CN106574475A

CN106574475A - Control element for a fitting arrangement

Info

Publication number: CN106574475A
Application number: CN201580045169.1A
Authority: CN
Inventors: S·芬格勒; T·伊斯莱尔; T·尼柯斯; Z·瓦萨尼; G·基斯; M·彼得
Original assignee: Roto Frank AG
Current assignee: Roto Frank AG
Priority date: 2014-08-22
Filing date: 2015-08-17
Publication date: 2017-04-19
Anticipated expiration: 2035-08-17
Also published as: EP3183408A1; ES2898458T3; EP3183408B1; RU2017105804A3; WO2016026805A1; RU2685316C2; DE102014216722A1; PL3183408T3; DE102014216722B4; RU2017105804A; CN106574475B

Abstract

The invention relates to a control element (50), in particular a control block, for a fitting arrangement of a window which can be opened by sliding and tilting, of a door which can be opened by sliding and tilting, or the like. The control element (50) has an insertion part (72) in the form of a carriage and a fastening part (70) in the form of a carriage receptacle. The insertion part (72) has an insertion guideway in the form of a groove in order to receive a control pin of the fitting arrangement. In an insertion position, the insertion guideway is opened at one end parallel to the groove base of said guideway. The insertion part (72) can be inserted into the fastening part (70) up to a tilted position. In the tilted position, the insertion guideway is closed by the fastening part (70) parallel to the groove base of said guideway in order to hold the control pin on the control element (50).

Description

For the control element of accessory arrangement system

Technical field

The present invention relates to a kind of control element for accessory arrangement system, the accessory arrangement system be configured for by Slip and turnover wing are fixed in the fixed frame of window, door or the like, and the control element has importing chute, For accommodating the control pin of accessory arrangement system.

The invention further relates to a kind of accessory arrangement system with the control element and one kind have the accessory cloth Put window, door of system or the like.

Background technology

It is known that window, door or the like are provided with the wing of slip.In order to open wing, by the wing leaving The oscillating motion of fixed frame is left from closed position, is then moved parallel to the principal plane of fixed frame, in the closing In position, wing is abutted on fixed frame.Here, the wing launches knot by least one scissors of accessory arrangement system Structure is connected with fixed frame.Leaving in position in wing, scissors deployed configuration are locked in and leave in position.Thus move in wing Avoid wing to swing in when dynamic again.The wing of this slip is by known to 1 959 080 A2 of EP.

A kind of control element by known to 2 824 264 A1 of EP, the control element have the locking bolt of sill form, to incite somebody to action Chute for controlling control pin can be divided into two control sections with releasably locking.

When wing is closed, control pin gear is leaned against in foregoing control element.This control element is also with term " control Clamp dog " is known.This control element is directly or indirectly mounted on fixed frame.Control pin moves into the importing of control element and slides In groove, thus, the locking of scissors deployed configuration is revoked and wing can be swung in again.

As described above, wing is not perpendicular to the principal plane of fixed frame by known accessory, but arc Move away fixed frame and move into again.The movement of this arc is caused, and wing is in position is left relative to fixed frame Stagger.When wing swings, wing is swung away from framework in side and is maintained on framework in opposite side, and this swing can not be led to Cross the known accessory to realize.

The content of the invention

It is therefore an object of the present invention to, there is provided a kind of arrangement system, this system cause the wing of window, door or the like Can sliding, can also overturn.

The purpose is realized by control element according to claim 1.Independent claims provide preferred enforcement Form.

Therefore, purpose of the invention by the control element for accessory arrangement system realizing, the accessory cloth The system of putting is configured for energy sliding and the wing that can be overturn are fixed in the fixed frame of window, door or the like, control unit Part has the importing chute and control element of the control pin for being used to accommodating accessory arrangement system with for control element is solid The fixed component that is scheduled on fixed frame and with the introduction part for importing chute, introduction part is arranged and configured to can be relative to Fixed component is importing motion between position and upturned position, and in position is imported, control pin can be slided into and out importing Groove, in upturned position, control pin is maintained in control element.

The control element move between position and upturned position being imported hence in so that importing chute, is importing position In, control pin can be into and out chute be imported, and in upturned position, control pin is maintained in control element and scissors exhibition Opening structure is maintained at wing in upturned position.By " movement " of a control element part, scissors deployed configuration is therefore Remove with enabling wing arc, to make wing sliding, wing straight line is removed, to overturn wing. Control element of the invention this provides such advantage, i.e. passed by being changed with control element of the invention The control element of system, can realize repacking the wing of slip into energy sliding and the wing that can be overturn.Control element preferable configuration Into the form of control block, that is be configured to cube shape on the whole.

