DE102014218466B4 - Frame system - Google Patents

Abstract

Molding frame system (1) for producing a frame (2; 202) for laminating a planar element, in particular an insect screen gauze, in which the frame system (1) comprises profile frame elements (5; 205) for holding the planar element and connector elements (6; 106; 206; 306 406), said connector elements (6; 106; 206; 306; 406) comprising at least two male members (10; 310A, 310B; 410A, 410B) and said profile frame members (5; 205). in which in each case a plug-in part (10; 310A, 310B; 410A, 410B) can be inserted, so that the profile frame elements (5; 205) are fastened by means of the connector elements (6; 106; 206; 306; 406) connectable to the frame (2), characterized in that the male part (10; 310A, 310B; 410A, 410B) is divided into a sprag body portion (30; 330) and a guide rail portion (31; 331) which are opposed by two Guide grooves (32 , 33, 332, 333) are structurally partially decoupled from each other, and that the profile frame element (5; 205) comprises two stiffening webs (35, 36) located opposite one another in a plug-in part receptacle (13), which engage the plug-in part receptacle (13) into a first receptacle area (41) for receiving the clamp body section (30; 330) and into a second receptacle area (42) Divide the guide rail portion (31, 331) divide, wherein the stiffening webs (35, 36) in interaction with the guide grooves (32, 33, 332, 333) a guide device (40) ausgestalten.

Description

The invention relates to a plug-in frame system for producing a frame for surface-mounting a surface element, in particular an insect screen gauze, in which the plug frame system comprises profile frame elements for holding the surface element and connector elements for connecting the profile frame elements, wherein the connector elements have at least two insertion parts and the profile frame elements two Einsteckteilaufnahmen, in which in each case a plug-in part can be inserted, so that the profile frame elements can be connected to the frame by means of the connector elements.

Generic plug-in frame systems are known from the prior art in a variety of designs. For example, disclose DE 10 2012 023 546 A1 . DE 10 2007 021 272 A1 and DE 10 2005 048 111 A1 in each case a plug-in frame system with the features mentioned. For example, different sized frames can be put together here according to the principle of a modular system in order to produce a frame for mounting an insect protection fabric or the like, which can then be attached to a door or window frame. However, conventional plug-in frame systems are usually fiddly to assemble and, moreover, often still relatively unstable, so that on the one hand it requires some practice and thus also time to correctly assemble appropriate frames. On the other hand, these frames usually have a low intrinsic stiffness, so that they bend easily and then visually appealing are difficult to mount on a support, such as on a door or window frame.

The invention has for its object to further develop generic Steckrahmensysteme to overcome at least the disadvantages mentioned above.

The object of the invention is achieved by a plug-in frame system for producing a frame for surface mounting of a surface element, in particular an insect screen gauze, wherein the plug frame system comprises profile frame elements for holding the surface element and connector elements for connecting the profile frame elements, wherein the connector elements at least two insertion parts and the profile frame elements have two Einsteckteilaufnahmen, in each of which a male member is inserted, so that the profile frame members are connected by means of the connector elements to the frame, and wherein the male system is characterized in that the male part is divided into a sprag portion and in a Führungsleistenabschnitt, which by two themselves opposite guide grooves are structurally partially decoupled from each other, and that the profile frame member comprises two in a Einsteckteilaufnahme opposite stiffening webs t, which divide the male member receptacle into a first receiving area for receiving the clamping body portion and a second receiving area for receiving the guide rail portion, wherein the stiffening webs in interaction with the guide grooves configure a guide device.

This special design of the respective male part and the respective Einsteckteilaufnahme corresponding hereby component-comprehensive functions are realized according to the invention, whereby on the one hand a structurally simple assembly aid and on the other hand an excellent stiffening of the assembled frame succeed. The latter is particularly advantageous for longer trained profile frame elements.

It has thus been found that stiffening webs for the profile frame element can be moved into the interior of the profile frame element, if these stiffening webs can be readily configured as linear guide elements.

