchronously.According to Figure 13, operating and driving device 21 illustrates with sectional drawing.At this, dwang 33 has the device 11 that has idle stroke in the zone of swivel point 34.Operating grip 14 is provided with perpendicular to door or window ground in fastening position.Through expanding idle stroke to 180 ° of rotations from 90 ° of rotations, operating grip 14 also can be provided with perpendicular to door and window ground in parallel open position.

The horizontal beam column in above and below for mobile wing 1 of locking and fixed frame 3; According to Fig. 1,8,14 and 15 locking system 22 is set, it comprises the tenon 39 that is fixed on the wing 1 and can freely be positioned to be fixed on the above and below

slide rail

5,6 on the framework 3 and interlocking element 41 that have chute guide frame 40.Locking system 22 is not coupled with other building blocks of function and can matees according to the size of door and window.Preferred tenon 39 has hold-down screw as fastening devices with interlocking element 41.Can form locking with respect to framework 3 pre-compacted wings 1 and before the final position of locking system by chute guide frame 40.Prevented interlocking element 41 and tenon 39 each other heavy blunt bumps through chute guide frame 40, thereby realized that safety connects.

Suitable is; The wing 2 of mobile wing 1 and fixed-site in fastening position overlapping in abutting connection with ground according to side direction on Figure 14 and 15 the corresponding vertical

wing beam column

42,43; At this locking system 23 is set in overlapping 44 zone; It has two identical mirror images each other of cross section and is fixed on the lock piece 45 on the

wing

1,2 with staggering, and in the time of in moving to fastening position, said lock piece can get in the interlocking position through importing inclined-plane 46.Lock piece 45 can freely located on the vertical

wing beam column

42,43 and can be fixed on the vertical

wing beam column

42,43 through fastening devices 49, for example countersunk head screw.Locking system 23 produces pre-compacted through importing inclined-plane 46.At this, import inclined-plane 46 construct relatively identically with the chute guide frame 40 of the locking system that is arranged on the above and below 22, can realize uniform importing thus.Because the cross-sectional configuration of lock piece 45 is identical, so for example can be fabricated to extrudate, its advantage is that low cost of manufacture and lock piece 45 can be cut to different length and install according to the installation site.

According to Fig. 3 and 5, sliding part 8 has the shell plates 47 that cross section is a U-shaped, wherein, transverse to glide direction ground axle 17 is set respectively on the end and is used to admit pulley 13.Confirm the spacing 48 of U-shaped shell plates 47 and the axially movable length of pulley 13 by axle 17.Advantageously, axle 17 passes through riveted and fixed on shell plates 47.In order to simplify manufacturing; Shell plates 47 is divided into three; Wherein, opposed

case half

50,51 symmetries are constructed identically, and the housing parts 52 that forms the U-shaped shape itself also be configured to symmetry and have and be used for fixing accordingly and the receptacle that is connected two case half 50,51.At last, for function and for making cheaply advantageously, sliding part 8 on the longitudinal direction of

slide rail

5,6 and with

slide rail

5,6 one-tenth horizontal directions on structure symmetrically.

