CN106574475B

CN106574475B - Control element, accessory arrangement system and door or window for accessory arrangement system

Info

Publication number: CN106574475B
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: 2018-05-08
Anticipated expiration: 2035-08-17
Also published as: DE102014216722A1; DE102014216722B4; ES2898458T3; PL3183408T3; EP3183408A1; RU2017105804A; WO2016026805A1; RU2685316C2; CN106574475A; EP3183408B1; RU2017105804A3

Abstract

The present invention relates to a kind of control element (50) of the accessory arrangement system of window for being used to slide and can overturn, the door that can be slid and can overturn or the like, particularly control block.The control element (50) has the introduction part (72) of sliding block form and the fixed component (70) of slider containment portion form.Introduction part (72) has the importing sliding slot of slot form, to accommodate the control pin of accessory arrangement system.In position is imported, import sliding slot and opened wide at one end parallel to its trench bottom.Introduction part (72) is inserted into fixed component (70), until into upturned position.In upturned position, guide chute is closed parallel to its trench bottom by fixed component (70), so as to which control pin is maintained on control element (50).

Description

Control element, accessory arrangement system and door or window for accessory arrangement system

Technical field

The present invention relates to a kind of control element for accessory arrangement system, the accessory arrangement system is configured to be used to incite somebody to action Slip and turnover wing are fixed in the fixed frame of window, door or the like, and the control element, which has, imports sliding slot, 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 with the accessory cloth Put window, door of system or the like.

Background technology

It is known that window, door or the like are equipped with the wing of slip.In order to open wing, by the wing to leave 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, knot is unfolded by least one scissors of accessory arrangement system in the wing Structure is connected with fixed frame.Position is left in wing, scissors deployed configuration is locked in leaves in position.Thus moved in wing Wing is avoided when dynamic to swing in again.The wing of this slip is as known to 1 959 080A2 of EP.

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

When closing wing, control pin gear is leaned against on 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.The importing that control pin moves into control element is slided 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 Ground moves away fixed frame and moves into again.The movement of this arc make it that wing is in position is left relative to fixed frame Stagger.When wing is swung, wing is swung away from frame in side and is maintained in opposite side on frame, and this swing cannot lead to The known accessory is crossed 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 It can slide, can also overturn.

Therefore, purpose according to the present invention is realized by the control element for accessory arrangement system, the accessory cloth The system of putting is configured to for the wing that can be slid He can overturn to be fixed in the fixed frame of window, door or the like, control member Importing sliding slot of the part with the control pin for accommodating accessory arrangement system and control element, which have, to be used to consolidate control element The fixed component that is scheduled on fixed frame and with the introduction part for importing sliding slot, introduction part is arranged and configured to can be relative to Fixed component is moved between importing 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 on control element.

The control element is hence in so that importing sliding slot can move importing between position and upturned position, in importing position In, control pin can be into and out sliding slot be imported, and in upturned position, control pin is maintained on control element and scissors exhibition Wing is maintained in upturned position by opening structure.By " movement " of a control element part, scissors deployed configuration is therefore Remove with enabling wing arc, to slide wing, also enable wing straight line to remove, to overturn wing. Control element according to the present invention provides an advantage in that here, i.e. replaces and passes by using control element according to the present invention The control element of system, can realize the wing for repacking the wing of slip into and sliding and overturning.Control element preferable configuration Into the form of control block, that is be configured to cube shape on the whole.

Import sliding slot preferably with respect to control element longitudinal axis form.

The form of sliding slot 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 it is particularly semicircle close, and opened wide in position is imported in the other end. In upturned position, the region opened wide position is being imported preferably by the surface-closed of fixed component, so that control pin is flat at one It is maintained in face in surrounding by the surface of groove sidepiece, cell wall and fixed component on control element.

Fixed component and introduction part can be configured to integral.Such as introduction part can be by the tongue piece of elasticity with consolidating Determine component connection.But for the ease of manufacturing control element, fixed component and introduction part are preferably configured as two single components.

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

Control element particularly preferably has the buckling and locking device reversibly unclamped, so as to which introduction part is reversibly locked In position is imported.In this case, in the open movement of wing, after control pin is removed from importing sliding slot, lead Enter component to keep in importing position.It thus ensure that, import sliding slot and be ready to accommodate control in the closedown campaign of wing Pin.

Control element can have the buckling and locking device reversibly unclamped, reversibly releasably to lock introduction part It is scheduled in upturned position.Being locked in prevents the wing in upturned position from " being closed suddenly " in wind in upturned position.

In another preferable form of implementation of the present invention, control element has the buckling and locking device reversibly unclamped, Imported to be reversibly releasably locked in introduction part in position and in upturned position.In this case, Wei Yiyi A buckling and locking device, which is just enough introduction part being both locked in, to be imported in position or is locked in upturned position.

