WO1998025733A1

WO1998025733A1 - Fixing device for a set of angular screw-spanners

Info

Publication number: WO1998025733A1
Application number: PCT/EP1997/006832
Authority: WO
Inventors: Harald Berns
Original assignee: Wera Werk Hermann Werner Gmbh & Co.
Priority date: 1996-12-13
Filing date: 1997-12-09
Publication date: 1998-06-18
Also published as: DE29621659U1

Abstract

The invention relates to a fixing device for a set of angular screw-spanners having a short and a long side. Said device comprises insert holes for one side of the screw-spanners. The other right angle sides of the screw spanners are aligned next to each other according to screw-spanner size with the largest size screw-spanner on the outside. In order to achieve precise positioning of the screw spanners in the fitted device in as little space as possible, the screw-spanners are placed in the insert holes (6, 18) with their short-ends (2'') first and the screw-spanner located on the outside is propped up on its longest side (2') by an outer retaining cheek.

Description

00001 Device for holding a set of angular

00002 screwing tools 00003

The invention relates to a device for mounting

00005 of a set of angular screwdriving tools with one

00006 shorter and one longer leg, with insert opening

00007 solutions for one leg of the screwing tools,

00008 the other legs of which are bent at right angles,

00009 arranged according to the key dimension, lie next to each other,

00010 being the screwdriver with the largest key dimension

00011 is arranged outside. 00012

A device of the type in question is known

00014 from US 3,997,053, the insertion openings on

Part of their length in cross section is non-circular

Are 00016. This is created by diametrically opposed

00017 lying in the circular cross section of the insertion opening

Protruding projections such that the distance between

00019 this the respective width across flats in cross section

00020 hexagonal screwdriver corresponds. With

00021 their longer legs are the screwing tools

00022 the insertion openings in a slightly rotated position

00023 used in such a way that two opposite

00024 hexagon surfaces slide along the projections.

00025 Is the sufficient insertion depth, must be

00026 of the shorter leg the screwing tool slightly

00027, with the two facing each other

00028 the corner edges of the longer leg into the front

Dig in cracks and thus against the screwdriver

Fix 00030 axial displacement. That from the device

00031 protruding ends of the longer legs have

00032 one another a distance. When storing the device

00033 device with a set of angular screwing tools

00034, for example, in a tool box can therefore become caught

00035 take place with other tools. Furthermore, the 00036 orderly accommodating the screwing tools depending on 00037 of the correspondingly wide insertion of the respective 00038 screwing tool. Due to the fact that the 00039 screwing tools are arranged at a distance from one another in the area of the longer legs 00040, the 00041 device requires a larger space associated therewith. The object of the invention is zugrun00044 de to design a generic device in a manufacturing technically simple manner in a manner which is advantageous for use in such a way that, in addition to a small space requirement for the device equipped with 00047, the screwing tools always assume a position defined in 00048. This problem is solved first and essentially with 00051 a device with the features of claim 1 00052, with the focus being that the screwing 00053 tools with their shorter legs are inserted into the insertion 00054 openings and the external screwing 00055 tool with its longer leg is supported by a 00056 outer holding jaw. The object of the invention is also solved in 00059 that the shorter legs of the screwing tools, starting from the free end to almost the bending curvature between the two legs, are inserted into the insertion holes and the longer ends of the screwing tools from longer ends are smaller Key dimension 00064 are undercut. The subclaims relate to advantageous further education of the solution according to the invention. 00068 00069 As a result of such an arrangement, a device 00070 of the type in question is of increased utility value 00071 created. Compared to the known prior art

00072 the plug-in openings do not take the longer ones

00073 but shorter legs of the screwing tools.

00074 This can, for example, while achieving a frictional connection

Be generated 00075, but is not absolutely necessary.

00076 This means that now only a short insertion

00077 away is required. The fixation takes place in the area

00078 of the longer leg of the screwing tools by the

00079 external screwdriver itself with the longer one

00080 leg on the outer holding jaw of the device

00081 supports. A clamp fit can be created here, e.g.

