CN105672813A - Variable stop - Google Patents

Abstract

The invention relates to a variable stop and a fitting device (1) for a door element (2), in particular for a door element (2) of a glass door system. The fitting device comprises a first fitting element (3) and a second fitting element (4) which are connectable to each other to clamp the door element (2) in a clamping region (5) for forming the door element ( 2) manner; an adjustment element is arranged between the fitting elements (3, 4), which can move relative to the fitting elements (3, 4) and the door element (2) arranged in the clamping region (5), and the adjustment element is coupled to at least one of the fitting elements (3, 4) in a force fitting and / or shape fitting manner. The invention is characterized in that a stop (10) is arranged on the adjusting element (6).

Description

Variable backstop

Technical field

The present invention relates to a kind of according to the present invention for gating element, it is particularly useful for the coating equipment of the gating element of glass door facility, described coating equipment includes the first packing element and the second packing element, described first packing element and the second packing element can be connected to each other in order to be clamped by gating element in the way of constituting the clamping region for gating element, and being wherein provided with between packing element can relative to packing element and the regulating element moved relative to the gating element being contained in clamping region, described regulating element can couple ordinatedly and/or shape-ordinatedly with at least one power of packing element.

Background technology

This coating equipment is not only mounted on a door but also is also mounted on window, and should have visually favourable outward appearance within encasing system. Coating equipment is generally made up of two packing elements, is clamped with gating element between two packing elements, for instance the sidepiece of glass door facility and/or top. Except clamping, gating element is also kept by retaining element by according to the coating equipment of standard preset, and described retaining element is by the coating equipment recess through such as well format and is passed through the recess in gating element and guides. In order to be clamped between packing element by gating element, the folding corner region of gating element is sheared along its profile. Packing element can abut on profile, and on the cut part of gating element, form cavity, described cavity is such as arranging via connecting element the gating element being configured to rotate door and/or swing door or be installed to run-on point and/or axis, wherein said connecting element is the ingredient of coating equipment, and described connecting element is preferably provided between packing element. Especially, it is known that coating equipment for glass door or glass door element are loaded monolithic glass door facilities, its middle and upper part and sidepiece are made up of glass. At this, sidepiece or top application generally for glass door facility use the glass thicker than the glass door element connected on it. Due between glass door and sidepiece or top, i.e. different thickness of glass between the gating element of glass door facility, especially in the backstop of door, namely in the region of the upper corner opposite with the run-on point of door on diagonal angle of door, based on the spacing of the restriction of known backstop, cause the plane dislocation between the glass surface of glass door and the sidepiece of door facilities or the glass surface on top or angular misalignment. In order to compensate plane dislocation, it is known that known backstop is moved by means of pad. But, owing to pad can not be provided with any thickness, it is impossible to carry out backstop adjustment flexibly on known coating equipment.

Summary of the invention

Therefore, it is an object of the invention to, eliminate the defect of prior art as described above.Especially, it is an object of the invention to provide a kind of coating equipment, it is capable of plane dislocation backstop being infinitely fixed on coating equipment and can regulating by means of it between gating element of glass door facility.

Above-mentioned purpose realizes by having the coating equipment of the feature of embodiments of the invention. Other advantages of the present invention, feature and details are obtained by dependent claims, specification and drawings.

The technology instruction being included on regulating element for gating element, the gating element that is particularly useful for glass door facility coating equipment to arrange backstop according to the present invention.

Described solution provides the advantage that, via between packing element and towards the mobile regulating element of the gating element being contained in clamping region, be arranged on the backstop on regulating element also can relative to packing element and can move towards the gating element being contained in clamping region or in order within coating equipment fine adjustment and can displacement. Correspondingly, the backstop with regulating element can at least move along the direction of the longitudinal extension being parallel to packing element, the face of glass door element that is namely parallel in the clamping region between packing element clamping to branch's section. On the other hand, backstop can towards mid-point of glass or outwards, be namely orthogonal to glass surface and move, so as to by backstop on gating element directed according to practical situation. By being arranged on regulating element by backstop, backstop can move along with regulating element or regulate so that at least one face of at least one face of glass door element and the top of door equipment or sidepiece does not misplace in the planes.

Advantageously, regulating element and backstop are integrally formed. At this, not only the design of the single type of regulating element and backstop and also also have the structure being made up of regulating element and backstop or installation group or unit to be interpreted as the design of one. In the regulating element design with the one of backstop, the regulating element under meaning of the present invention will also appreciate that as backstop. If backstop is configured to regulating element, so described backstop can directly at least one of packing element power couple ordinatedly and/or shape-ordinatedly, or be configured to regulating element backstop can via additional regulating element or in the connecting element being effectively connected with described regulating element power couple ordinatedly and/or shape-ordinatedly at least one of packing element.

