WO1996013439A1

WO1996013439A1 - Transport frame

Info

Publication number: WO1996013439A1
Application number: PCT/EP1994/003569
Authority: WO
Inventors: Jochen Paris; Gereon Streitenberger
Original assignee: Sander Gmbh
Priority date: 1994-10-29
Filing date: 1994-10-29
Publication date: 1996-05-09
Also published as: AU8105394A; DE4481315D2

Abstract

A transport frame has longitudinal beams and cross-beams that are or can be interconnected by means of, in particular, tube-shaped joining elements (3). The longitudinal beam (1) is U-shaped at least in the joined state and at least in the joining area. In order to improve ease of handling and technical performance of the transport frame, the longitudinal beam (1) is provided with an inwardly oriented opening. One of the U branches (6) is or can be inserted into an outer notch (5) of the joining element (3) and the other U branch (7) forms with its outer surface a supporting plane for a pallet. In a second variation of the invention, one of the U branches (6, 7) is or can be inserted into an outer notch (5, 18) of the joining element (3) and the U-shaped inner space (4) surrounds and protects the edges (26') of a transported article (26).

Description

00001 Transport scaffold 00002

00003 The invention relates to a transport scaffold according to the

00004 term of claim 1. 00005

00006 A generic transport scaffold is from the

00007 WO92 / 02426 known. The palette disclosed there points

00008 hollow cylindrical connecting elements, which the

00009 Form the feet of the pallet. With the well-known range

00010 in the front slots of these hollow cylinders

00011 U-leg of a U-shaped carrier inserted. The

00012 U-apex area forms the wing for that

00013 transport goods. The beams themselves are off the floor

Spaced 00014 so that the pallet from the fork one

00015 forklift or the like can be driven under.

Cross members are arranged at right angles to longitudinal members.

00017 Cross members and side members are joined together using the feet

00018 the connected. On this pallet, it is

00019 considered liable that the individual components in

00020 inexpensive pluggable slot connection,

However, 00021 these are not sufficient to prevent them from falling apart

00022 are secured. Secondly, the stability of this

00023 pallet not optimal. 00024

00025 Another, which can be plugged together from angle elements

00026 pallet is known from WO93 / 04938. This pallet

00027 te is with regard to the production or the

00028 kens of the individual parts not optimal. 00029

The invention is therefore based on the object

00031 generic transport scaffold handling and

00032 to improve functionally. 00033 The task is solved by the in the claims

00035 specified invention. Describe preferred solutions

00036 claims 1, 2 and 22. 00037

According to an embodiment of the invention, the

00039 opening of the U-shaped side member inwards. Here-

00040 is achieved by an improved lateral stability.

00041 One of the U-legs is to be

00042 cut of the connecting element to be inserted or

00043 can be inserted. This measure ensures

00044 states that the U-shafts that run parallel to one another

00045 kel lie horizontally. The U-apex surface 00046, on the other hand, lies in the vertical and preferably immediately adjacent to the jacket area of the connecting element 00048, which preferably forms the base of the transport frame 00049. A first variant of the invention is suitable

00050 preferably as a pallet. This variant is characterized

00051 shows that one of the U-legs with its outer surface

00052 before a wing forms on which the transport

00053 can be supported well. A second variant of the

00054 invention is particularly suitable for the transport of

00055 transport goods, which have a protruding edge or

Have 00056 collar. Such transport goods are particularly

00057 re bathtubs or shower trays. The one pointing inwards

00058 U interior can then the collar of the cargo

Record 00059 and serve as a border for this border.

00060 The connecting element is preferably designed as a base

00061 forms and has an annular cross section. One

00062 preferred embodiment according to the side member of

00063 formed two L-shaped angle elements. Such a

00064 ge training makes it easier to put the trans-

00065 port structure, which is preferred as individual parts

00066 kit can be delivered. The items of this

00067 kit, namely the feet, the cross member and the

00068 side members can then be replaced by slots Handle can be put together. The individual components

00070 le of this kit preferably consist of a paper

00071 or cardboard laminate. If the longitudinal beam is formed by two L-shaped angular elements, this can be guaranteed

00073 be that the U-back is formed in two layers, namely

00074 borrowed from the superposition of two legs

00075 two L-angles. The cut in the incision of the foot

00076 stuck leg of a first L-angle ensures the 00077 stability of the pallet. The vertical