Conversely, this means that with linear guide elements immediately a stiffening of the present profile frame elements is achieved in the direction of their longitudinal extent.

Thanks to these multiple functions, the plug-in frame system can be made particularly compact.

In particular, by means of the engaging in the guide stiffening webs a simple insertion of the respective male part is made possible in the associated Einsteckteilaufnahme.

Furthermore, a particularly good stiffening of the frame is achieved by the arranged on the profile frame element stiffening webs, whereby the surface area spanned with the frame surface element can be tightened much tighter, without the risk that the frame warps transversely to the clamped surface of the surface element.

Thus, the male part can be defined innovatively non-positively and positively in the Einsteckteilaufnahme after it has been manually inserted very easily in the profile frame element.

Optionally, the guide device still by an additional interaction be improved between the stiffening webs and the guide rail section.

The present plug-in frame system embodies a modular frame kit, by means of which preferably an insect screen frame can be manually put together on site.

The surface element that can be clamped by means of the frame is, for example, a fabric which is preferably an insect protection fabric. It is understood that other surface elements, such as knitted fabrics, perforated films or the like can be stretched with the frame in the present case.

The term "connector elements" describes any type of elements by means of which in the context of the invention at least two profile frame elements can be connected to each other, so that with the present plug frame system, a frame for surface clamping of a surface element can be produced.

It is understood that the connector elements can be made diverse. For example, the connector elements can advantageously be made of a light metal casting, of a plastic or at least partially of a metal core encapsulated with a plastic.

Preferably, the connector elements comprise corner connector elements and / or middle connector elements, so that the individual profile frame elements can be assembled correspondingly at an angle to the frame and a plurality of clamping fields can be generated within the frame.

In a corner connector element, the male parts are preferably aligned at right angles to each other. So two plug-in parts include a 90 ° angle.

In a center connector element, two male members include a 180 ° angle and preferably have a common centerline.

The male parts are preferably designed as leg parts on the respective connector element.

The frame which can be produced by the present plug-in frame system can be constructed in a particularly compact manner if the opposing guide grooves and the opposing reinforcing webs are arranged in a common mounting plane. It is understood that the opposing guide grooves can also be arranged offset from one another. The same applies to the opposite stiffening webs, wherein the respective guide must be arranged congruent with the corresponding corresponding stiffening web.

A particularly good increase in the torsional rigidity of the frame which can be produced by the present frame system can be achieved if the opposing guide grooves are arranged on broad sides of the male part and the opposite stiffening webs on the corresponding broad sides of the profile frame element.

If both the opposing guide grooves and the opposing stiffening webs arranged eccentrically relative to the respective component longitudinal extent on the broad side, an asymmetrically constructive connection arrangement can be created, whereby on the one hand, the assembly of the frame is further simplified, as it is easier to see how a profile frame element is to be plugged with its male part receptacle on a male part of a connector element. Thus, the risk of assembly errors can be significantly reduced even for an untrained user. On the other hand, this asymmetry can further increase the torsional rigidity of the frame.

Furthermore, it is advantageous if the opposing guide grooves each have undercuts, which can be engaged behind by lugs of the opposing stiffening webs. In this way, an exactly interlocking linear guide can be realized, which formulated by a meshing of connector element side guide grooves and profile frame element side stiffening webs a particularly torsion-resistant frame. For this purpose, the guide grooves may for example be designed as T-slots.

In this context, an advantageous embodiment provides that the guide device is designed as a dovetail joint with appropriately designed guide grooves and stiffening webs.

In this case, the linear guide or the guide device can be distinguished by sliding surfaces with regard to the stiffening webs and / or the walls of the plug-in part receptacles, which are designed to be continuous.

To save material and thus also for further weight reduction, however, these sliding surfaces can also be designed to be interrupted on the profile frame element and / or on the connector elements.