00082 in that the holding jaw dodges. It

00083 therefore always result in defined end positions of the

00084 used screwing tools. Furthermore, the removal

00085 men for example inserting a screwing tool handling

00086 technically easy to perform. The longer leg

00087 serves as a handle to the screwing tool in question

00088 for the time being going through the shorter leg

00089 axis to rotate. This will get the longer leg

00090 from the area of the holding jaw, so that subsequently

00091 pivoted screwing tool from the

00092 insertion opening can be pulled out. Since the

00093 shorter leg in a hiding position in the

00094 insertion openings and the longer legs

00095 touching side by side, voids between

00096 avoided the longer legs, so that when storing

00097 tion, for example, the disadvantage of a tool box

00098 hooking with other tool parts largely counter

00099 is knitted. Even in the embodiment of the

00100 direction according to the subsidiary claim are the tools

00101 with their shorter legs in the insertion openings

00102 used. The insert movement

00103 by the bending curvature between the two

00104 legs, so that here again a defined

00105 insertion movement takes place. In the inserted 00106 position of the screwing tools are then the longer ones

00107 legs of the same close together to achieve one

00108 space-saving training such that the length

00109 Ren ends of the screwing tools from longer ends

00110 lower key dimension are undercut. At this

00111 version is dispensed with a holding jaw. A

00112 development of the first version is achieved

00113 that the longer legs between two holding jaws

00114 are clamped together and with their hexagonal surfaces

00115 the concern. In this way, the longer Schen-

00116 kel optimally supported. The holding jaws ensure

00117 that the longer legs do not inadvertently take their

00118 leave my position. Otherwise, the holding

00119 bake an impact protection for the screwing tools.

00120 It is possible to split the sentence into two

To provide 00121 symmetrical arrangement, the longer

00122 Legs of both parts of the sentence in an adjacent parallel position

00123 to each other and the shorter legs of both parts of the sentence

00124 arranged in a spaced parallel position to each other

00125 are. It should also be emphasized that the device,

00126 seen in cross-section, in the middle the length

00127 ren encloses approximately S-shaped. Thus receives

00128 a specially protected accommodation of the two

00129 sentence parts within the device. The beyond

00130 middle area lying free area then serves

00131 for attacking the longer legs of the screwing tools,

00132 to be able to pivot this, for example, what that

00133 then pulling out the screwing tools from the

00134 plug-in openings permitted. With such an

00135 staltung it is recommended that the end faces of the

00136 longer legs are approximately aligned. thereupon

00137 provides that longer legs on a stepped

00138 th partition. The latter represents one

00139 holding jaw, for both parts of the sentence. Space saver

00140 rend affects the measure that the length 00141 ren thigh with the smallest key dimension of both

00142 subsets are arranged to overlap each other.

00143 With an undivided set of screwing tools it proves

00144 it is advantageous that the side edges of the longitudinal

00145 ren leg of a sentence itself on a flat wall

Support 00146 of the device. The latter limited after

00147 inserting the screwing tools their swiveling movement,

00148 associated with that again defined here

00149 end positions are available. The support wall is there

00150 used the holding jaws emanating from it

00151 to train. It is recommended for the device

00152 plastic with internal elasticity to be used

00153 with the advantage that the holding jaws are flat

00154 adjacent longer legs of the screw mechanism ~

00155 brace against each other. If the longer

00156 legs protrude beyond the support wall, the protruding

00157 ends as a handle for easy removal of the

00158 to allow screwing tools. Another advantage

00159 characteristic can be seen in the fact that the inner holding

00160 bake as an extension of an inclined,

00161 the surface of the device having the insertion opening

00162 connects. The oblique course of the insertion opening

00163 area takes into account the fact that

00164 the shorter legs with increasing key size

00165 have a greater length so that the largest is shorter

00166 leg also receives the longest insertion opening.