00078 running other leg of this U-angle forms the

00079 back of the U-profile. This leg can be as wide

Be designed to be over the wing of the pallet

00081 protrudes and thus forms an edge version. In the

00082 L-angular space protrudes into a vertically extending Schen-

00083 kel of a second L-angle. The corresponding horizontal

00084 extending leg of this second L-angle is included

00085 of the first variant of the invention on the front edge of the

00086 connecting element and forms the wing. at

00087 of the second variant of the invention can be provided

00088 that this horizontally extending leg of the second

00089 L-angle also in an incision in the foot

00090. The vertical leg of the second

00091 L-angle can be turned upwards to form a

00092 solution, or down to reinforce the U back

00093 directed. In any case, it is advantageous if

00094 the angular arranged to form a U-profile

Overlap 00095 elements with one of their L-legs and

00096 at least one of the two U-legs in the horizontal

00097 incision of the connecting element are inserted.

00098 The edge support can be from one or both of the vertical

00099 running L-leg of an angle element

00100 forms. The horizontal L-leg of the

00101 second angle element can either immediately

Support 00102 on the front edge of the connecting element

00103 or with the interposition of one also in the 00104 horizontal plane extending L-leg of the

00105 cross member forming angle element, the in the

00106 Vertical plane L-leg in slot engagement

00107 to the connecting element. The preferred L-shaped

00108 trained cross member can be in its front edge

00109 have slot in which one or both horizontally

00110 extending U-leg of the side member inserted

00111 are. According to a preferred embodiment extends

00112 the longitudinal beam beyond the connecting elements

00113 abroad. The connection between the connecting element and

00114 cross member and / or connecting element and side member

00115 and / or side members and cross members are preferred as

00116 mutual slot interventions formed. Here is the

00117 assignment and the formation of the slot interventions so

00118 designed that the connecting elements with the

00119 cross members are connected. When connected

00120 then insertion slots are formed for the horizon

00121 thigh of the side members. These insertion slots

00122 are made of aligned recesses from both connec

00123 training element and cross member formed so that at

00124 inserted side member the cross member not from the

00125 binding element are removable. The cross beams can

00126 according to a preferred development of the invention in

00127 jacket-side insertion slots of the connecting element

00128 tes can be inserted. This configuration is particularly

00129 particularly advantageous if the foot or the connection

00130 element over the upper horizontal leg of the

00131 U-profile extends further. The tubular foot points

00132 preferably has a section with reduced cross section.

00133 This section is preferably located at the lower foot end

00134 arranges and can be assigned to a stand space. The

00135 outer cross-sectional contour of this section is correct

00136 pulls with the inner cross-sectional contour of the opposite

00137 match the end of the foot. As a result, the trans-

00138 port scaffolds stackable on top of each other. The cross-sectional 00139 graced section then fits into the upper opening of a

00140 feet of another transport scaffold. The cross-sectional

00141 reduced section is preferred from a plastic

00142 insert, which can be inserted into the bottom-side pipe opening. The use can also be made

00144 be made of a paper or cardboard laminate and angular

00145 be shaped. He then points with the angular

00146 apex edge down and is with the angled legs

00147 inserted into corresponding front slots of the tube

00148 is inserted. The length of the apex edge is the inside

00149 diameter of the tube adjusted. Serves the cross member

00150 not as a support for the transport goods, so the

00151 cross member preferably with its end face in one

00152 V-shaped incision of the connecting element

00153 are inserted. For this purpose, the cross member can be

00154 form corner tongues. These insertion tongues are preferred

00155 designed so that they in the U-space of the U-Pro

00156 fils protrude. The leg of the L-shaped cross member can

00157 in this embodiment in an angular position

00158 horizontal run. The transport device according to the invention

00159 scaffold is preferably suitable for vertical strapping. The

00160 Vertical strapping forms an additional support component

00161 onente, because this means that in the horizontal direction

00162 connecting elements inserted U-shaped side members

00163 are held in the insertion position. The strapping

00164 tape is preferred in the end area of the side members, adjacent

00165 beard arranged to the connecting elements. Prefers

00166 is the strapping in the area between the two

00167 arranged end connectors. In the area

00168 of the vertical strapping can be pre-arranged

00169 nete edge setting can be assigned. The end areas

00170 this U-shaped or L-shaped edge frame

00171 can protrude into the opening of the side member. A variation

00172 on an edge mount provides that an inclined

00173 ge L-shaped cross member extending to the horizontal, 00174 whose thigh space extends to the horizontal