In addition, it is particularly advantageous if the guide rail section is structurally decoupled from one another by the two guide grooves lying opposite one another from the clamp body section, as this can further simplify the mounting.

Furthermore, it is advantageous if the guide rail section and the clamping body section are connected to one another by means of a constricted connecting section. As a result, the guide rail section and the clamping body section can be connected to one another more movably, which in turn favors the insertion of a plug-in part into a plug-in part receptacle.

Such a constricted connecting portion can be structurally particularly easily generated by the two opposite guide grooves.

For example, to further increase assembly comfort, it is advantageous if the guide rail section and the clamping body section are connected to one another by an elastically configured connecting section.

It is particularly expedient if the guide rail section is less than half, preferably one third, as wide as the clamping body section. As a result, a plug-in part can be better defined in a complementarily designed plug-in part receptacle.

Expediently, additional material recesses may be arranged in the clamping body section and / or in the guide strip section laterally next to the guide grooves. In this way, firstly, an advantageous weight saving can be achieved and secondly, these additional Materialausnehmungen can serve to accommodate other functional components, such as magnetic elements for magnetic attachment of the frame to a correspondingly prepared door or window frame.

If the second receiving area is designed to be flatter than the first receiving area, the guide rail section can also be made correspondingly shallower in terms of its height, as a result of which the insertion orientation can also be seen directly for inexperienced persons. In addition, this is next to and along the guide rail section even more functional space available.

In order to use a connector element manufactured with a unit size universally for different sized profile frame elements, it is advantageous in a properly mounted sash system when an adapter element is at least partially disposed between the male and inner sides of the male member. Further, by a related connector element format in this regard, the production cost of the present mating frame system can be significantly reduced.

This adapter element may be formed as a plastic shoe or the like. Instead of such an adapter element may also be provided an impact sleeve or the like.

Overall, by means of the plug-in frame system according to the invention, a corresponding frame can also be produced easily and quickly by inexperienced persons.

Further features, effects and advantages of the present invention will be explained with reference to the accompanying drawings and the following description in which components of a plug-in frame system according to the invention are shown and described by way of example.

Components which in the individual figures at least substantially coincide with respect to their function may in this case be identified by the same reference symbols, the components not having to be numbered and explained in all the figures.

In the drawing show:

1 schematically a perspective view of a profile frame elements of Eckverbinderelementen and middle connector elements already partially assembled frame of a plug-in frame system;

2 schematically a perspective view of the one in the 1 shown center connector elements;

3 schematically a perspective view of one of the corner connector elements shown in the figure;

4 schematically a perspective view of an adapter element in the form of a slip-on shoe part for attachment to one of the in the 1 to 3 shown connector elements;

5 schematically a cross-sectional view of one of in the 1 shown profile frame elements;

6 schematically a cross-sectional view of the in the 5 shown profile frame element with Inserted here middle connector element according to 2 and adapter element according to 4 ;

7 schematically a cross-sectional view of the in the 5 shown profile frame element with herein inserted Mittelverbinderelement according to 8th ;

8th schematically a perspective view of an alternative made of plastic alternative center connector element;

9 schematically a perspective view of an alternative plastic corner connector element made of plastic;

10 schematically another perspective view of the in the 9 shown alternative corner connector element;

11 schematically shows a perspective bottom view of an amplified further profile frame elements and from correspondingly reinforced other corner connector elements already assembled alternative frame;

12 schematically a perspective view of the alternative frame of the 11 ;

13 schematically a plan view of another alternative corner connector element;

14 schematically a bottom view of the further alternative corner connector element of the 13 ;

15 schematically a sectional view of the in the 13 and 14 shown further alternative Eckverbinderelements along in the 14 drawn section line DD;

16 schematically another view of another corner connector element; and

17 schematically a view of an example of the in the 11 and 12 shown alternative frame aufclipbaren component.

That in the 1 Only shown as an example plug-in frame system 1 is already partly a framework 2 put together, the finished frame 2 two clamping fields 3 and 4 configured, in each of which a not shown here insect protection gauze can be stretched.