00167 The definition of the longer legs is optimized

00168 by the measure that the polygonal surfaces of the shank

00169 are provided with a longitudinal fillet and the longitudinal fillets

00170 len adjacent longer leg form-fitting

00171 sig mesh. An unwanted swing out

00172 is the longer leg from its positive position

00173 largely counteracted. It is then

00174 possible, one running perpendicular to the insertion openings

00175 stand or mounting plate of the device 00176 hen. Either the device can be on one surface

00177 lie on or be attached to a wall. A

00178 good clarity of the stored screwing tools

00179 ge results from the measure that the

00180 insert part forming insert openings at an angle on the

00181 right stand or mounting plate sits. at

00182 frontal view of the screwing tools, in the direction of

00183 seen front ends of the longer legs, results

00184 a laterally offset arrangement of the screwing tools,

00185 the dense juxtaposition of the same not

00186 is canceled. 00187

00188 The invention is characterized by a minimized area

00189 before, which are in parallel to each other

00190 Filling tools if the longer legs

00191 lie in touching abutment. 00192

00193 Three exemplary embodiments of the invention are described below.

00194 fertilized explained with reference to the drawings. It shows

00195

00196 Fig. 1 in approximately double size with

00197 screwing tools equipped device according

00198 of the first embodiment,

00199

00200 Fig. 2 is a rear view of the device,

00201

00202 Fig. 3 is a side view of the device, in arrow

00203 direction III seen in Fig. 1,

00204

4 shows another side view of the device, and

00206 according to line IV in FIG. 2,

00207

00208 FIG. 5 shows the section along the line V-V in FIG. 3,

00209

00210 Fig. 6 shows the section along the line VI-VI in Fig. 2, 00211 Fig. 7 is a top view of the device, in

00212 arrow direction VII seen in Fig. 1, 00213

00214 Fig. 8 is the bottom view of the device according to arrow

00215 direction VIII in Fig. 1, 00216

00217 Fig. 9 is a view of the device according to the second

00218 embodiment, 00219

00220 Fig. 10 is a folding side view of the

00221 Fig. 9, 00222

00223 FIG. 11 shows the other foldable view of FIG. 9, 00224

00225 Fig. 12 is the bottom view of the device, enlarged

00226, in the direction of arrow XII in FIG. 9

00227 seen, 00228

00229 FIG. 13 shows a representation corresponding to FIG. 10,

00230 shown enlarged, the screwdriver

00231 testify from its stop position by approx. 90 °

00232 are pivoted, 00233

00234 Fig. 14 is a view of the device according to the third

00235 embodiment associated with the device

00236 system screwdriver set, enlarged

00237, 00238

00239 FIG. 15 the view in the direction of arrow XV in FIG. 14, 00240

16 shows the view in the direction of arrow XVI in FIG. 14,

00242 shown greatly enlarged, and 00243

00244 FIG. 17 shows a representation corresponding to FIG. 16

00245 modified designed screwing tools. 00246 The device illustrated in Figures 1 to 8

00247 1 is used to hold a set of angular

00248 screwing tools 2 different wrench dimensions.