00175 opens, is surrounded by a tube. This pipe points

00176 a jacket slit, which to the thigh intermediate

00177 room is aligned. An edge seal can be

00178 cut of a cargo to be inserted. One

00179 regardless of the further design of a trans

00180 port stand independent solution according to the

00181 free ends of the feet connected with a crossbar. The

00182 traverse preferably has a footprint and has

00183 the advantage that the feet prevent bending during trans-

00184 ported secured on roller conveyors or the like

00185 are. According to the configuration according to the invention

00186 is the traverse with two adjacent feet

00187 hooked a connector. The feet become this

00188 by swiveling the ends of the crossbar

00189 arranged hook connected. The one in the front

00190 slots of the opposite end of the foot inserted

00191 stuck slot connecting elements of the cross member

00192 fix the position of the traverse. With inserted cross

00193 the beam can no longer be removed.

00194 This increases the stability of the transport

Given 00195 scaffolding. When putting the feet together with the

00196 Traverse is first one foot from the outside up

00197 hooked into the crossbar for the right-angled position. Random

00198 of the mesh, the foot can not become one

00199 more acute angle to be relocated. The opposite

00200 lying foot is hooked in the same way, so that

00201 when connecting the two feet by means of cross or

00202 longitudinal member a tilting of the feet relative to the crossbar

00203 is prevented. Both feet can only face outwards

00204 can be pivoted. Because of the bondage through the longitudinal

00205 or cross member is an outward pivoting however

00206 not possible because the other foot does not follow

00207 is pivotable inside. A preferred training

00208 according to the invention are in the connecting elements 00209 Support bracket hooked, which supports the side member

00210 zen. These support angles can preferably also be a holding

00211 have claw, which the vertical strapping in

00212 end region of the longitudinal beam, adjacent to the connection

00213 element fixed. 00214

00215 embodiments of the invention are as follows

00216 explained with the accompanying drawings. It shows: 00217

00218 Fig. 1 is a perspective view of a first

00219 embodiment of the transport scaffold

00220 as a pallet, 00221

00222 Fig. 2 shows an enlarged corner area of a pallet

00223 according to FIG. 1, 00224

00225 Fig. 3 is a side view of a transport scaffold

00226 according to FIG. 1, 00227

00228 Fig. 4 is a plan view of a transport scaffold according to

00229 Fig. 1, 00230

00231 FIG. 5 shows a section along the line V-V in FIG. 4,

00232

00233 FIG. 6 shows a section along the line VI-VI in FIG. 4,

00234

00235 Fig. 7 shows a second embodiment of a pallet

00236 according to Fig. 2, 00237

00238 Fig. 8 shows a third embodiment of the invention

00239 in the cutout, 00240

00241 Fig. 9 shows a section through the corner area of the third

00242 embodiment according to line IX-IX in

00243 Fig. 11 10 is a section along the line XX in Fig. 11,

00245

00246 Fig. 11 is a plan view of the embodiment

00247 according to FIG. 8,

00248

00249 FIG. 12 is an exploded view of the third embodiment.

00250 example, 00251

00252 FIG. 13 shows an application example of the third embodiment

00253 for example, 00254

00255 Fig. 14, 15, 16 different representations of the

00256 application example according to FIG. 13, 00257

00258 Fig. 17 an insert for insertion into the bottom

00259 ge end of a foot in perspective

00260 illustration, 00261

00262 FIG. 18 shows a sectional illustration of the insert,

00263

00264 FIG. 19 is a top view of the insert,

00265

00266 FIG. 20 shows a further exemplary embodiment of an application

00267 zes, 00268

00269 Fig. 21 is a partial view of the embodiment

00270 according to Fig. 20, 00271

00272 Fig. 22 with an embodiment of a cross member

00273 edge protection, 00274

00275 FIG. 23 shows a sectional illustration of the exemplary embodiment.

00276 les according to Fig. 22, 00277 00278 FIG. 24 one connected at the free end to a cross member