Backstop can advantageously at least shape-ordinatedly couple with regulating element. Alternatively of course or also with the combining form coupled of the form fit between backstop and regulating element, backstop also is able to power and couples with regulating element ordinatedly. For coupling that the power between regulating element and backstop coordinates, for instance the retaining element of the form of bolt, rivet or retaining element equivalent with it can be used.

Particularly advantageously, backstop can move relative to regulating element. By between regulating element and backstop can relative mobility, enable in particular to again change or regulate backstop position in coating equipment. If the difference of the thickness of glass between the sidepiece of such as door facilities or top and gating element is big especially, then in the region of backstop, plane dislocation between gating element and glass door facility or angular misalignment can not only via the regulating elements that can move between packing element with relative to gating element but also addedly by the backstop constituting the regulating element for adding of movement regulating on regulating element.Correspondingly, additionally it is possible to by means of the coating equipment according to the present invention, namely at this particular by the backstop extension range of accommodation that can move relative to regulating element.

Advantageously, regulating element can be configured to holding element so that is effectively connected with connecting element, and backstop can couple ordinatedly and/or shape-ordinatedly with described connecting element power. In order to by directed for gating element, namely can advantageously use the holding element being configured to T-piece to compensate the angular misalignment between the sidepiece and/or top of glass door and door facilities. Holding element preferably has the face in the recess introducing packing element, and constitute on described and have supporting section, described supporting section provides sufficiently large supporting, in order to by the connecting element being effectively connected with holding element and the backstop that arranges it in the margin of tolerance of about 10mm to 20mm from or move towards the mid-point of glass of the glass door element of clamping between packing element.

If regulating element is configured to holding element as described, then holding element preferably has T-shaped configuration, there are two orthogonal faces. At this, be configured to the regulating element of holding element via in face preferably in both sides introducing in two packing elements, be such as configured in packing element in recess or the guide portion of groove, and cling to ordinatedly and/or shape-ordinatedly on two packing elements with particularly preferred mode power. The regulating element being configured to the holding element of T-shaped has another advantage: described regulating element can not only move in the guide portion of packing element or guide with being parallel to packing element along the longitudinal direction, and can move or displacement between packing element, namely towards one or the other packing element in the described margin of tolerance. Thus, the plane dislocation between the top or sidepiece and glass door of door facilities or angular misalignment can be not only regulated via the regulating element being configured to holding element, and backstop can be parallel to packing element and moves in addition, it is possible to additionally regulate the stopper area for glass door.

Advantageously, backstop can couple ordinatedly and/or shape-ordinatedly via the connecting element being effectively connected with the regulating element being configured to holding element and regulating element power. In order to backstop shape-ordinatedly be coupled or shape-ordinatedly be contained in connecting element or in connecting element, connecting element advantageously form into, make by backstop at least branch's section being introduced in connecting element, namely at this preferably comprise and leave a blank in portion in connecting element, backstop is shape-ordinatedly engaged. For coupling of the form fit between connecting element and backstop, described in couple to advantageously form and couple for swallow-tail form.

Except coupling of the form fit between connecting element and backstop, or outside the coupling of the form fit between backstop and regulating element, backstop can additionally couple with connecting element power in an advantageous manner ordinatedly. In order between backstop and connecting element, power cooperation couples, it is preferred to use at least one retaining element, described retaining element such as can be constituted in the form of a bolt.

Advantageously, backstop is constituted and has at least one recess being boring or milling portion form, such as there is externally threaded retaining element power be bonded in described recess ordinatedly and/or shape-ordinatedly, or engage through recess and power is bonded in connecting element ordinatedly and shape-ordinatedly or regulating element is constituted, in the hole with the externally threaded female thread being matched with retaining element.

It is particularly preferred that regulating element is configured to angular elements or angle-shaped piece.In the regulating element design with the one of backstop, backstop is configured to angular elements or angle-shaped piece. In the simplest situations, angular elements or angle-shaped piece have two orthogonal seamed edges, one of them seamed edge is used for arranging backstop and being particularly useful for arranging retainer at this, and another seamed edge for connecting element or coordinate with packing element power and/or the coupling of form fit. For this, being constituted with the form of boring or milling portion in the seamed edge upper recess being used for coordinating with connecting element or packing element power and/or shape-ordinatedly coupling, retaining element engages through described recess or retaining element ability couples ordinatedly and shape-ordinatedly on described recess.

