DE202013002279U1 - Load securing system - Google Patents

Abstract

Cargo securing system (1) comprising at least one support element (2) and at least four rails (3) each having at least two holes (4), wherein two first rails (3.1) are arranged substantially parallel to each other and wherein two second rails (3.2) substantially are arranged parallel to each other, and wherein the first and the second rails (3.1, 3.2) are arranged to each other such that the first rails (3.1) in each case a second rail (3.2) are substantially opposite and that between the first and the second rails ( 3.1, 3.2) a space (5) for receiving the support element (2) is provided, characterized in that the support element (2) is adapted and aligned by engaging in at least one hole (4) of the rails (3) to be fixed in a certain position.

Description

The present invention relates to a load securing system and a device for transporting dangerous goods and / or for storing hazardous materials with such a load securing system according to the invention. The load securing system can flexibly subdivide a space available for receiving cargo into subareas of different sizes and thus reliably secure the load against slipping.

Missing, incorrect, or insufficient securing of cargo is extremely dangerous and can result in severe penalties and fines. Nevertheless, especially in road traffic often goods with insufficient load securing are transported over long distances.

Especially when transporting dangerous goods and when storing hazardous substances, the correct securing of the usually highly toxic and dangerous substances is very important, but also very difficult. Often there is a lack of suitable means by which the available space can optimally be optimally limited to the packs to be secured so that the load can not slip.

For example, when transporting dangerous goods, it happens that a large number of containers of different sizes and with different packaging forms must be transported in a transport container. These different types of containers can then often be secured only insufficiently against slipping.

It is therefore the object of the present invention to provide a load securing system and a device for transporting dangerous goods and / or storage hazardous materials available, with which a secure and flexible securing of cargo can be ensured.

This object is achieved by a load securing system having the features of claim 1 and by a device for transporting dangerous goods and / or for storing hazardous materials with the features of claim 10. Preferred developments of the invention are the subject of the dependent claims. Further advantages and features of the invention will become apparent from the embodiments.

The load securing system according to the invention comprises at least one support element and at least 4 rails. Each of the rails has at least two holes. Two first rails are arranged substantially parallel to each other. Also, two second rails are arranged substantially parallel to each other. In this case, the first and the second rails are arranged relative to one another in such a way that the first rails are in each case essentially opposite a second rail. In addition, a space for receiving the support element is provided between the first and the second rails. The support element is suitable and adapted to be fixed by the intervention in each case at least one hole of the rails in a certain position.

The rails preferably consists of a suitably hard material and are also particularly torsion-resistant. A suitable material may, for. As steel, but also other metals or other sufficiently hard materials can be used for the rails. For example, plastic or even wood can be used advantageously in a suitable processing for the rails.

By substantially parallel according to the present invention is meant in particular an absolutely parallel arrangement of the first and the second rails in relation to each other. However, a substantially slightly parallel arrangement may also mean a slightly angled arrangement of the first and the second rails relative to each other. This z. B. angle of about 10 °, 20 °, 30 ° or even 45 ° expedient and advantageous.

The load securing system described above may, for. B. be assembled with flat iron, angle iron or other suitable scaffolding elements to a box-shaped structure.

The device according to the invention has many advantages. A significant advantage is that the previously described load securing system allows extremely flexible and secure securing of cargo. Due to the rails with the holes and the support element arranged therebetween, the support element can not only be used perpendicular to the boundary of a securing area. In fact, the system with rails and holes also makes it possible to arrange the support element in the space between the first and the second rails obliquely or inclined. So also charge z. B. are reliably supported with non-rectangular shapes against slipping or tilting.

In preferred embodiments, at least one hole of at least one rail is formed as a slot. In this case, the longitudinal extent of the at least one elongated hole is provided in particular transversely to the longitudinal extension of the rail. The design as a slot proves to be very beneficial. Thus, in fact, the support element can also engage in holes which are not directly opposite one another on the rails arranged parallel to one another. It is particularly preferred if a plurality of holes and in particular all holes are formed as a slot.

In order to ensure particularly reliable load securing, in preferred embodiments, at least one rail has a plurality of holes. The holes are particularly evenly distributed along the longitudinal extension of the rails.

In order to take advantage of the plurality of holes in a rail, it may be desirable for all of the rails to have a plurality of holes evenly distributed along the longitudinal extent of each rail. Not all rails must have the same number of holes. In addition, the holes of the rails need not necessarily be exactly opposite each other or provided one above the other.

Preferably, the support element comprises at least one support plate and at least one fixing mechanism. The support plate can secure the load in the specified position against slipping or tilting. The fixing mechanism serves to engage in at least one hole of the rails and to fix the closure element so securely in a specific position. For this purpose, the fixing mechanism particularly preferably comprises at least four fixing elements. These can be z. B. be designed as rods or rod-like elements. Suitable z. As well as bolts or threaded rods or similar objects. The fixing elements are particularly pronounced in such a way that they can at least partially enter or pass through in each case at least one hole.