The plug-in frame system 1 consists essentially of a variety of profile frame elements 5 (only exemplified, see in particular also 5 ) and a plurality of connector elements 6 , by means of which immediately adjacent profile frame elements 5 connected to each other. The connector elements 6 consist in this embodiment of light metal casting.

In this respect, form the profile frame elements 5 and the connector elements 6 together the framework 2 In this embodiment, there are two types of connector elements 6 There, namely the corner connector elements 7 (only exemplified, see also 3 ), which only two profile frame elements 5 perpendicular to each other, and if necessary additively the center connector elements 8th (only exemplified, see also 2 ), which two profile frame elements 5 in alignment with each other and in addition another profile frame element 5 perpendicular to the two mutually aligned profile frame elements 5 connect with each other.

Each of the connector elements 6 has at least two insertion parts 10 (Also numbered only as an example), on each of which a profile frame element 5 can be plugged.

Accordingly, the profile frame elements 5 designed as a continuous hollow chamber profile such that at its two respective ends 11 and 12 each one plug-in part 13 is available, in which the complementary configured plug 10 plugged in and can be set accordingly.

The plug-in frame system 1 In addition, can still with rotary fasteners 14 and 15 be equipped, by means of which the frame 2 to a suitable support, such as a door or window frame, can be mounted.

That in the 2 again shown in detail center connector element 8th has a total of three plug-in parts 10 and 16 on, from which the two aligned opposite plug-in parts 10 are configured identically.

The right angles and spatially between the two identical plug-in parts 10 arranged third plug 16 is designed differently and it will not be considered here.

Anyway, the two plug-in parts 10 each an elongated, flat body 17 on which extends in the direction of the longitudinal extent 18 of the plug-in part 10 from the central area 19 the center connector element 8th extends to the outside.

The plug-in parts 10 thus possess each in longitudinal extension 18 a length 20 , and one transverse to the longitudinal extent 18 running width 21 as well as height 22 , wherein the length is greater than the width 21 , and the width 21 is greater than the height 22 ,

Thus, at each of the male parts 10 two broadsides 23 (numbered only as an example), two narrow sides 24 (numbered only as an example) and a head page 25 Are defined.

Each elongated, flat plug 10 is also in a sprag section 30 and in a guide rail section 31 divided.

The positioning of the two opposite guide grooves 33 and 34 are at the respective plug-in part 10 chosen such that the guide rail section 31 in this embodiment, about one-third as wide as the sprag portion 30 , Thus, at the two broad sides between the sprag portion 30 and in the profile frame element 5 located Einsteckteilaufnahme 13 a sufficiently wide clamping surface can be generated.

This division takes place here by means of two opposing guide grooves 32 and 33 , which are each on one of the broadsides 23 in longitudinal direction 18 expand.

Through the two opposite guide grooves 32 and 33 are the clamp body section 30 and the guide rail section 31 ultimately only by a constricted connecting section 34 connected with each other. This constricted connecting section 34 can due to the targeted material weakening by the two opposite guide grooves 32 and 33 with appropriate choice of material immediately an elastically configured connecting portion 34 form.

In this respect, the sprag body section 30 and the guide rail section 31 structurally partially decoupled from one another, whereby the respective plug-in part 10 across its width 21 Seen throughout is not so stiff, as without this intended arrangement of the guide grooves 32 . 33 , This in turn lives the plug-in part 10 in the direction of its width 21 and transverse to this a greater flexibility held, which helpful when inserting the respective plug 10 into the plug-in part holder 13 can be.

The guide grooves 32 and 33 However, not only serve the material weakening described herein and the effects thereby achieved at the respective plug 10 ,

Rather, they still serve to the profile frame elements 5 existing stiffening webs 35 and 36 (see in particular 5 ), so that the plug 10 despite the on the insides 37 the plug-in part pickup 13 arranged stiffening webs 35 and 36 still in the profile frame element 5 can be inserted.