Particularly advantageously, be configured to angular elements and can have U shape profile with the regulating element that at least one power of packing element couples ordinatedly and/or shape-ordinatedly. The angular elements of U-shaped at least branch's section is bonded on in the packing element of coating equipment in an advantageous manner. At this, the angular elements of U-shaped can not only be parallel to the packing element of coating equipment via seamed edge parallel to each other but also at least move back and forth to branch's section between packing element, namely until between parallel seamed edge the seamed edge of orthogonal setting cling on one in packing element. Thus, movement can be performed via the regulating element of the angular elements being configured to U-shaped, say, that backstop is towards mid-point of glass or deviates from the adjustment that mid-point of glass is outside.

For secured adjusted element, namely also for fixing the backstop being integrally formed with regulating element or the backstop coupled ordinatedly and/or shape-ordinatedly with regulating element power, at least in being configured to the parallel seamed edge of angular elements of U-shaped profile is constituted and have screwed hole, and preferably two screwed holes, the threaded being configured to retaining element is joined in screwed hole, described threaded be expressed on the outer wall of packing element when being threaded in hole with its free end and and then be expressed on regulating element, thus also backstop being squeezed on packing element, and especially it is fixed at least one of packing element. because at this regulating element fixing by tightening, i.e. realizing by pressure by the threaded that is screwed into through screwed hole, so fine adjustment that stepless controllability or backstop are in stopper area can realize by means of the coating equipment according to the present invention.

In order to extend range of accommodation, backstop or the regulating element being integrally formed with backstop preferably have the recess of long hole forms, and wherein said regulating element is configured to the angle-shaped piece with two orthogonal seamed edges. At this, in backstop or be configured in the hole with the externally threaded female thread being matched with retaining element that the retaining element coupled that power between the backstop of regulating element and connecting element coordinates preferably is joined in connecting element to constitute.

Accompanying drawing explanation

Hereinafter, other measure that improve the present invention is described in detail together with the description of the preferred embodiments of the present invention with reference to accompanying drawing. This, the feature mentioned in the claims and in the description can individually or combination in any reflect essence of the present invention. In the accompanying drawings:

Fig. 1 illustrates the three-dimensional detail view of the local of the first embodiment of the coating equipment according to the present invention;

Fig. 2 a, b are shown in the top view seen from below of the coating equipment that backstop is adjusted to when on the glass door (Fig. 4 b) of thin glass door 4a and thickness in Fig. 1;

Fig. 3 illustrates the three-dimensional detail view of the local of the second embodiment of the coating equipment according to the present invention;And

Fig. 4 a, b are shown in the top view seen from below of the local of the coating equipment that backstop is adjusted to when glass door (Fig. 4 b) of thin glass door 4a and thickness in Fig. 3.

In different figures, identical parts are always provided with identical accompanying drawing labelling, therefore generally also only describe these parts once.

Detailed description of the invention

Fig. 1 illustrates the first embodiment for gating element 2, the coating equipment 1 of the glass door element being particularly useful for glass door facility according to the present invention. Coating equipment 1 includes the first packing element 3 and the second packing element 4. Packing element 3 and 4 forms the clamping region 5 for gating element 2. When gating element 2 clamps, packing element 3 and 4 can be connected to each other. It is provided with regulating element 6 between packing element 3 and 4. Regulating element 6 can be parallel to packing element 3 and 4 and the gating element 2 of clamping moves in clamping region 5 between packing element 3 and 4. Additionally, regulating element 6 can between packing element 3 and 4, namely towards mid-point of glass AA or be displaced outwardly (referring to Fig. 2 a and 2b). At this, regulating element is configured to the angular elements 6.1 with the U-shaped of three seamed edges. Be configured to the angular elements 6.1 of U-shaped regulating element 6 seamed edge 7 in constitute and have the recess 8 of two screwed hole forms, the retaining element 9 of threaded form engages through described recess. Can adjustably be fixed on the packing element 3 of coating equipment 1 via the retaining element 9 being configured to threaded, regulating element 6 and the backstop 10 being arranged on regulating element 6. At this, backstop 10 and the regulating element 6 being configured to angular elements 6.1 are integrally formed, and namely the form of the element 11 of the plane that the seamed edge 7 to be orthogonal to the regulating element 6 being configured to angular elements 6.1 is arranged is constituted, and is provided with retainer 12 on its free end. The coating equipment 1 with the backstop 10 being arranged on regulating element 6 so constituted is preferred for being arranged on and is configured on the gating element 2 of transom window or top or on the gating element 2 of the sidepiece being configured to door facilities. At this, the glass door being resisted against in the backstop 10 of coating equipment 1 is preferably supported on the rotation axis within door facilities. At this advantageously, glass door is to rotate door or swing door, and it is resisted against in the backstop 10 being arranged on coating equipment 1. At this preferably, coating equipment 1 is arranged on the folding corner region of door facilities, namely at this on the folding corner region of gating element 2, described gating element can be top or the sidepiece of door facilities. At this advantageously, what coating equipment 1 was arranged on door facilities together with the backstop 10 being disposed thereon is substantially on the upper corner region at diagonal angle with lower corner region, in lower corner region, glass door is arranged on rotation axis, and wherein glass door is arranged between two folding corner regions and abuts in the backstop 10 being arranged in upper corner region or be stopped on retainer 12.