00249 The device 1 consists of plastic with an inner

00250 elasticity and is preferably obtained by spraying

00251 testifies. 1, 2 and 5 show, the device has

00252 tung 1 in plan a Z-shape. The two outer ones

00253 Z-leg 3, 4 connecting web 5 represents the middle

00254 area of the device and extends over the

00255 width of the same, while the Z-legs 3, 4 about half

00256 are as wide as the Z-bar 5. 00257

00258 According to this first embodiment is the sentence

00259 screwing tools 2 divided symmetrically from the pre

00260 direction 1 added. For this purpose are in everyone

00261 Z-legs 3, 4 in three layers one above the other

00262 different diameter provided. The

00263 each diameter corresponds to the corner dimension of the

00264 screwing tool to be assigned to him 2. One each

00265 plug-in openings 6 receiving subset are so

00266 brings that a common tangent parallel to

00267 each broad side wall runs, see Fig. 3 and

00268 4. This means that with different sizes

00269 insertion openings 6 each by a group of

00270 insertion openings 6 centerline inclined to the

00271 broad side walls is arranged. 00272

00273 The middle area of the device, i.e. the Z-web

00274 5, is S-shaped in cross section with formation

00275 two diametrically opposed recording cameras

00276 mern 7, 8 for the longer legs 2 'of the screw mechanism

00277 witness 2. The two receiving chambers 7, 8 are separate

00278 through a graduated partition 9 on which the

00279 longer leg 2 'of the screwing tools 2 with their

00280 each of the corner edges 10, see FIG. 6 In 00281 such a gradation is provided that the corner edges 11 opposite the corner 00282 10 are at a height of 00283 and are set back against the relevant broad sides 00284 of the device. 00285 00286 Furthermore, it can be seen from FIG. 6 that the longer legs 00287 kel 2 'with the smallest key dimension of the two partial sets 00288 are arranged in an overlap with one another. In this 00289 manner, with a small cross-sectional shape of the 00290 device, space-saving accommodation of two 00291 sub-sets of screwing tools is achieved. 00292 00293 The screwing tools 2 are assigned to the device 1 00294 in such a way that the shorter legs 2 '' are inserted into the plug-in openings 6 which they come in 00295. 00296 The longer legs 2 'are then brought into contact with the 00297 partition 9, so that the 00298 screwing tool 2, which is on the outside in each case, is then supported with its 00299 longer leg 2' on an outer holding jaw 12 00300. The latter is formed by the relevant 00301 S-leg of the S-profile of the central region, that is, the 00302 Z-web 5. The inner longer legs 2 ¹ 00303 of the screwing tools, on the other hand, are supported on the 00304 graduated partition 9, so that then with their 00305 hexagonal surfaces are held clamped to each other longer legs 00306 2 '. The graduated partition 9 thus also represents a holding jaw 00308 to a certain extent. In the inserted position of the screwing tools 00309 2, the end faces of the longer legs 2 '00310 are approximately aligned with one another, see FIGS. 1, 2 and 5. 00311 00312 in particular goes from the sectional view according to 00313 Fig. 6 that the polygonal surfaces of the legs are provided with 00314 a longitudinal groove 13. In the execution example, the polygonal surfaces are hexagonal surfaces, whereby 00316 the opposing, provided with the longitudinal grooves

00317 interlock positively with each other.

00318 This form fit is maintained by the holding

00319 bake 12 and the stepped partition 9, which

00320 if represents a holding jaw. Taking the

00321 screwing tools 2 therefore requires a strong-willed

00322 handling, the longer legs 2 'of the screw

00323 tools 2 in the exposed beyond the Z-leg

00324 area on both sides of the receiving chambers 7, 8 and

00325 can be pivoted. Form the pivot points

00326 the insertion openings 6. 00327

00328 The screwing tools 2 are assigned in

00329 vice versa. After inserting and

00330 ken defined end positions of the screwing tools 2

00331 before. Furthermore, there are no freely protruding ones at a distance

00332 mutually lying ends on the longer legs

00333 available, which could get caught with other parts

00334 could lead. 00335

00336 According to the two-

00337 th embodiment, the device 14 has a

00338 support wall 15 approximately rectangular plan. Of the-

00339 ser go parallel in the area of the two longitudinal edges

00340 lel opposite holding jaws 16, 17, which according to

00341 FIG. 9 with the lower transverse edge of the support wall 15

00342 aligned. With regard to the holding jaw 16

00343 around the inner, which is an extension of a

00344 inclined, 18 insertion openings

00345 surface 19 of the device 14 connects. Is educated

00346 the surface 19 of one of the insertion openings 18

00347 end support part 20. The transverse to the longitudinal extension of the

00348 support wall 15 extending insertion openings 18 of the

00349 support member 20 have a circular cross section and

00350 are arranged so that the support wall 15 the 00351 shaped insertion openings 18 tan