00279 the foot of a pallet in a sectional view

00280 position according to line XXIV-XXIV in Fig. 25, 00281

00282 Fig. 25 is a plan view of an embodiment

24, 00284

00285 Fig. 26 is a section along the line XXVI-XXVI in

00286 Fig. 25, 00287

00288 Fig. 27 shows another embodiment of the invention

00289 with a support bracket, 00290

28 shows a section along the line XXVIII-XXVIII in

00292 Fig. 27, and 00293

00294 FIG. 29 shows a further exemplary embodiment of a support

00295 winkeis. 00296

00297 The embodiment according to FIGS. 1-7 shows one

00298 pallet with four cylindrical connecting elements 3,

00299 which form the feet of the pallet. The cross section

00300 of feet 3 is ring-shaped. Stand with its free end

00301 the feet 3 with their end faces on the floor. The after

00302 top end 3 'is assigned a slot 13

00303 net, in which a vertical leg of a

00304 L-shaped cross member 2 can be inserted. The vertical

00305 extending leg of the cross member 2 has a correct

00306 donating slot 12, so in the inserted

00307 the slots 12, 13 were aligned. 00308

00309 The end face 2 'of the cross member 2 has a slot

00310 11, which with a slot 5 of the jacket of

00311 foot 3 is aligned. In this slot 5 and 11 is a

00312 horizontally extending leg 6 of an angle element 00313 9 insertable. Protrude at right angles to leg 6

00314 de second leg of the L-shaped angle element 9

00315 runs in the vertical direction. The horizontal Schen

00316 kel 6 has a slot 16 and a slot 15,

00317 which corresponds to the slot 5 of the foot 3 in such a way

00318 condenses that in the slot 15, 16 a wall area of the

00319 feet 3 takes place. Approximately in the middle between the

00320 zen 15, 16 of the horizontal leg 6 is one

00321 slot 14, which with the front edge slot 11th

00322 cooperates, and in the assembled state with

00323 the latter is in alignment. 00324

00325 In the design example, the vertical one towers above

00326 leg 9 'of the L-shaped angle 9, the bearing surface

00327 of the pallet and forms an edge support. When executing

00328 example according to FIGS. 1-6 is a second

00329 L-shaped angle 10 is provided, the horizontal itself

00330 extending leg 7 on the front side 3 'of the foot

00331 3 rests. In the area of the foot 3, the horizontal

00332 leg 7 a slot 51, which with an end

00333 side slot 50 of the cross member 2 works together.

00334 In the exemplary embodiment corresponding to FIGS. 1-6,

00335 runs the vertically extending leg 10 'of the

00336 angle element 10 parallel to the vertically extending

00337 the angle leg 9 'and forms together with the leg

00338 kel 9 * the back of a U-profile, the U-leg

00339 of the legs 6, 7 are formed. When executing

00340 example according to FIG. 7, the vertically extending

00341 fende legs 10 'of the angle element 10 also

00342 in areas parallel to the vertical leg 9 'of the winch

00343 kelelementes 9. However, in this embodiment

00344 example of the leg 10 'and the edge frame

00345 directed upwards. 00346 00347 According to the slot connection 12, 13 between the cross beam 00348 2 and the foot 3 is one in the plane of the pallet

Given 00349 firm connection between these components.

00350 The cross member 2 is secured by inserting

00351 ken the L-angle elements 9, 10 in the slots 14, 51

00352 of the end face 2 'of the cross member 2. By the counter

00353 term slot engagement 11, 14 or 50, 5 is the location of the

00354 connecting elements 3 in the direction of extension to the

00355 side members 1 fixed. The side members 1 have a

00356 U-profile form on which of the legs 7, 10 'and 6,

00357 9 'of the two L-angles 9, 10 is formed. The U profile

00358 opens inwards so that the two are parallel

00359 running opposite longitudinal beams 1 one on top of the other

00360 of the assigning opening 4. 00361

00362 In the exemplary embodiments according to FIGS. 8-23

00363 the U interior 4 an edge protection, for recording

00364 of an edge area of a transport good, for example

00365 the edge 26 'of a bathtub 26. Like in particular the

00366 Fig. 8 can be seen in this embodiment

00367 game the foot 3 protrude beyond the side member 1. The foot

00368 then forms an insertion opening at its free end

00369, which according to the hollow cylindrical shape of the foot is circular

00370 is shaped. Also in this embodiment

00371 formed by the L-angles 9, 10 U-profiles. How in particular

00372 is shown in FIGS. 9-11, the foot 3

00373 an incision 18 parallel to the incision 5, in

00374 which in the same way is the horizontal

00375 leg 7 is inserted. Between the legs 7 and

00376 6, the edge region 26 'of a bathtub 26 can be

00377 en. 00378

00379 The continuation of the foot 3 'upwards allows

00380 optimal stackability of the pallets (see Fig.