Fig. 2 a and 2b illustrates the top view seen from below of the coating equipment in Fig. 1. The coating equipment 1 illustrated in fig. 2 a of backstop 10 regulates the regulating for the glass door with less thickness of glass being matched with door facilities and being especially matched with in coating equipment the thickness of glass of gating element 2 of clamping to compensate angular misalignment at this in the coating equipment 1 shown in Fig. 2 b relative to backstop 10. In order to regulate backstop 10 via regulating element 6, namely in order to compensate the angular misalignment between gating element 2 and glass door, regulating element 6 moves relative to the mid-point of glass AA of gating element 2 and via through being configured to retaining element 9 that the recess 8 of screwed hole engages as threaded in described position, namely fix towards mid-point of glass AA in fig. 2 a.In contrast to this, backstop 10 is displaced outwardly from mid-point of glass AA in figure 2b, namely moves down as illustrated in figure 2b at this. In described position, regulating element 6 and the backstop 10 being arranged on regulating element 6 are fixed on packing element 3 via the retaining element being configured to threaded.

Fig. 3 illustrates the second embodiment of coating equipment 1 according to the present invention with the three-dimensional detail view of the local of coating equipment 1. At this, regulating element 6 is configured to holding element 13, described holding element can be parallel to coating equipment 1 packing element 3 and 4 and also between packing element 3 and 4, be namely orthogonal between coating equipment 3 and 4 face motion or the displacement of the gating element 2 of clamping. Regulating element 6 is effectively connected with connecting element 15 via thromboembolism 14. At this, connecting element 15 has the portion of leaving a blank 16, be configured to the seamed edge 7.1 of the backstop 10 of angle-shaped piece 6.2 be shape-ordinatedly joined to described in leave a blank in portion. In being configured to the seamed edge 7.1 of backstop 10 of angle-shaped piece 6.2, recess 8 is constituted with the form of elongated hole. The retaining element 9 being configured to bolt is engaged by recess 8, and described retaining element has the accommodation portion of the instrument for interior hexagonal form at this. Certainly, connecting element 15 also be able to integratedly, namely be configured to angle-shaped piece 6.2 backstop 10 single type constitute. At this, as figure 3 illustrates, but the advantage formed in the design of angle-shaped piece 6.2 and the two-piece type of connecting element 15 is, carries out the adjustment of backstop 10 via the holding element 13 being used as the first regulating element 6 at this. Additionally, via be configured to angle-shaped piece 6.2, the second regulating element 6 can be constituted relative to the backstop 10 of connecting element 15 displacement, wherein by bigger range of accommodation can be constituted in the relative movement being configured between the backstop 10 of angle-shaped piece 6.2 and connecting element 15. Thus, additionally the bigger angular misalignment between two gating elements, i.e. bigger difference between the thickness of glass of two gating elements can be compensated via being configured to the backstop 10 of angle-shaped piece 6.2 together with the recess 8 being configured to elongated hole in seamed edge 7.1.

Illustrating such as Fig. 4 a and 4b, the coating equipment 1 shown in Fig. 3, at this, especially backstop 10 also can via regulating element 6, namely move between packing element 3 and 4 relative to the mid-point of glass AA of gating element 2 by means of the recess 8 being configured to elongated hole at this regulating element 6 being integrally formed via backstop 10. In the glass door with little thickness of glass, as illustrated in fig .4, backstop 10 moves until abutting on the head of the retaining element 9 being configured to bolt via being configured to the recess 8 of the elongated hole direction along the mid-point of glass AA towards gating element 2 by means of the element 11 of plane.