Buckling and locking device can have by the latch elements of the spring element spring loaded of buckling and locking device and at least one For accommodating the clamping lock recess of 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 clamping lock recess is formed in fixed component.By This realizes a kind of compact arrangement of buckling and locking device.It is particularly preferred that set two clamping locks recessed in fixed component Mouthful, imported for being reversibly releasably locked in latch elements in 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 sliding slot.In other words, stop surface, which is preferably pressed into, imports in sliding slot.This arrangement is brought Two advantages.On the one hand, for guiding the sliding slot of control pin (logical in introduction part (being guided by importing sliding slot) and fixed component Cross stop surface guiding) between separate, thus, control element is formed particularly compactly.On the other hand, control pin is arranged in accessory is It is not that gear is leaned against on introduction part first in the closedown campaign of system, but by leaning against fixed component to keep off towards moving on stop surface On.Thus the fixed frame being directly installed in fixed component is directly imported by fixed component by the impact of control pin transmission In frame.

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

Control element can also have the guide chute being used for relative to fixed component guiding introduction part.It 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 has the guide finger that is 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 guiding that the direction protrusion imports fixed component accommodates In portion.In other words, introduction part is partly introduced into fixed component in this embodiment, wherein, introduction part is configured to, So that introduction part is further imported in fixed component when being moved from importing position into upturned position.Thus introduction part energy Definitely moved particularly well relative to fixed component.

Purpose according to the present invention also realizes that the accessory arrangement system has above by a kind of accessory arrangement system The control element and the scissors for the wing that can be slid and can overturn to be 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 sliding slot of introduction part.

Finally, purpose according to the present invention is also realized by a kind of window, door or the like, the window, door or the like With the wing and foregoing accessory arrangement system that can be slid and can overturn.

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 installed on upside, wing can be overturn.When control element is installed 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 Describe in detail it is bright draw, attached drawing has used important details of the invention.

Brief description of the drawings

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

Wherein：

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

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

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

Fig. 3 b, which show to be in, to be removed position, is for being arranged in the position for the wing removed according to the accessory of Fig. 3 a The bottom view of system, wherein control element are in importing position；

Fig. 4 a show another looking up of being shown in broken lines of the accessory arrangement system in the closed position according to Fig. 3 a Figure, wherein control element are in importing position；

Fig. 4 b are shown Bottom view shown in another portions in phantom of system, wherein control element also are located in upturned position；

Fig. 5 shows the decomposition view of control element；

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

Fig. 7 a show the perspective view of control element, and wherein control element, which is in, imports in position；

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

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

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

Embodiment

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

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 slide.If handle 32 rotate in Fig. 1 with dotted line 34 show below position in, wing 12 is locked On fixed frame 16.If on the contrary, handle 32 rotate in Fig. 1 with dotted line 36 show above position in, wing 12 can overturn, that is, in the current situation, only side can be left wing from fixed frame 16 on it, while wing It is maintained on lower end on fixed frame 16.Therefore, can be very common by handle 32 with intuitive way for user Into sliding or upturned position are brought wing 12 in position from closed position.

Fig. 2 shows 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.Expansion arm 40 is connected with sliding 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 on control element 50 and guided by control element in sliding slot 52 is imported.Control Element 50 processed is regularly threaded in track 46.

Fig. 3 a show in import position in control element 50 and it is in the closed position in scissors deployed configuration 38 Bottom view.In the closed position, control pin 48, which is in, to be imported in sliding slot 52 (see Fig. 2 and Fig. 7 a).

Fig. 3 b are shown in the scissors deployed configuration 38 for importing the control element 50 of position and being in the deployed.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, which makes to be installed on, to be cut 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 sliding block 44, the pin is directed in the sliding slot 58 of control arm 42.Show in fig 3b What is gone out leaves in position, and control pin 48 is outside importing sliding slot 52, and pin 56 is hooked in clamping lock section 60, so that wing 12 (see Fig. 1) can be moved parallel to the principal plane of fixed frame 16 (see Fig. 1), i.e., moved along the direction of arrow 62, without " again Inwardly upset ".

Fig. 4 a show the view of the scissors deployed configuration 38 after the passage of wing 12 is closed (see Fig. 1).Fig. 4 a are corresponded to here In Fig. 3 a.It can see by the view shown in the part phantom according to Fig. 4 a, control pin 48 is when moving into importing sliding slot 52 by leading Enter direction of the sliding slot 52 along arrow 64, that is favour principal plane (see Fig. 1) guiding of fixed frame 16.Thus, pin 56 Be routed away from clamping lock section 60, thus scissors deployed configuration 38 can according to be unfolded and withdraw curve 54 swing (see Fig. 3 b) into Enter the position shown in fig.4.

Fig. 4 b show the scissors deployed configuration 38 being in upturned position.Since wing 12 (see Fig. 1) is when overturning opening Position is securely maintained on fixed frame 16 (see Fig. 1) on lower end, it is necessary to makes scissors deployed configuration 38 backwards to sliding block 44 End straight line removes, so that wing 12 (see Fig. 1) can be overturn.The straight expansion of scissors deployed configuration 38 is shown in fig. 4b With withdrawal curve 66.The straight expansion and withdraw master of the curve 66 by sliding block 44 and control pin 48 parallel to fixed frame 16 Plane (see Fig. 1), realize along the movement in the direction of arrow 68.This slip for importing sliding slot 52 passes through control element 50 special designing scheme realizes, as described in detail below.