Thus take over the stiffening webs 35 and 36 in interaction with the guide grooves 32 and 33 not only the function of a stiffening of the profile frame elements 5 and with it the whole frame 2 ,

But the stiffening webs 35 and 36 at the same time design linear guide components (not separately numbered), along which the plug 10 into the plug-in part holder 13 plug in.

In this respect, the present stiffening webs form 35 and 36 in interaction with the guide grooves 32 and 33 and the guide rail section 31 a leadership facility 40 out (see in particular 6 and 7 ).

As well as according to the presentation after the 5 is recognizable, are the stiffening webs 35 . 36 beyond that on the insides 37 of the profile frame element 5 arranged that the male part 13 in a first reception area 41 for receiving the clamp body portion 30 and in a second receiving area 42 for receiving the guide rail section 31 is divided.

Here is the second recording area 42 flatter than the first receiving area 41 , so that below the second receiving area 42 another mounting bead 43 or the like can be placed. Outside next to the first reception area 41 and at the second receiving area 42 opposite side of the first receiving area 41 is still a holding groove 44 arranged in which, for example, a Kederelement (not shown) of a fabric or an insect screen gauze can be determined.

It is understood that by the present mullion system 1 made frames 2 can be attached to a component by different means, such as by means of the above-mentioned rotary fasteners 14 and 15 , which usually at least partially require a screw or the like. The frame 2 can alternatively be mounted by means of magnetic elements (not shown) and then also faster detachable on a component.

Such magnetic elements can be structurally particularly advantageous in the frame 2 integrated, since in particular present at the plug 10 next to the guide grooves 32 respectively. 33 additional material cutouts 50 in the clamp body section 30 are arranged.

Cumulatively or alternatively, with appropriate design of the male part 10 also in the guide strip section 31 such additional material recesses 50 are arranged.

That in the 3 Corner connector shown 7 is also characterized by the fact that there are two identical plug-in parts 10 having. These plug-in parts 10 are in this case at the central area 19 the corner connector element 7 arranged that they are aligned at right angles to each other. In this respect, they can have a corner area (not numbered separately) of the frame 2 (please refer 1 ) well designed.

Otherwise, the two plug-in parts 10 in the 3 shown corner connector element 7 identical to the plug-in parts 10 in the 2 illustrated center connector element 8th (see same reference numbers). In this respect, reference is also made to the description in this regard, to avoid repetition.

In order for different profile frame elements 5 as identical as possible to build connector elements 6 to be able to use, in particular, the plug-in parts 10 dimensioned so that they are with the smallest profile frame element 5 which is the narrowest plug-in part 13 owns, are compatible.

Even with larger profile frame elements 5 can work well, the mullion system 1 still through adapter elements 55 be supplemented, as exemplified according to the illustration of the 4 is shown.

That in the 4 as an example shown adapter element 55 is U-shaped and it can both on the corner connector element 7 as well as on the center connector element 8th be used.

Preferably, the adapter element consists 55 made of plastic and forms a kind of envelope for the plug 10 ,

For this purpose, the adapter element 55 about with his front 56 on the side over the plug-in part 10 be pushed, so that but the guide grooves 32 and 33 and the guide rail section 31 from the adapter element 55 are not covered.

The adapter element 55 also has a window pane 57 to ensure accessibility to the in the plug 10 introduced additional material recess 50 to be able to guarantee even if the adapter element 55 already properly on the plug 10 is appropriate.

On its outside 57 has the adapter element 55 a variety of elongated sliding ribs 58 (numbered only as an example) in order to plug in with the adapter element 55 equipped plug-in part 10 opposite the insides 37 of the profile frame element 5 to achieve a friction reduction. These sliding ribs 58 are distributed throughout the outside 57 , Thus, by means of the adapter element 55 the ease of assembly can be increased.

According to the cross-sectional view of the 6 is easy to see, like the plug 10 with the adapter element attached thereto 55 in the profile frame element 5 is arranged.