Import chute preferably with respect to control element longitudinal axis constitute.

The form of chute preferable configuration grooving is imported, groove described here has trench bottom and two grooves being connected with trench bottom Sidepiece.Groove sidepiece here at one end through cell wall be particularly it is semicircle close, it is and unlimited in the other end in position is imported. In upturned position, the region opened wide position is being imported preferably by the surface-closed of fixed component, so as to control pin is flat at one It is maintained in control element by the surface of groove sidepiece, cell wall and fixed component in surrounding in face.

Fixed component and introduction part can be configured to one.Such as introduction part can pass through the tongue piece of elasticity and consolidate Determine part connection.But for the ease of manufacturing control element, fixed component and introduction part are preferably configured as two single parts.

Introduction part is preferably provided to or is constructed to be permeable to longitudinal direction along control element, is particularly only capable of along control element Longitudinal direction relative to fixed component move.

Control element particularly preferably has the buckling and locking device for reversibly unclamping, so that introduction part is reversibly locked In position is imported.In this case, in the open motion of wing, after control pin is removed from importing chute, lead Enter part to keep in importing position.Thus ensure that, import chute and be ready to control is accommodated in the closedown campaign of wing Pin.

Control element can have the buckling and locking device for reversibly unclamping, reversibly releasably to lock introduction part It is scheduled in upturned position.Prevent the wing in upturned position from " closing suddenly " in wind in being locked in upturned position.

In another preferred form of implementation of the present invention, control element has the buckling and locking device for reversibly unclamping, So that reversibly releasably introduction part is locked in importing position and in upturned position.In this case, Wei Yiyi Individual buckling and locking device just be enough to both be locked in introduction part in importing position and be locked in upturned position.

Buckling and locking device can have the latch elements and at least one of the spring element spring loaded by buckling and locking device For the kayser recess for accommodating latch elements at least in part.

If latch elements construction globulate, would obtain particularly simple solution in a kind of structure.

Spring element and latch elements are preferably provided on introduction part, and kayser recess is constituted in fixed component.By This realizes a kind of compact arrangement of buckling and locking device.It is particularly preferred that it is recessed that two kaysers are arranged in fixed component Mouthful, for reversibly releasably latch elements are locked in importing position and upturned position.

In the particularly preferred form of implementation of the present invention, fixed component has the stop surface for control pin, described to stop Block face is continued by importing the side wall of chute.In other words, stop surface is preferably pressed in importing chute.This arrangement brings Two advantages.On the one hand, for guide the chute of control pin introduction part (by import chute guiding) and fixed component (lead to Cross stop surface guiding) between separate, thus, control element is constituted particularly compactly.On the other hand, control pin in accessory arrangement is It is not that gear is leaned against on introduction part first in the closedown campaign of system, but keeps off and lean against fixed component by moving towards on stop surface On.Thus the fixed frame being directly installed in fixed component is directly imported by fixed component by the impact force that control pin is transmitted In frame.

Here, projection, recess, bending or similar structures be may be constructed between the side wall of stop surface and importing chute.But Stop surface preferably flatly continues in the sidewall.It is possible thereby to equably be controlled being movable into and out for pin.

Control element can also be with for the guide chute relative to fixed component guiding introduction part.Thus avoid The run-off the straight when introduction part is moved relative to fixed component.It is preferred that here that a) fixed component has guide chute, and Introduction part is with the guide finger being directed in guide chute, and/or b) introduction part has a guide chute, and fixed component With the guide finger being directed in guide chute.

It is furthermore preferred that introduction part has direction protrusion, the direction protrusion imports the guiding of fixed component and accommodates In portion.In other words, introduction part is partly introduced in fixed component in this embodiment, wherein, introduction part is configured to, So that introduction part is further imported in fixed component when moving in upturned position from importing position.Thus introduction part energy Definitely move relative to fixed component particularly well.

Purpose of the invention realizes that also by a kind of accessory arrangement system the accessory arrangement system has above Described control element and the scissors for energy sliding and the wing that can be overturn are connected with the fixed frame of window, door or the like Deployed configuration, scissors deployed configuration have control pin, and the control pin can be imported in the importing chute of introduction part.