In order to allow a particularly simple mounting of the support element between the space which is formed between the first and the second rails, at least two fixing elements are provided movably to the support plate. In this case, these fixing elements can be provided in particular extendable and retractable on the support plate.

In advantageous embodiments, at least two fixing elements are accommodated movably on the end plate via at least one deflection mechanism. By deflection mechanism can also be understood a simple hinge mechanism. In this case, the deflection z. B. via a system of rods. However, there are other systems z. B. by means of pulleys, chains and springs conceivable.

Particularly preferably, at least one Fixierelementstab is rod-shaped and has at least partially a smaller cross section than a smallest diameter of a hole. This ensures that the at least one fixing element can engage sufficiently deep in at least one hole to securely fix the support element in a predetermined position.

In other advantageous embodiments, the holes can be assigned to the support element and the fixing element the rails. Even by such an association of holes and fixing a secure reception of the support member can be guaranteed in a predetermined position. It is then particularly advantageous if the fixing elements are provided movably and in particular extendable and retractable on the rails. In these refinements, the movability of the fixing elements can take place via a deflection mechanism of the type described above, which is associated with at least one and in particular at least two rails.

The device according to the invention for transporting dangerous goods and / or for storing hazardous substances comprises at least one receiving space for dangerous goods and / or hazardous substances and at least one cargo securing system of the type described above. With the cargo securing system, at least one securing area can be separated in the receiving space.

Of course, other substances can be transported as hazardous substances with a device described above. With such a device, any type of cargo can be safely and reliably secured.

The device according to the invention also offers considerable advantages. An advantage is z. B. that the load securing system according to the invention can separate extremely flexible areas in the receiving area for securing cargo. Since the support element of the load securing system can also be arranged obliquely and / or inclined over the fixing between the rails in the receiving space, also charge pieces with a non-rectangular outer shape or packing form can be safely and reliably secured against slipping or tilting.

In particularly preferred embodiments, the receiving space is provided by a transport box. Such a transport box can also have a collecting trough, in particular below the receiving space, which is essentially fluid-tight. The receiving space and the drip pan can be separated from one another by an at least partially fluid-permeable footprint. In preferred embodiments, at least one side wall of such a transport box can be provided by a multi-function flap. This is the flap in particular, an upper and a lower portion, which can be arranged to each other such that the flap can be arranged in a ramp shape and in a stage shape. This ensures particularly easy loading of the transport box.

In advantageous embodiments, the load securing system is provided in the device such that the first rails in the lower region of the receiving space and the second rails are provided in the upper region of the receiving space.

In particularly preferred embodiments, the first rails are provided in or at the bottom of the receiving space. In particular, it may also mean, in or on the floor, that the rails are bolted to the floor, stapled or riveted thereto, or welded to the floor. The rails can also be made in one piece with the ground. It is also possible that the holes and in particular the slots of the first rails are provided directly in a floor.

In other advantageous embodiments, at least one of the rails is movable and in particular hinged or pivotally received on the receiving space. Movable here can be called removable or removable among others. If z. B. a rail is arranged hinged in the upper region of the receiving area, a secure and reliable fixation of the support element can be achieved when the rail is lapped. To load the receiving space then one or more rails can be folded away, removed or pivoted to ensure optimum access to the receiving space. After loading, the rail can then be returned to its original position. Then, the support member can be securely fixed again in a predetermined position between the rails.

In expedient embodiments, at least one cover is provided for closing the receiving space. It is particularly advantageous if this cover is provided hinged to the receiving space. It is possible and preferred to provide at least one rail on the side of the lid facing the receiving space. When opening the lid, the at least one rail is then automatically folded away together with the lid, so that a particularly simple loading of the receiving space is possible.

In preferred embodiments, the receiving space may be provided by four side walls alone. The bottom of the receiving space can then z. B. be provided by the bed of a trans-agent or other footprint available.

In such embodiments, it is preferable that the first rails are provided on a first side wall and that the second rails are provided on a second opposing side wall. Such an arrangement of rails allows the system to be installed independently of the floor or cover of the device.

Particularly preferably, the receiving space provided by four side walls is provided at the bottom by a separate bottom plate, preferably by a pallet and more preferably by a euro pallet. This makes it possible to achieve standardized packaging dimensions for the device. For attaching the receiving space or the four side walls on a pallet fastening means may be provided on the side walls. For this purpose, fixing shoes may be provided, in particular in the lower region of the side walls, which are preferably arranged at the corners of the side walls.

In order to provide a particularly flexible, lightweight and easily stowable device for transporting dangerous goods or for storage of hazardous substances, the receiving space may be designed to be foldable or foldable in preferred embodiments. In this case, the receiving space can be provided in particular by a hinged lattice box. Such a folding lattice box can be easily stored in the folded state and save space. If a recording room is needed, this grid box can be easily opened and z. For example, a Euro pallet can be set up. This makes it possible that z. B. on the back of a truck a variety of devices according to the invention can be carried. Once another device is needed, it can be quickly and easily assembled.