The interaction or the interaction between the stiffening webs is particularly easy to recognize 35 and 36 and the guide grooves 32 and 33 , wherein the stiffening webs 35 and 36 as well as the guide grooves 32 and 33 in a common assembly level 59 are arranged, so that also a partial decoupling between the clamping body portion 30 and the guide rail section 31 is realized in a spatially confined space.

Here is the sprag portion 30 in the first recording area 41 and the guide rail section 31 within the second recording area 42 ,

The adapter element 55 encloses the sprag section 30 on the broadside 23 and on the narrow sides 24 of the plug-in part 10 so that the plug-in part 10 in the area of broadsides 23 very good inside the plug-in receptacle 13 of the profile frame element 5 is clamped. Here is the adapter element 55 and thus also the sprag section 30 only over the sliding ribs 58 with the insides 37 of the profile frame element 5 in operative contact, whereby the insertion is considerably easier.

On the narrow sides 24 is the plug-in part 10 both in terms of the clamp body section 30 as well as in terms of the guide rail section 31 opposite the profile frame element 5 jammed. Hereby experiences the plug-in part 10 through the constricted or elastic connecting portion 34 a certain elasticity transverse to the longitudinal extent 18 and in the direction of the width 21 , whereby an insertion can be additionally facilitated.

In addition, on the profile frame element 5 another delusion 60 clipped as a cover.

As shown by the 7 is in the profile frame element 5 an alternative connector made of plastic 106 in the form of a center connector element 108 (see. 8th ) plugged in.

Since the structure of such an alternative connector element 106 in the form of a corner connector element 107 (see. 9 and 10 ) or a center connector element 108 (see. 8th ) except for some production-specific details otherwise the same as the previously described connector elements 6 (corner connector 7 or middle connector element 8th ) is constructed, the same reference numerals are used for further description and reference is also made to the above description in order to avoid repetition here as well.

Due to the fact that the corresponding plug-in part made of plastic 10 immediately with sliding ribs 58 perfect fit for the insertion part 13 can be made to a previously described additional adapter element 55 be waived.

Nevertheless, such an adapter element 55 also be used with suitably designed alternative universal plastic connector elements. For example, here on the sliding ribs 58 on the connector element 106 be waived.

In addition to the above-described connector element 6 of a metal or the connector element 106 made of plastic, an alternative connector element can be at least partially made of a metal core overmolded with a plastic.

For example, here is the adapter element described above 55 immediately on the plug 10 sprayed.

The in the 11 and 12 illustrated alternative framework 202 has a variety of again reinforced profile frame elements 205 on, which by means of appropriately trained reinforced corner connector elements 207 together to the alternative frame 202 connected, creating the alternative framework 202 an even higher stiffness experiences. This reinforcement is provided by an additional profiling level 269 the reinforced corner connector elements 207 and the reinforced profile frame elements 205 achieved. This is in particular a significant improvement of the static properties and a significant increase in the power transmission with respect to the interacting frame components of the alternative frame 202 reached. On this alternative framework 202 are still four alternative facing elements 260 (numbered only as an example) as a cover. The reinforced corner connector elements 207 embody first connector elements 206 of the alternative frame 202 ,

That in the 13 to 15 illustrated further alternative corner connector element 307 is characterized by an additional insertion pin 370 which is additionally inserted into a receiving pocket (not shown) of a correspondingly complementarily shaped profile frame element (not shown), if the further alternative corner connector element 307 together with the correspondingly complementary formed profile frame elements to a frame (not shown) is plugged together. This additional insert pin 370 Leads to a thinner plug 310A further alternative corner connector element 307 ,

In particular, according to the illustration of the 15 It is good to see that on the thicker insert 310B two opposing guide grooves 332 and 333 are present, which in particular the thicker plug 310B in a guide rail section 331 and in a clamp body section 330 subdivide, whereby the effects previously described also on the other alternative corner connector element 307 can be achieved.