Finally, purpose of the invention realized also by a kind of window, door or the like, the window, door or the like With energy sliding and the wing that can be overturn and foregoing accessory arrangement system.

Here, control element is preferably directly or indirectly fixed on the fixed frame of window, door or the like in above and below On frame.When control element is arranged on upside, wing can overturn.When control element is arranged on downside, wing can be transferred to In upturned position.

Further features and advantages of the present invention are by the diagram in below with reference to the accompanying drawings to the detailed of one embodiment of the present of invention Draw in describing bright and claim in detail, accompanying drawing has used important details of the invention.

Description of the drawings

The feature being shown in the drawings is not necessarily to be interpreted as meeting ratio and so illustrate, i.e. so that root Can be high-visible according to the special feature of the present invention.Different features can itself be individually or multiple combination in any ground exists respectively Realize in embodiment of the present invention.

Wherein：

Fig. 1 illustrates the schematic diagram of the window with slip and turnover wing；

Fig. 2 illustrates the perspective view of a local of the window of Fig. 1, where it can be seen that the accessory arrangement system of window with control The part of element processed；

Fig. 3 a illustrate the upward view of the accessory arrangement system according to Fig. 2 in the closed position, and wherein control element is located at Import in position；

Fig. 3 b are illustrated and in removing position, being used for the position of wing removed according to the accessory of Fig. 3 a arrangement are The upward view of system, wherein control element are located at and import in position；

Fig. 4 a illustrate that what another of the accessory arrangement system according to Fig. 3 a in the closed position be shown in broken lines looks up Figure, wherein control element are located at and import in position；

Fig. 4 b illustrate that arranging according to the accessory of Fig. 4 a in upturned position, in i.e. for the position of the wing for having overturn is Upward view shown in another portions in phantom of system, wherein control element also are located in upturned position；

Fig. 5 illustrates the decomposition view of control element；

Fig. 6 illustrates the face upwarding view of control element；

Fig. 7 a illustrate the perspective view of control element, and wherein control element is in importing position；

Fig. 7 b illustrate the perspective view of control element, and wherein control element is in upturned position；

Fig. 8 a illustrate the sectional view of the control element according to Fig. 7 a, and wherein control element is in importing position；And

Fig. 8 b illustrate the sectional view of the control element according to Fig. 7 b, and wherein control element is in upturned position.

Specific embodiment

Fig. 1 illustrates window 10, and the window has can sliding and the wing 12 that can be overturn.Wing 12 passes through accessory arrangement system 14 It is arranged on the fixed frame 16 of window 10.Illustrate only balladeur train 18,20 in accessory arrangement system 14 in FIG.Wing 12 is under End is connected with balladeur train 18,22 by launching arm (not shown) in the region of point 22,24.Wing 12 upper end point 26, It is connected with fixed frame 16 by scissors deployed configuration (not shown) in 28 region.

Wing 12 can be left from fixed frame 16 by shown closed position and along the direction of arrow 30, i.e., parallel to The principal plane sliding of fixed frame 16.When the handle 32 of wing 12 is located in shown centre position, it is possible to achieve wing 12 Leave and sliding.If handle 32 rotate in FIG with dotted line 34 illustrate below position in, wing 12 be locked On fixed frame 16.If conversely, handle 32 rotate in FIG with dotted line 36 illustrate above position in, wing 12 can overturn, that is, in the current situation, and wing only can leave from fixed frame 16 thereon by side, while wing It is maintained on lower end on fixed frame 16.Therefore, for user can be very common by handle 32 with intuitive way Into sliding or upturned position are brought wing 12 from closed position in position.

Fig. 2 illustrates a part of the window 10 in the region for putting 28 (see Fig. 1).Accessory arrangement system 14 is in this region Nei Bao Include scissors deployed configuration 38.Scissors deployed configuration 38 has expansion arm 40 and control arm 42.Launch arm 40 to be connected with slide block 44.It is sliding Block 44 is directed in track 46, and the track installation is on fixed frame 16.Control arm 42 has control pin 48, the control pin When wing 12 (see Fig. 1) is closed in passage, gear is leaned against in control element 50 and is guided in chute 52 is imported by control element.Control Element processed 50 is regularly threaded in track 46.

Fig. 3 a illustrate in import position in control element 50 and it is in the closed position in scissors deployed configuration 38 Upward view.In the closed position, control pin 48 is in (see Fig. 2 and Fig. 7 a) in importing chute 52.