00381 15-16). For this purpose, at the bottom free end of the 00382 foot 3 an end section is provided which has a low

00383 gere cross-sectional contour than the foot. This

00384 smaller cross-sectional contour is adapted such that

00385 it fits into the opposite opening of the foot.

00386 In the exemplary embodiment, this cross-sectional reduction

00387 adorned section 19 of a plastic insert 45

00388 trained. The plastic insert 45 has a

00389 substantial cylindrical shape and forms an arched

00390 floor 49, which deals with the reduced cross-section

00391 richly connects. The lower front edge of the foot 3

00392 lies on a collar 46, which is a cylindrical

00393 shear insertion area 47 connects, which in the

00394 cylinder interior of the foot 3 can be inserted.

00395 A chamfer of the insert cylinder facilitates the insertion

00396 ben. To stabilize the insert 47, radial

00397 ge 48 provided. The radial webs extend up to

00398 on the floor 49. 00399

00400 Unlike the exemplary embodiment according to FIGS. 1-7, 00401 in which a horizontal leg of the cross member

00402 gers 2 supported on the horizontal leg 7 and one

00403 forms the wing for the cargo, the transverse

00404 leg 2 in the embodiment of FIG. 8 in

00405 an L-shaped slot in the wall of the foot 3

00406 is inserted. The legs 00407 of the cross member 2, which are at right angles to one another, run inclined to the vertical and 00408 to the horizontal, so that the L-leg spacing

00409 of the cross member 2 opens to the horizontal. The Schen-

00410 kel 2 has end tongues 23. The cross beam

00411 ger 2 tapers towards these insertion tongues 23. The

00412 leg dimension of the tongue 23 is dimensioned such that

00413 the tongue in the U-space of the side member

00414 1 fits. The tongue projects with its front edge 2 '

00415 up to the L-shaped insertion slot 22

00416 lying inner wall of the foot 3. Because of the border 00417 of the end region of the insertion tongue 23 between the two

00418 the horizontal leg 6, 7 is a cheap cross restraint

00419 guaranteed the cross member. The legs of the

00420 L-angle 2 form a step 52, which on the

00421 outer wall area of the foot 3 comes to rest and at 00422 which the insertion tongue 23 connects. The level

00423 is followed by a slope 53, by means of which

00424 the leg width tapers towards the front end 2 ', so 00425 that the insertion tongue 23 fits into the intermediate area 4. 00426

00427 In particular, FIG. 13 shows an edge protector 25.

00428 bar, which is immediately adjacent, but

00429 runs half of the foot 3 to the cross member 2. When executing

00430 example, the edge frame 25 is L-shaped

00431 det. However, it is also envisaged that the latter is U-shaped. In this corner area 24, in which 00433 the edge holder 25 is arranged, a 00434 vertical strapping is preferably provided. By means of this (not

00435) vertical strapping, the longitudinal members 1 to be inserted from outside 00436 into feet 3 are tied to 00437 feet 3. The cargo is therefore on the

00438 pallet fixed. According to the edging, in particular

00439 by means of the longitudinal beams 1 needs the goods to be transported,

00440, for example, the bathtub 26 is not strapped separately

00441 to be. The palette is as it were around the edge area

00442 26 'built. For this purpose, the cross members 2 are first connected to the feet 3 with 00443. Then the side members 1

00444 inserted into the connecting elements 3 at the same time

00445 surrounding the edges 26 '. It is from

00446 part if - as shown in Fig. 10 - the vertical

00447 extending leg 10 'of the upper angle element 10

00448 the vertical leg 9 'of the lower angular

00449 element 9 overlapped from the outside. The transport scaffold

00450 can then also be started by inserting the

00451 elements 9 are prefabricated. On the horizontal leg 00452 6, the edge 26 'of the bathtub 26 can then be placed

00453. The edge is fixed upwards

00454 26 'then by inserting the angle element

00455 tes 10. Likewise, before putting the bathtub on

00456 the transport frame, the edge frame 25 on the leg 00457 6 be placed. The latter is then also fixed by 00458 inserting the angle element 10.