At the other alternative corner connector element 307 In addition, additional material recesses are used to reduce weight 350 brought in. The other alternative corner connector element 307 embodies a first connector element 306 ,

That in the 16 still shown other corner connector element 407 also has an additional insertion pin 470 on, so that too this other corner connector element 407 on a correspondingly complementary formed profile frame element 205 (see example 11 and 12 ) in addition to the two plug-in parts 410A and 410B is stored. Also the other corner connector element 407 embodies a first connector element 406 , as in the example in the 11 and 12 exemplary shown frame 202 can be used.

That in the 17 still shown component 580 is a handle 581 , which in particular on the alternative framework 202 (please refer 11 and 12 ) can be clipped so that the frame 202 if it is rotatably suspended on a door frame or the like, is easier to use.

The component 580 or the handle 581 has a clip part for this purpose 582 by which he or he from the outside on the alternative frame 202 is clipped. If necessary, the component 580 or the handle 581 still by means of a screw (not shown) or the like on the alternative frame 202 fixed.

In addition, the component has 580 or the handle 581 another handle part 583 on, by means of which he or he can be taken by hand to the alternative framework 202 to use.

It should be explicitly pointed out at this point that the features of the exemplary embodiments described or mentioned above can optionally also be combined in order to be able to implement or achieve the explained features, effects and advantages in a cumulative manner.

It goes without saying that the exemplary embodiments explained above are only first embodiments of the plug-in frame system according to the invention and components thereof. In this respect, the embodiment of the invention is not limited to these embodiments.

LIST OF REFERENCE NUMBERS

1

Frame system

2

frame

3

first clamping field

4

second clamping field

5

Profile frame elements

6

connector elements

7

Central connector elements

8th

corner connector

10

male parts

11

first end

12

second end

13

Einsteckteilaufnahmen

14

first rotary fastener

15

second rotary fastener

16

differently designed plug-in part

17

body

18

longitudinal extension

19

Central area

20

length

21

width

22

height

23

broadsides

24

narrow sides

25

head

30

Terminal body section

31

Guide rail section

32

first guide groove

33

second guide groove

34

constricted or elastic connecting portion

35

first stiffening bridge

36

second stiffening bridge

37

insides

40

guide means

41

first recording area

42

second recording area

43

fixing bead

44

retaining groove

50

additional material recesses

55

adapter elements

56

front

57

pane

58

sliding ribs

59

mounting level

60

facing

106

alternative connector element

107

alternative corner connector element

108

alternative center connector element

202

alternative framework

205

reinforced profile frame elements

206

first connector elements

207

reinforced corner connector elements

260

alternative facing elements

269

additional profiling level

306

first connector element

307

further alternative corner connector elements

310A

thinner plug-in part

310B

thicker plug

330

Terminal body section

331

Guide rail section

332

first guide groove

333

second guide groove

350

additional material recesses

370

additional insertion pins

406

first connector element

407

other corner connector element

410A

thinner plug-in part

410B

thicker plug

470

additional insert pin

580

component

581

Handle

582

clip part

583

handle part

Claims (12)