00352 yaw. Since the insertion openings 18, seen from above,

00353 continuously decrease in size according to the

00354 Key measure of the key to be recorded is the

00355 associated broad surface of the support member 20 obliquely to

00356 support wall aligned. To the narrowest area

00357 of the support part 20 then closes the inner holding

00358 bake 16, see in particular Fig. 11. 00359

00360 As FIG. 9 illustrates, the width is

00361 outer holding jaw 17 about half the size of that

00362 inner holding jaw 16. Furthermore, the outer holding

00363 bake 17 a greater height and accordingly represents the

00364 transverse spring holding jaw. The distance between the

00365 holding jaws 16 and 17 is slightly smaller than that

00366 dimension of all screwdriver mechanism assigned to the device

00367 witness 2 in the area of the longer one behind the other

00368 leg 2 ', so that they are held clamped. In

00369 Connection with longitudinal grooves 13 on the hexagonal surfaces

00370 of the screwing tools then results in a certain

00371 respect a positive engagement of adjacent longer

00372 leg 2 'connected with a great positional stability

00373 of the screwing tools received by the device 14

00374 ge 2. The longer legs 2 'of a set of

00375 screwing tools 2 are supported on the plane

00376 wall 15 of the device 14, cf. in particular

00377 Fig. 12. Also applies to this second embodiment

00378 that the shorter legs 2 '' of the screwdriver

00379 witness 2 inserted into the relevant insertion openings 18

00380 are stuck while the longer legs are between

00381 holding jaws 16 and 17 lie, so that here again

00382 defined end positions are available. With this

00383 embodiment protrudes the longer legs 2 '

00384 the support wall 15 according to FIG. 9 downwards. 00385 00386 If necessary, the freely

00387 cuts the longer leg 2 'a slip-on shoe

00388 be put on, which is an additional backup of the

00389 protruding ends. It would also be possible to

00390 area of the holding jaws 16, 17 a holding clip

00391 to see the longer legs

00392 overcast. 00393

00394 Due to the graduated insert diameter

00395 openings 18 is achieved that when the device is equipped

00396 device 14 the screwing tool 2 with the largest wrench

00397 is arranged outside and is attached to the outer holding

00398 jaw 16 supports. The key measure of the others

00399 screwing tools 2 decreases towards the inside, so that

00400 screwing tool with the smallest wrench dimension

00401 tongue on the inner holding jaw 16 takes place. From Fig. 9

00402 also shows that the support wall 15 projects beyond

00403 the ends of the longer legs about like an organ pipe

00404 are arranged and therefore easily detectable attack

00405 form ends. With this version too, the removal

00406 men of the screwing tools 2 will be done, and

00407 by swiveling them out of the area

00408 between the two holding jaws 16, 17, the

00409 plug-in openings 18 rotary bearings for the screwing tools

00410 or for the shorter legs 2 ' ¹ , cf.

00411 Fig. 13. 00412

00413 The third embodiment is shown in FIGS. 14 to 16

00414. The device 21 in question has one

00415 stand or mounting plate 22 rectangular floor plan

00416 ses such that the length of the plate 22 about three times

00417 is as large as its width. 15 material-

00418 uniformly from the stand or mounting plate 22

00419 a supporting part 24 forming insertion openings 23,

00420 which is inclined to the rectangular standing or fastening 00421 supply plate 22 extends. On the support member 24 are