00459

00460 A variant for generating the reduced cross-section

00461 section 19 shows FIG. 21. There is an angle 20

00462 is provided, which, like the other elements, can be made from 00463 paper laminate. This angle 20 00464 is in slanting slots 21 of the front edge 00465 te of the foot 3. The length of the ridge section, which protrudes 00466 beyond the front edge, corresponds to the inside

00467 by esser of the foot 3, so that this ridge section

00468 of the angle 20 into the upper opening of a foot 3

00469 can be inserted (see FIG. 20). The ridge of the angle 00470 20 serves as a stand for the bottom transport scaffold of a large number of stacked transport scaffolds 00471

00472 edge. The front edge of the foot does not come

00473 telbar in contact with the surface. 00474

00475 Fig. 22 shows another embodiment of a

00476 edging. The one arranged at an angle to the horizontal

00477 L-shaped cross member 2 is surrounded by a tube 27

00478 ben. The pipe 27 is aligned with the L-angle opening

00479 a jacket slot 28. In this slot the

00480 edge portion 26 'of a bathtub 26 (see FIG.

00481 23). The edge 26 'is thus covered by the sheathing

00482 tube 27 protected from damage. An additional

The legs of the cross member 2 also provide protection

00484 when the edge section 26 'protrudes into the leg opening. The inside diameter of tube 27 is 00486 so that the two outer edges of the angular 00487 Legs are diametrically opposed in the interior of the tube.

00488 In the exemplary embodiments corresponding to the figures

00489 12-23 are the end edges of the legs of the cross member

00490 2 vertically one above the other. 00491

00492 FIGS. 24-27 show a traverse 29, which is at the free

00493 end 3 '' of a foot 3 is arranged and which

00494 runs parallel to the cross member 2, so that the two 00495 ends 3 arranged on the cross member 2 are connected with their 00496 free ends 3 ''. This is one

00497 higher stabilization given the feet. The palette is

00498 can also be transported on roller conveyors. The traver

00499 se 29 is in self-locking hooking with the free

00500 end of the foot 3 connected. The front edge 3 '' of the foot

00501 3 has a slot 34, which is connected to a

00502 slot 31 of the cross member 29 cooperates. The slot 31

00503 is a free cut 32 immediately adjacent. At the

00504 end face of the cross member 29 is an extension 30 provided

00505 hen, which in an opening 33 of the wall of the foot 3rd

00506 protrudes. The traverse 29 has an L-shaped cross

00507 cut shape. A horizontal leg 35

00508 forms a footprint. The leg 36, which in

00509 the vertical runs, forms the said connection

00510 elements for foot 3. 00511

00512 The traverse with its two opposite,

00513 identical front ends each with feet 3 connected

00514 den. This connection is made before the longitudinal

00515 beam 1 and the cross beam 2. For this, first in

00516 angular assignment of the extension 30 in the opening 33

00517 of the foot 3 inserted. Then the slot 34

00518 pivoted through the cut 32 so that after completion

00519 movement of the pivoting movement of the slot 31 with the slot

00520 34 is aligned. This right-angled position between the

00521 verse 29 and foot 3 is replaced by attaching the cross beam 00522 gers 2 and the accompanying aligned slot

00523 binding 12, 13 fixed. The attached cross member 2

00524 is formed by inserting the side member 1

00525 end L-angle 9, 10 fixed, the Schiitzverbin-

00526 fertilize 50, 51 or 11, 14 fix the position of cross member 2 00527. The position of the side members 1 can be fixed with a 00528 vertical strapping. The pallet 00529 must be disassembled in reverse order as

00530 it has been put together because the

00531 the following inserting according to a given

00532 order the last inserted part the

00533 Position of the previously inserted part cannot be pulled out

00534 fixed. So fixes the cross member 2 on

00535 the feet 3 the connection between the feet 3 and the

00536 traverse. The subsequent insertion of the side members

00537 fixes the position of crossmember 2. 00538 is fixed by means of slot interventions at right angles to each other

00539 causes. The following component forms the locking

00540 element for connecting the previous building

00541 part with the rest. 00542

00543 In the embodiment shown in FIGS.

00544, for example, a side member support bracket 38 is provided.