Fig. 3 b illustrate the control element 50 and the scissors deployed configuration 38 being in the deployed in position is imported.Such as basis As the expansion of the end of scissors deployed configuration 38 and withdrawal curve 54 can be seen that, scissors deployed configuration 38 makes to be arranged on and cuts Fixed frame 16 is moved away on formula deployed configuration 38 (see Fig. 1) wing 12 (see Fig. 1) arc.

Pin 56 is fixed with slide block 44, the pin is directed in the chute 58 of control arm 42.Show in fig 3b What is gone out leaves in position, and control pin 48 is located at and imports outside chute 52, and pin 56 is hooked in kayser section 60, so as to wing 12 (see Fig. 1) can be moved parallel to the principal plane of fixed frame 16 (see Fig. 1), i.e., move along the direction of arrow 62, without " again Inwardly overturn ".

Fig. 4 a illustrate the view of the scissors deployed configuration 38 after wing 12 is elapsed and closed (see Fig. 1).Fig. 4 a are corresponded to here In Fig. 3 a.Can be seen by the view according to the part phantom of Fig. 4 a, control pin 48 move into import chute 52 when by leading Enter chute 52 along the direction of arrow 64, that is favour principal plane (see Fig. 1) guiding of fixed frame 16.Thus, pin 56 Be routed away from kayser section 60, so as to scissors deployed configuration 38 can according to launch and withdraw curve 54 (see Fig. 3 b) swing into Enter the position for illustrating in fig .4.

Fig. 4 b illustrate the scissors deployed configuration 38 in upturned position.As wing 12 (see Fig. 1) is when upset is opened On lower end, position is securely maintained on fixed frame 16 (see Fig. 1), it is necessary to make the dorsad slide block 44 of scissors deployed configuration 38 End straight line is removed, so that wing 12 (see Fig. 1) can overturn.The straight expansion of scissors deployed configuration 38 is shown in fig. 4b With withdrawal curve 66.The straight expansion and withdrawal curve 66 pass through the master of slide block 44 and control pin 48 parallel to fixed frame 16 Plane (see Fig. 1), move to realize i.e. along the direction of arrow 68.This slip for importing chute 52 passes through control element 50 special design realizing, as described in detail below.

Fig. 5 illustrates the decomposition view of control element 50.Control element 50 is configured to multi-piece type.The control element has Fixed component 70 and introduction part 72.In order to install control element 50, spherical latch elements 74 are overcome into the pressure of spring 76 It is partially pressed in introduction part 72.Then, introduction part 72 is inserted partially in fixed component 70.By being directed to pin 78 Press-in introduction part 72, now, introduction part 72 will not be maintained in fixed component 70 in which lose.

Fig. 6 illustrates the upward view of the perspective of control element 50.As shown in fig. 6, guide finger 78 is directed in guide chute 80. Guide chute 80, the section that guide finger 78 can be moved wherein is straight and longitudinal direction along control element 50 is constituted. Introduction part 72 is moved relative to fixed component 70 thus, it is possible to the longitudinal direction along control element 50.

For material-saving, fixed component 70 is with least one, multiple recesses 82,84,86,88 in the current situation. As in the current situation, when fixed component 70 and/or introduction part 72 are made up of zine pressure casting, control element 50 is simultaneously It is still particularly stable and can economically fabricate.

Fig. 7 a illustrate the control element 50 in position is imported.In position is imported, control pin 48 (see Fig. 4 a) can be imported Chute 52 is imported with deriving.Therefore control element 50 is used for release control pin 48 (see Fig. 4 a) in position is imported, so as to wing 12 (see Fig. 1) being capable of sliding.Additionally, when wing 12 (see Fig. 1) sliding is closed, importing chute 52 and being ready to accommodate control pin 48 (see Fig. 4 a).When sliding is closed, control pin 48 (see Fig. 4 a) is not now that gear is leaned against on the side wall 90 for importing chute 52 first, But gear is leaned against on the stop surface 92 of fixed component 72.When control pin 48 (see Fig. 4 a) touches control element 50, transmitted Shock it is possible thereby to directly be imported in fixed frame 16 (see Fig. 1) by fixed component 70.

Fig. 7 b illustrate the control element 50 in upturned position.By by Fig. 7 a (importing position) and Fig. 7 b (flip bits Put) comparing can be seen that introduction part 72 with the first projection 94, and the projection is kept off in upturned position and leans against fixed component In 70 the first backstop 96.Second projection 98 is kept off in the second backstop 100 for leaning against fixed component 70 in upturned position.Shown Upturned position in, control pin 48 perpendicular to fixed frame 16 (see Fig. 1) principal plane extend (shown in phantom) plane It is received in 102 in importing chute 52.