00422 insertion openings 23 arranged such that according to FIG. 15

00423 the largest insertion hole 23 in the area of the upper left

00424 corner of the device 21 is provided while the

00425 insertion opening 23 with the smallest diameter adjacent

00426 bears to the right side wall of the stand or

00427 mounting plate 22 is. Between the two

00428 ren insertion openings 23 extend in series

00429 the arrangement the further insertion openings, which

00430 seen from bottom to top, increasing in diameter

00431 men. 15 shows that with vertical

00432 alignment of the stand or mounting plate 22 a

00433 overlap between the adjacent insert

00434 openings 23 is present. 14 shows

00435 that the surface 25 forming the insertion openings 23

00436 of the support member 24 is sloping. The lower

00437 end of the support member 24 continues in a transverse to

00438 stand or mounting plate 22 aligned web

00439 26, which with the relevant longitudinal edge of the

00440 plate 22 is flush, see Fig. 16. 00441

00442 The screwing tools 2 thus become the device 21

00443 assigned that the shorter leg 2 '' in the

00444 hearing insertion openings 23 are used. It

00445 recommends a friction fit between the corner edges

00446 of the shorter leg 2 '' and the insertion openings 23

00447 to be provided. After inserting the longer ones

00448 legs 2 'aligned so that they are parallel to the longitudinal

00449 extension of the base or mounting plate 22

00450 run. According to the overall arrangement of the

00451 insertion holes 23 protrude beyond the screwing tool 2

00452 the larger key dimension which is arranged adjacent to it

00453 te screwing tool with the smaller wrench size, see above

00454 that here, too, a close juxtaposition of the longitudinal

00455 ren leg 2 ^{1 of} the screwing tools 2 is realized. 00456 In this version the shorter legs are 2 ''

00457 screwing tools, starting from the free end to almost

00458 on the bending curvature between the two legs 2 ',

00459 2 '', inserted into the insertion holes 23. In the processing

00460 currency positions are the longer ends of the

00461 screwing tools from longer ends of the same low

00462 ren key dimension below. 00463

00464 For example, the device 21 is fixed to a wall

00465, so the stand or mounting plate 22,

00466 as shown in broken lines in FIG. 15, with

00467 step holes 27 for mounting screws. 00468

00469 The invention also includes such devices

00470 which the angularly designed screwing tools only

00471 are profiled at their ends and otherwise one

00472 circular cross section. 00473

00474 The invention also includes continuous profiling

00475 th screwing tools, especially hexagonal professional

00476 lated screwing tools in which the bend over

00477 an edge are bent, cf. Fig. 17. The long

00478 leg 2 'of the screwing tools 2 can then in one

00479 more extreme offset position to each other, at

00480 which is then a mutual pivoting of the longitudinal

00481 ren leg 2 'due to an even larger overlap

00482 position is locked. With such an arrangement

00483 is the swiveling mobility of the screwing tools

00484 through the area of the with the longitudinal grooves 13

00485 interlocking longer legs 2 ¹ in one

00486 direction blocked. The line of alignment of the rows

00487 openings 23 arranged side by side according to FIG. 15

00488 is then approximately at a 60 ° angle to the extension

00489 direction of the longer ones lying parallel to each other

00490 leg 2 '. While with a hexagonal cross-sectional 00491 partially forms the sloping surfaces

00492 parallel system on inclined surfaces adjacent

00493 beard longer leg, is around

00494 th legs a line system available. 00495

00496 All disclosed features are essential to the invention.

00497 In the disclosure of the application, the

00498 disclosure content of the associated / attached priori

00499 documents (copy of the pre-registration)

00500 borrowed included, also for the purpose of characteristics of this

00501 documents in claims of the present application with

00502 to record. 00503

Claims

00504 CLAIMS 00505 00506 1. Device for holding a set of angular screwing tools with a shorter and a longer leg, with insertion openings for one leg of the screwing tools, the other of which are right-angled 00510 lig bent legs, according to the key dimension geord00511 net, side by side wherein the screwing tool 00512 with the largest wrench dimension is arranged on the outside, 00513 characterized in that the screwing tools (2) 00514 with their shorter legs (2 '') are inserted into the insert openings 00515 (6, 18) and the external 00516 screwing tool (2 ) with its longer leg (2 ') 00517 is supported by an outer holding jaw (12, 17). 00518 00519 2. Device for holding a set of angular-shaped screwing tools with a shorter and a longer leg, with insertion openings for one leg of the screwing tools, the other legs of which are bent at right angles, according to the key dimension geord00524, are adjacent to each other, whereby Screwing tool 00525 with the largest wrench dimension is arranged on the outside, 00526 characterized in that the shorter legs (2 ¹ ') 00527 of the screwing tools (2), starting from the free end to 00528 almost to the bending curvature between the two legs 00529 (2', 2 ' ¹ ) 00530 are inserted into the insertion holes (23) and the longer ends of the screwing tools are undercut by 00531 longer ends of smaller wrench size 00532. 00533 00534 3. Device according to claim 1 or in particular da00535 according to, characterized in that the longer legs 00536 (2 ') are clamped between two holding jaws (9, 12) or (16, 17) 00537 and rest against one another with their hexagonal surfaces .