In order to the glass door with thicker thickness of glass is connected on gating element 2, it is adjusted to the adjustment on the glass door with little thickness of glass relative to the backstop 10 illustrated in fig .4 of backstop 10, as shown in fig. 4b, backstop 10, the retainer 12 being especially placed in backstop 10 move down from mid-point of glass AA, and the retaining element 9 being wherein configured to bolt is substantially centered in the recess 8 being configured to elongated hole.

Except backstop 10 via the regulating element 6 being integrally formed with backstop 10 such as the adjustment possibility shown in Fig. 3,4a and 4b except, it is also possible to via being configured to the regulating element 6 of holding element 13, namely being carried out the adjustment of backstop 10 by its displacement between the packing element 3 and 4 of coating equipment 1.Be configured to angle-shaped piece 6.2 regulating element 6 combination in (described angle-shaped piece with backstop 10 be integrally formed), the range of accommodation of backstop additionally can be also extended by means of the regulating element 6 being configured to holding element 13, what namely especially increase backstop 10 deviates from the displacement of mid-point of glass AA with especially retainer 12, and and then also increases the spacing between retainer 12 and mid-point of glass AA. Additionally, backstop 10 can be parallel to packing element 3 or 4 and moves.

At this, the gating element 2 of clamping between the packing element 3 and 4 of coating equipment 1 is preferably the top and/or sidepiece that the composition of glass door facility is transom window, is wherein connected to glass door between top and one or more sidepiece.

Reference numerals list

1 coating equipment

2 gating elements

3 packing elements

4 packing elements

5 clamping regions

6 regulating elements

6.1 as the regulating element of angular elements

6.2 as the regulating element of angle-shaped piece

The seamed edge of 76,6.1

The seamed edge of 7.16,6.2

8 recesses

9 retaining elements

10 backstops

The element of 11 planes

12 retainers

13 holding elements

The thromboembolism of 1413

15 connecting elements

The portion of leaving a blank of 1615

The mid-point of glass of AA2

Claims (11)

1. one kind is used for gating element (2), it is particularly useful for the coating equipment (1) of the gating element (2) of glass door facility, described coating equipment includes the first packing element (3) and the second packing element (4), described first packing element and the second packing element can be connected to each other in order to be clamped by described gating element (2) in the way of constituting the clamping region (5) for described gating element (2), and wherein at described packing element (3, 4) it is provided with relative to described packing element (3 between, 4) with relative to described gating element (2) the mobile regulating element (6) being contained in described clamping region (5), described regulating element can with described packing element (3, 4) at least one power in couples ordinatedly and/or shape-ordinatedly,

It is characterized in that,

Described regulating element (6) is provided with backstop (10).

2. coating equipment according to claim 1 (1),

It is characterized in that,

Described regulating element (6) and described backstop (10) are integrally formed.

3. coating equipment according to claim 1 (1),

It is characterized in that,

Described backstop (10) can power couple ordinatedly and/or shape-ordinatedly with described regulating element (6).

4. the coating equipment (1) according to claim 1 or 3,

It is characterized in that,

Described backstop (10) can be mobile relative to described regulating element (6).

5. the coating equipment (1) according to any one of the claims,

It is characterized in that,

Described regulating element (6) is configured to holding element (13), described holding element is effectively connected with connecting element (15), described connecting element can couple ordinatedly and/or shape-ordinatedly with described backstop (10) power, or described connecting element is integrally formed with described backstop (10).

6. coating equipment according to claim 5 (1),

It is characterized in that,

Described holding element (13) is configured to the T-shaped with two orthogonal faces, on the both sides being formed in another face in wherein said.

7. the coating equipment (1) according to claim 5 or 6,

It is characterized in that,

Described backstop (10) is can be bearing in the way of guiding in described connecting element (15).

8. the coating equipment (1) according to any one of the claims,

It is characterized in that,

Described regulating element (6) is configured to angular elements (6.1) or angle-shaped piece (6.2).

9. coating equipment according to claim 8 (1),

It is characterized in that,

Described angular elements (6.1) has substantially U-shaped profile.

10. coating equipment (1) according to claim 8 or claim 9,

It is characterized in that,

Described regulating element (6,6.1,6.2) has at least one recess (8) for connecting retaining element (9) at least one seamed edge (7,7.1).

11. coating equipment according to claim 10 (1),

It is characterized in that,

Described recess (8) is configured to elongated hole and/or is configured to screwed hole.