Fig. 5 shows 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 to the pressure of spring 76 It is partially pressed into introduction part 72.Then, introduction part 72 is inserted partially into fixed component 70.By by guide finger 78 Introduction part 72 is pressed into, at this time, introduction part 72 is maintained in fixed component 70 in which will not lose.

Fig. 6 shows the bottom view that control element 50 is had an X-rayed.As shown in fig. 6, guide finger 78 is directed in guide chute 80. Guide chute 80, section that guide finger 78 can move wherein is straight and the longitudinal direction along control element 50 is formed. Introduction part 72 along the longitudinal direction of control element 50 relative to fixed component 70 thus, it is possible to move.

In order to save material, fixed component 70 has at 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 of zine pressure casting, control element 50 is at the same time It is still particularly stable and can economically fabricate.

Fig. 7 a are shown in the control element 50 for importing position.In position is imported, control pin 48 (see Fig. 4 a) can import Sliding slot 52 is imported with export.Therefore control element 50 is used for release control pin 48 (see Fig. 4 a) in position is imported, so that wing 12 (see Fig. 1) can slide.In addition, when wing 12 (see Fig. 1) slides and closes, import sliding slot 52 and be ready to accommodate control pin 48 (see Fig. 4 a).When sliding closing, control pin 48 (see Fig. 4 a) is not that gear is leaned against on the side wall 90 of importing sliding slot 52 first at this time, But gear is leaned against on the stop surface 92 of fixed component 70.When control pin 48 touches control element 50 (see Fig. 4 a), transmitted Shock it is possible thereby to directly be imported by fixed component 70 in fixed frame 16 (see Fig. 1).

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

Fig. 8 a show longitudinal sectional view of the control element 50 along plane 102 (see Fig. 7 b), wherein, as shown in Figure 7a, control Element 50, which is in, to be imported in position.By Fig. 8 a as it can be seen that fixed component 70, which has, is oriented to receiving portion 104, the guiding of introduction part 72 Projection 106 is imported into 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 clamping lock recess 110 and the second clamping lock recess 112.In the importing position shown in Fig. 8 a, latch elements 74 are partly Accommodated by the first clamping lock recess 110, imported to be definitely maintained at introduction part 72 in position.

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

To sum up, the present invention relates to a kind of window for being used to slide and can overturn, the door that can be slid and can 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 sliding block form With the fixed component of slider containment portion form.Introduction part has the importing sliding slot of slot form, to accommodate accessory arrangement system Control pin.In position is imported, import sliding slot and opened wide at one end parallel to its trench bottom.Introduction part can move into fixed part In part, until into upturned position.In upturned position, import sliding slot and closed parallel to its trench bottom by fixed component, so as to Control pin is maintained on control element.

Claims

1. for the control element (50) of accessory arrangement system (14), the accessory arrangement system be configured to be used for by slip and Turnover wing (12) is fixed in the fixed frame (16) of window (10) OR gate, and the control element (50), which has, imports sliding slot (52), for accommodating the control pins (48) of accessory arrangement system (14), it is characterised in that the control element (50), which has, to be used for Control element (50) is fixed on fixed component (70) on the fixed frame (16) and with the importing sliding slot (52) Introduction part (72), introduction part (72) are arranged to or are constructed to be permeable to importing position and flip bit relative to fixed component (70) Moved between putting, in the importing position, control pin (48) can be movable into and out importing sliding slot (52), in the upturned position In, control pin (48) is maintained on 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, wherein, control element (50) has the buckling and locking device reversibly unclamped (108), imported reversible to be releasably locked in introduction part (72) in position.

4. control element according to claim 1, wherein, control element (50) has the buckling and locking device reversibly unclamped (108), releasably introduction part (72) is locked in upturned position so that energy is reversible.

5. control element according to claim 1, wherein, introduction part (72) has the buckling and locking device of the reversible release of energy (108), introduction part (72) is releasably locked in importing so that energy is reversible when introduction part (72) is in and imports in position In position, and reversible introduction part releasably to be locked in upset when introduction part (72) is in upturned position In position.

6. control element according to claim 3, wherein, buckling and locking device (108) has the bullet by buckling and locking device (108) The latch elements (74) of spring element (76) spring loaded and at least one it is used to accommodate latch elements (74) at least in part Clamping lock recess (110,112).

7. control element according to claim 1, wherein, fixed component (70) has the stop surface for control pin (48) (92), the stop surface (92) is continued by importing the side wall of sliding slot (52).

8. control element according to claim 1, wherein, control element (50), which has, to be used for relative to fixed component (70) Guide the guide chute (80) of introduction part (72).

9. accessory arrangement system (14), with the control element (50) according to one of the claims and for that can slide The scissors deployed configuration (38) that shifting and turnover wing (12) are connected with the fixed frame (10) of window OR gate, the scissors expansion Structure (38) has control pin (48), and the control pin can be imported into the importing sliding slot (52) of introduction part (72).

Window 10. (10) OR gate, has slip and turnover wing (12) and accessory according to claim 9 arrangement system Unite (14).