00539 4. Device according to one or more of the preceding00540 claims or in particular according thereto, characterized in that the set is divided symmetrically in two parts 00542, the longer legs (2 ¹ ) of both sets 00543 parts in an adjacent parallel position to each other and 00544 the shorter legs ( 2 ^{, τ} ) of both parts of the sentence are arranged in a spaced-apart parallel position to one another. 00546 00547 5. Device according to one or more of the preceding00548 claims or in particular according thereto, characterized gekenn00549 that the device, seen in cross section, 00550 in the central region encloses the longer legs (2 ') approximately 00551 S-shaped. 00552 00553 6. Device according to one or more of the preceding00554 claims or in particular according thereto, characterized in that the end faces of the longer legs 00556 (2 ') are approximately aligned with one another. 00557 00558 7. Device according to one or more of the preceding00559 claims or in particular according thereto, characterized gekenn00560 that the longer legs (2 ') rest on a 00561 graduated partition (9). 00562 00563 8. Device according to one or more of the preceding00564 claims or in particular according thereto, characterized gekenn00565 that the longer legs (2 ') with the smallest key dimension of the two sub-sets are arranged in an overlap with each other. 00568 00569 9. Device according to one or more of the preceding00570 claims or in particular according thereto, characterized in that 00571 that the lateral corner edges (10) of the longer leg (2 ') 00572 of a set lie on a flat 00573 wall (15) of the device ( 14) support.

00574 10. Device according to one or more of the previously

00575 claims or in particular according thereto, thereby

00576 characterized in that the holding jaws (16, 17) from the

00577 Support wall (15) go out. 00578

00579 11. Device according to one or more of the previously

00580 claims or in particular according thereto, thereby

00581 characterized in that the longer legs (2 ') the Ab-

00582 protrude support wall (15). 00583

00584 12. Device according to one or more of the previously

00585 claims or in particular according thereto, thereby

00586 characterized in that the inner holding jaw (16) as

00587 Extension of an inclined, the insertion opening

00588 openings (18) having surface (19) of the device

00589 (14) connects. 00590

00591 13. Device according to one or more of the previously

00592 claims or in particular according thereto, thereby

00593 characterized that the polygonal surfaces of the legs

00594 are provided with a longitudinal groove (13) and the longitudinal

00595 throat (13) adjacent longer leg (2 ')

00596 interlocking. 00597

00598 14. Device according to claim 2 or in particular there-

00599 according to, characterized by a transverse to the insertion opening

00600 openings (23) running stand or mounting wall

00601 (22) of the device (21). 00602

00603 15. Device according to one or more of the previously

00604 claims or in particular according thereto, thereby

00605 characterized that the insertion openings (23)

00606 training support part (24) obliquely on the rectangular

00607 stand or mounting plate (22) sits. 00608

00609 16. Device for holding a set of angular

00610 eng screwing tools with a shorter and a length

00611 ren leg, with insertion openings for one leg

00612 kel of the screwing tools, the other of which are right-angled

00613 lig bent leg, sorted by key dimension,

00614 lie next to each other, the screwing tool with

00615 the largest key dimension is arranged outside, thereby

00616 characterized in that the screwing tools (2) with their

00617 shorter legs (2 '') into the insertion openings (6,

00618 18) are inserted and the longer legs (2 ') in

00619 touching abutment.