00545 The longitudinal beam support bracket 38 has extensions 43, 44

00546 on. The extension 43 is hook-shaped and can be in one

00547 corresponding opening of the wall area of the foot 3

00548 can be hooked. The leg 40 of the angle 38 then runs 00549 parallel to the outer wall of the foot 3, the

00550 extension 44 provided on the end of the leg 40 into a

00551 corresponding opening of the wall of the foot 3 protrudes. The

00552 legs extending at right angles to the leg 40

00553 41 of the angle 38 supports the leg 6 of the angle

00554 element 9. In the exemplary embodiment according to FIG. 29

00555 the leg 41 is shorter than the leg 40. 00556 00557 In the embodiment according to FIGS. 27 and 28 points

00558 the leg 41 has a holding claw 42 which

00559 fixation band 39 fixed in the end region of the longitudinal leg 21. 00560

00561 All disclosed features are essential to the invention. In

00562 the disclosure of the application is hereby also the

00563 disclosure content of the associated / attached priori

00564 full documents (copy of pre-registration)

00565 was included, also for the purpose of characteristics of this

00566 documents in claims of the present application with

Take 00567.

Claims

00568

00569 A N S P R Ü C H E

00570

00571 1. Transport scaffolding having longitudinal and cross members,

00572 which carriers are connected to one another by means of a particularly tubular 00573 connecting element (3) or

00574 can be connected, the longitudinal member (1) at least in

00575 connected state and at least in the connection area

00576 has a U-shape, characterized by an after

00577 interior opening (4) of the side member (1), wherein

00578 one of the U-legs (6) into a jacket-side

00579 section (5) of the connecting element (3) inserted

00580 or can be inserted and the other U-leg (7) with

00581 of its outer surface form a supporting plane of a pallet

00582 det. 00583

00584 2. Transport frame having longitudinal and cross members,

00585 which carrier by means of a particularly tubular

00586 connecting element (3) connected to each other or

00587 can be connected, the longitudinal member (1) at least in the

00588 connected state and at least in the connection area

00589 has a U-shape, characterized by an after

00590 internal opening (4) of the side member, one

00591 the U-leg (6, 7) in a jacket-side incision

00592 (5, 18) of the connecting element (3) inserted or

00593 can be inserted and the U interior (4) as an edge protection

00594 edge frame for the edge (26 *) of a transport

00595 tes (26). 00596

00597 3. Transport scaffold according to one or more of the previously

00598 claims or in particular according thereto, thereby

00599 indicates that the transport scaffold has at least one,

00600 preferably base (3) formed by the connecting element

00601 with in particular annular cross-sectional area

00602 det. 00603 4. Transport scaffold according to one or more of the previously

00604 claims or in particular according thereto, thereby

00605 indicates that the side member (1) of two

00606 L-shaped angle elements (9, 10) is formed. 00607

00608 5. Transport scaffold according to one or more of the previously

00609 claims or in particular according thereto, thereby

00610 indicates that the angle elements (9, 10) are U-shaped

00611 are arranged and each with an L-leg (9 ', 10')

00612 overlap and at least one of the two U-legs

00613 (6) is inserted in the horizontal incision (5). 00614

00615 6. Transport scaffold according to one or more of the previously

00616 claims or in particular according thereto, thereby

00617 indicates that a lying in a vertical plane

00618 the L-leg (9 *) of an angle element (9) with a

00619 area forming an edge protrusion over the horizon

00620 tale support level (7) protrudes. 00621

00622 7. Transport scaffold according to one or more of the preceding claims or in particular according thereto, thereby

00624 indicates that of the two overlapping L-legs

00625 none (9 ', 10') an edge support / edge overhang or

00626 the U-back is formed. 00627

00628 8. Transport scaffold after one or more three previous

00629 claims or in particular according thereto, thereby

00630 indicates that there is a horizontal plane

00631 extending U-leg (7) of the side member on the

00632 end face (3 ') of the connecting element (3) is supported. 00633

00634 9. Transport scaffold according to one or more of the previously

00635 claims or in particular according thereto, thereby

00636 indicates that at least one of the two is in one

00637 horizontal plane lying U-legs (6, 7) in one 00638 front edge slot (11, 50) one end in the

00639 connecting element (3) inserted cross member (2)

00640 is inserted. 00641

00642 10. Transport scaffold according to one or more of the preceding claims, or in particular according thereto, thereby

00644 characterized in that the longitudinal beam (1) in its

00645 longitudinal extension beyond the connecting elements (3)

00646 extends. 00647

00648 11. Transport scaffold according to one or more of the previously

00649 claims or in particular according thereto, thereby

00650 characterized in that the plug connection between connecting

00651 expansion element (3) and cross member (2) and / or connection

00652 element (3) and side member (1) and / or side member (1)