Reference numerals list

27 pods of 1 mobile wing

28 pods of the wing of 2 fixed-site

3 fixed frames, 29 through holes

4 doorframe and window frame planes, 30 pins

Slide rail 31 free ends of 5 tops

Slide rail 32 directive wheels of 6 belows

7 director elements, 33 dwangs

8 sliding parts, 34 swivel point

9 guide frames, 35 radiuses

10 guide frames, 36 chutes

11 devices, 37 locking inserts

12 control device, 38 pins

13 pulleys, 39 tenons

14 operating grips, 40 chute guide frames

15 bights, 41 interlocking elements

The wing beam column that 16 bights 42 are vertical

17 43 vertical wing beam columns

The wing beam column 44 overlapping portions of the level of 18 belows

19 ends, 45 lock pieces

46 importing inclined-planes, 20 ends

21 operating and driving devices, 47 shell plateses

22 locking systems, 48 spacings

23 locking systems, 49 fastening devicess

24 control cams, 50 case half

25 supporting members, 51 case half

26 supporting arrangements, 52 housing parts

Claims

1. the accessory that is used for the mobile wing (1) of door and window; Wherein, Mobile wing (1) is opened (4) and can be moved in the deviation position of adjacent wing (2) or FX by means of operating grip (14) in order to be parallel to the doorframe and window frame plane; The slide rail (5,6) with the below of top is placed in respectively on the fixed frame (3); Be used to make the director element (7) that is arranged on the wing (2) parallel with at least one sliding part (8) mobile; It is characterized in that; Said director element (7) and sliding part (8) are provided with on the glide direction with wing (1) becomes horizontal direction each other with staggering and the guide frame (9,10) that can extend through being parallel to each other on the slide rail (5,6) respectively controlled; The guide frame (9) of director element (7) has and is used to the control device (12) that departs from and move, and this control device is arranged on each end (15,16) of framework (3) open area, is arranged on pulley (13) on the sliding part (8) in order to be bearing in transverse to departing from of glide direction on the axle (17) with moving axially; And at least one sliding part (8) can be fixed on the wing beam column (18) of the level of below with the mode that can freely locate, and director element (7) is arranged on each end (19,20) of wing (1).

2. according to the accessory of claim 1; It is characterized in that director element (7), sliding part (8), operating and driving device (21) and locking system (22,23) can freely be positioned on the wing (1) with being separated from each other and in POF, not be coupled each other.

3. according to the accessory of claim 1; It is characterized in that; Be used for the parallel setting of guide frame (9) of director element (7) with the guide frame (10) of sliding part (8) with staggering; And on each bight (15,16), the control cam (24) with control device (12) extends to the direction of framework (3).

4. according to the accessory of claim 1 or 2; It is characterized in that; Director element (7) is arranged on each end (19,20) of above and below wing beam column, and be fixed on supporting member (25) on the wing (1) and constitute the supporting arrangement (26) of wing (1).

5. according to the accessory of claim 4; It is characterized in that; Said supporting member (25) preferably has two pods (27,28) that has through hole (29); And director element (7) comprises pin (30) and is bearing in the directive wheel (32) on the free end (31) of slide rail (5,6) that said pin (30) runs through each through hole (29) in POF, form a member.

6. according to the accessory of claim 1 or 2; It is characterized in that; Operating and driving device (21) has dwang (33); This dwang has to confirm the chute (36) of radius (35) around swivel point (34) formation of dwang (33); The chute (36) of dwang (33) on the sealed ground of shape when the parallel position of opening carries out the transition to the fastening position and the pin (38) that can be bearing on the locking inserts (37) that is arranged at framework (3) with moving axially go up and wing (1) moved on the framework (3) with positively controlled mode, and wing (1) is transferred in the parallel open position with being forced control under reverse situation.

7. according to the accessory of claim 1 or 2; It is characterized in that the slide rail of going up in each above and below at fixed frame (3) (5,6) upward and at the locking system (22) that wing (1) upward is provided with comprises the tenon (39) that can fix and the interlocking element (41) with chute guide frame (40) that can freely locate.

8. according to the accessory of claim 1; It is characterized in that; The wing (2) of mobile wing (1) and fixed-site is gone up side direction at corresponding vertical wing beam column (42,43) in fastening position overlapping in abutting connection with ground; Locking system (23) is set in the zone of overlapping (44); This locking system has two identical mutual mirror images of ability of cross section and is fixed on the lock piece (45) on the wing (1,2) with staggering, and in the time of in moving to fastening position, said lock piece can be transferred in the interlocking position through importing inclined-plane (46).

9. according to the accessory of claim 1; It is characterized in that; Sliding part (8) has the shell plates that cross section is a U-shaped (47); Be used to admit pulley (13) transverse to glide direction difference fixed axis (17) on each end, said axle (17) is confirmed the spacing (48) of U-shaped shell plates (47) and the axially movable length of pulley (13).

10. according to the accessory of claim 1, it is characterized in that sliding part (8) is on the longitudinal direction of slide rail (5,6) and becoming on the horizontal direction structure symmetrically with slide rail (5,6).