Plug-in frame system ( 1 ) for producing a frame ( 2 ; 202 ) for the planar clamping of a surface element, in particular an insect screen gauze, in which the plug-in frame system ( 1 ) Profile frame elements ( 5 ; 205 ) for holding the surface element and connector elements ( 6 ; 106 ; 206 ; 306 ; 406 ) for connecting the profile frame elements ( 5 ; 205 ), wherein the connector elements ( 6 ; 106 ; 206 ; 306 ; 406 ) at least two plug-in parts ( 10 ; 310A . 310B ; 410A . 410B ) and the profile frame elements ( 5 ; 205 ) two plug-in part receivers ( 13 ), in each of which a plug-in part ( 10 ; 310A . 310B ; 410A . 410B ) is insertable, so that the profile frame elements ( 5 ; 205 ) by means of the connector elements ( 6 ; 106 ; 206 ; 306 ; 406 ) to the framework ( 2 ) are connectable, characterized in that the male part ( 10 ; 310A . 310B ; 410A . 410B ) into a clamp body section ( 30 ; 330 ) and in a guide rail section ( 31 ; 331 ), which by two opposing guide grooves ( 32 . 33 ; 332 . 333 ) are structurally partially decoupled from each other, and that the profile frame element ( 5 ; 205 ) two in a plug-in receptacle ( 13 ) opposite stiffening webs ( 35 . 36 ), which the insertion part receptacle ( 13 ) into a first receiving area ( 41 ) for receiving the clamping body portion ( 30 ; 330 ) and a second recording area ( 42 ) for receiving the guide rail section ( 31 ; 331 ), wherein the stiffening webs ( 35 . 36 ) in interaction with the guide grooves ( 32 . 33 ; 332 . 333 ) a management facility ( 40 ). Plug-in frame system ( 1 ) according to claim 1, characterized in that the opposing guide grooves ( 32 . 33 ; 332 . 333 ) and the opposing stiffening webs ( 35 . 36 ) in a common assembly level ( 59 ) are arranged. Plug-in frame system ( 1 ) according to claim 1 or 2, characterized in that the opposing guide grooves ( 32 . 33 ; 332 . 333 ) on broadsides ( 23 ) of the plug-in part ( 10 ; 310A . 310B ; 410A . 410B ) and the opposing stiffening webs ( 35 . 36 ) on the broad sides of the profile frame element ( 5 ; 205 ) are arranged. Plug-in frame system ( 1 ) according to claim 3, characterized in that both the opposing guide grooves ( 32 . 33 ; 332 . 333 ) as well as the opposing stiffening webs ( 35 . 36 ) are arranged eccentrically relative to the respective component longitudinal extent on the broad side. Plug-in frame system ( 1 ) according to one of claims 1 to 4, characterized in that the opposing guide grooves ( 32 . 33 ; 332 . 333 ) each have undercuts which by lugs of the opposing stiffening webs ( 35 . 36 ) are graspable. Plug-in frame system ( 1 ) according to one of claims 1 to 5, characterized in that the guide rail section ( 31 ; 331 ) and the clamping body section ( 30 ; 330 ) by means of a constricted connection section ( 34 ) are interconnected. Plug-in frame system ( 1 ) according to one of claims 1 to 5, characterized in that the guide rail section ( 31 ; 331 ) and the clamping body section ( 30 ; 330 ) by an elastically configured connecting portion ( 34 ) are interconnected. Plug-in frame system ( 1 ) according to one of claims 1 to 7, characterized in that the guide rail section ( 31 ; 331 ) is less than half, preferably one third, as wide as the sprag portion ( 30 ). Plug-in frame system ( 1 ) according to one of claims 1 to 8, characterized in that laterally next to the guide grooves ( 32 . 33 ; 332 . 333 ) additional material recesses ( 50 ; 350 ) in the clamp body section ( 30 ; 330 ) and / or in the guide rail section (FIG. 31 ; 331 ) are arranged. Plug-in frame system ( 1 ) according to one of claims 1 to 9, characterized by an adapter element ( 55 ), which at least partially between the plug ( 10 ; 310A . 310B ; 410A . 410B ) and inside pages ( 37 ) of the insertion part receptacle ( 13 ) is arranged. Plug-in frame system ( 1 ) according to one of claims 1 to 10, characterized in that the connector elements ( 6 ; 106 ; 206 ; 306 ; 406 ) Corner connector elements ( 7 ; 107 ; 207 ; 307 ; 407 ) and / or middle connector elements ( 8th ; 108 ). Plug-in frame system ( 1 ) according to one of claims 1 to 11, characterized in that the connector elements ( 6 ; 106 ; 206 ; 306 ; 406 ) are made of a light metal casting, a plastic or at least partially made of a metal core encapsulated with plastic.

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