00653 and cross member (2) as mutual slot engagement

00654 (12, 13; 11, 14; 5, 15, 16; 50, 51). 00655

00656 12. Transport scaffold according to one or more of the previously

00657 claims or in particular according thereto, thereby

00658 characterized in that the end edge (2 ') of the cross member

00659 (2) to the one insertion slot (13) for the cross member

00660 (2) opposite pipe inner wall. 00661

00662 13. Transport scaffolding according to one or more of the previously

00663 claims or in particular according thereto, thereby

00664 characterized in that the cross member (2) as an L-profile

00665 and is end-to-end with an L-leg (17)

00666 supported on the connecting element (3) and / or

00667 in a jacket-side insertion slot (5, 18)

00668 is inserted. 00669

00670 14. Transport scaffold according to one or more of the previously

00671 claims or in particular according thereto, thereby

00672 characterized in that the connecting element on both sides 00673 tig over the horizontal U-legs

00674 (6, 7) extends. 00675

00676 15. Transport scaffold according to one or more of the preceding claims or in particular according thereto, characterized in 00678 that the in particular tubular foot (3)

00679 a reduced-section section on one end

00680 (19, 20), whose outer cross-sectional contour at least

00681 at least partially the inner cross-sectional contour of the opposite

00682 corresponds to the lying end of the foot (3). 00683

00684 16. Transport scaffold according to one or more of the previously

00685 going claims or in particular according thereto, thereby

00686 characterized that the reduced section

00687 (19) as inserted into the front V-cuts (21)

00688 ter angle (20) is formed. 00689

00690 17. Transport scaffold according to one or more of the previously

00691 claims or in particular according thereto, thereby

00692 characterized in that the in an L-slot of the connector

00693 dungselementes (3) insertable cross member (2) at the end

00694 a tongue, in particular L-shaped in cross section

00695 (23) with preferably reduced leg dimension, for

00696 form-fitting insertion into the opening (4) of the longitudinal

00697 gers (1). 00698

00699 18. Transport scaffold according to one or more of the previously

00700 claims or in particular according thereto, thereby

00701 indicates that leg of the L-shaped cross member

00702 (2) run at an angle to the horizontal,

00703 in particular such that the ends of the legs are vertical

00704 are on top of each other. 00705

00706 19. Transport scaffold according to one or more of the previously

00707 claims or in particular according thereto, 00708 net through a vertically strapped end region (24) of the

00709 side member (1). 00710

00711 20. Transport scaffolding according to one or more of the previously

00712 claims or in particular according thereto, thereby

00713 indicates that the vertical strapping of a cross

00714 carrier upstream, especially U-shaped or L-shaped

00715 transverse edge frame (25) is assigned, which with its

00716 end area in the intermediate area of two connecting elements

00717 (3) protrudes into the opening (4) of the side member (2). 00718

00719 21. Transport scaffold according to one or more of the previously

00720 claims or in particular according thereto,

00721 net through a transverse edge socket designed as a tube

00722 (27), which is penetrated by a cross member (2)

00723 and an axially extending jacket slot

00724 (28). 00725

00726 22. Transport frame with a large number, preferably four

00727 or six connecting elements designed as feet

00728 (3), with at least two arranged parallel to one another

00729 th longitudinal beams (1) and / or at least two in parallel

00730 to each other and at right angles to the side members (1)

00731 extending cross members (2), which in one end

00732 side (3 ') of the feet (3) can be inserted, marked

00733 through one into the opposite end face (3 '')

00734 two adjacent feet (3) inserted, with one

00735 hook connection (30, 31, 33, 34) with the feet (3)

00736 traversable

00737 se (29). 00738

00739 23. Transport scaffold according to one or more of the previously

00740 going claims or in particular according thereto, thereby

00741 characterized in that the traverse (29) is an L or T

00742 cross-sectional profile and a vertically 00743 running leg (36) of the profile at each end

00744 forms a hook (30) which is swiveled in by

00745 of plugging the assigned foot (3) into a

00746 slot (31) of the leg (36) in a wall

00747 recess (33) of the foot (3) retracts. 00748

00749 24. Transport scaffold according to one or more of the previously

00750 claims or in particular according thereto,

00751 net through a sheath with a first leg (40)

00752 longitudinal straps that can be hooked into the connecting element (3)

00753 ger support bracket (38), the second leg (41) the

00754 supports longitudinal leg and in particular a holding

00755 claw (24) for a vertical strapping (39). 00756

00757