Fig. 8 a illustrate longitudinal sectional view of the control element 50 along plane 102 (see Fig. 7 b), wherein, as shown in Figure 7a, control Element 50 is in importing position.From Fig. 8 a, fixed component 70 has guiding receiving portion 104, the guiding of introduction part 72 Projection 106 is imported in the guiding receiving portion.Thus introduction part 72 is especially directed in fixed component 70 really.

Control element 50 additionally has buckling and locking device 108.The buckling and locking device 108 have latch elements 74, spring 76, First kayser recess 110 and the second kayser recess 112.In the importing position illustrated in Fig. 8 a, latch elements 74 are partly Accommodated by the first kayser recess 110, so that definitely introduction part 72 is maintained in importing position.

Fig. 8 b illustrate the longitudinal sectional view of the control element 50 in upturned position (see Fig. 7 b).In upturned position, card Locking element 74 is partly accommodated by the second kayser recess 112, so as to by introduction part 72, kayser pin 48 (see Fig. 4 a) and thus most Wing 12 (see Fig. 1) is maintained in upturned position at last.Wing 12 (see Fig. 1) thus without leaving upturned position due to wind Suddenly close.

Sum it up, the present invention relates to a kind of for can sliding and the window that can be overturn, the energy sliding and door that can be overturn or class Like the control element of the accessory arrangement system of thing, particularly control block.The control element has the introduction part of slide block form With the fixed component of slider containment portion form.Introduction part has the importing chute of slot form, to accommodate accessory arrangement system Control pin.In position is imported, import chute and opened wide parallel to its trench bottom at one end.Introduction part can move into fixed part In part, until entering upturned position.In upturned position, import chute and closed by fixed component parallel to its trench bottom, so as to Control pin is maintained in control element.

Claims

1. be used for the control element (50) of accessory arrangement system (14), the accessory arrangement system be configured for slip and Turnover wing (12) is fixed in the fixed frame (16) of window (10), door or the like, and the control element (50) has Chute (52) is imported, for accommodating the control pin (48) of accessory arrangement system (14), it is characterised in that the control element (50) Slide with the fixed component (70) for being fixed on control element (50) on the fixed frame (16) and with described importing The introduction part (72) of groove (52), introduction part (72) are arranged to or are constructed to be permeable to importing position relative to fixed component (70) Move and upturned position between, in the importing position, control pin (48) can be movable into and out guide chute (52), described In upturned position, control pin (48) is maintained in control element (50).

2. control element according to claim 1, wherein, introduction part (72) is arranged to or is constructed to be permeable to along control element (50) it is longitudinally opposed in fixed component (70) move.

3. control element according to claim 1 and 2, wherein, control element (50) is with the kayser for reversibly unclamping Device (108), reversible releasably introduction part (72) to be locked in importing position.

4. the control element according to one of the claims, wherein, control element (50) is with what is reversibly unclamped Buckling and locking device (108), reversible releasably introduction part (72) to be locked in upturned position.

5. the control element according to one of the claims, wherein, introduction part (72) with can reversible release card Locking device (108), reversible releasably to lock introduction part (72) when working as introduction part (72) in importing position In position is imported, and reversible releasably to lock introduction part when working as introduction part (72) in upturned position In upturned position.

6. the control element according to one of claim 3 to 5, wherein, buckling and locking device (108) is with by buckling and locking device (108) latch elements (74) of spring element (76) spring loaded and at least one are used to accommodate kayser unit at least in part The kayser recess (110,112) of part (74).

7. the control element according to one of the claims, wherein, fixed component (70) is with for control pin (48) Stop surface (92), the stop surface (92) continues by importing the side wall of chute (52).

8. the control element according to one of the claims, wherein, control element (50) is with for relative to fixation The guide chute (80) of part (70) guiding introduction part (72).

9. accessory arrangement system (14), with the control element (50) according to one of the claims and for sliding The scissors deployed configuration (38) that shifting and turnover wing (12) are connected with the fixed frame (10) of window, door or the like, it is described With control pin (48), the control pin can import to the importing chute (52) of introduction part (72) to scissors deployed configuration (38) In.

10. window (10), door or the like, with slip and turnover wing (12) and according to claim 9 match somebody with somebody Part arrangement system (14).