A particularly lightweight device can be particularly preferably achieved in that the side walls are not carried out consistently. It is Z. B. possible that the side walls can be formed by a frame in which rods are provided at a suitable distance, which can prevent the falling out of cargo. Particularly preferably, the side walls are designed as a grid.

Further advantageous features and embodiments of the invention will become apparent from the following embodiment, which will be described with reference to the accompanying figures.

Show:

1 a purely schematic representation of a rail for a load securing system according to the invention in a plan view;

2 a front view of a support element for a load securing system according to the invention in a schematic representation;

3 a purely schematic representation of additional parts that are suitable for assembling a load securing system according to the invention;

4 a load securing system according to the present invention with inserted support member in a schematic representation;

5 the load securing system off 4 with the support element in a different position;

6 a purely schematic representation of the operation of the invention load securing system;

7 an inventive support element with retracted fixing elements in a schematic frontal view;

8th the support element acc. 7 with extended fixing elements;

9 another support element in a purely schematic frontal view with retracted fixing elements;

10 the support element in the view gem. 9 with extended fixing elements;

11 an embodiment of a device according to the invention in a purely schematic perspective view in full;

12 the schematic representation of another device according to the invention in a purely schematic perspective view in full;

13 the purely schematic side view of another device according to the invention;

14 a purely schematic perspective view of the total device. 13 ;

15 the representation acc. 14 during the degradation of the device; and

16 the device acc. 14 in the assembled state.

In 1 is a rail 3 a load securing system according to the invention 1 shown purely schematically in a plan view. The rail is made of a stable material 44 made of sheet steel in this case 45 , In the rail 3 a plurality of holes are provided, which in the embodiment shown here uniformly over the length of the rail 3 are distributed. The holes 4 are as longholes 6 executed.

In other embodiments, it may be appropriate and advantageous that not the entire length of the rail holes 4 or oblong holes 6 identifies. For example, only half the rail 3 Have holes. However, it is also conceivable in other advantageous embodiments that sections are distributed over the rail, several areas are provided, the holes 4 exhibit.

In the steel sheet 45 are the holes 4 produced by a punching process. Depending on the material of the rail 3 Other manufacturing techniques can be used to make holes 4 in the rail 3 contribute. Also conceivable are rails 3 made of wood, in particular made of multiplex boards, in which slots 6 sawn or milled. Then it may be necessary, the stability of the rail or the holes 4 to assist by inserting metal sleeves. Also plastic rails can be used appropriately if a sufficiently strong plastic material is selected as the material.

2 shows purely schematically in a front view of an embodiment of a supporting element 2 for a load securing system according to the invention 1 , The support element 2 includes a support plate 9 and a fixing mechanism 10 , which in the embodiment shown here as a deflection mechanism 12 is executed.

The load securing system according to the invention 1 can be easily configured as a stand-alone system. For this purpose, four rails gem. 1 with scaffolding elements 27 and angles 28 as they are in 3 are assembled into a housing-like system. Such an independent load securing system 1 is closer in the 4 and 5 shown.

In the load securing system 1 in 4 are two first rails 3.1 arranged substantially parallel to each other approximately in a plane. The first two rails 3.1 be through two scaffolding elements 27 kept in position. Over the first two rails 3.1 are two second rails 3.2 arranged, which are substantially parallel to each other. The second rails 3.2 are like the first rails over scaffolding elements 27 connected in a frame. The two Frame-shaped structures consisting of the first and second rails are with other scaffolding elements 27 assembled into a box-shaped structure. In order to be able to ensure sufficient stability, angles can be found in the corners 28 be provided, of which for clarity in 4 only one angle is shown.

Such an independent load securing system can be easily z. B. be set in a Tarnsportkiste. There can be the load securing system 1 used to secure cargo. If the load securing system 1 gem. 4 Without an existing transport box to be used, the spaces between the rails 3 and the scaffolding elements 27 be clad with panels, whereby a suitable transport space is provided.

Between the first rails 3.1 and the second rails 3.2 becomes a free space 5 provided on the one hand can serve to receive charge, on the other hand, a free space for the support element 2 provides. As in 4 is clearly visible, is the support element 2 into a hole in the front first rail 3.1 and a hole just above the second rail 3.2 used. The support element 2 However, it is not in the corresponding opposite holes of the rear first rail 3.1 and the rear second rail 3.2 used. The support element 2 is in a hole 4 several holes 4 further left into the rear rails 3 used. As a result, the support element 2 diagonally in the room 5 be arranged and fixed.

5 shows the embodiment gem. 4 , wherein the support element 2 in a different position in the room 5 is fixed. In this case, the support element 2 each at the first rails 3.1 and the second rails 3.2 in an opposite hole 4 used. However, non-superposed holes of the first rails were used to insert the support member 3.1 and the second rails 3.2 selected. The selected holes of the second rails 3.2 lie compared to the selected holes of the first rails 3.1 shifted to the left. Thus, there is a tilted or tilted arrangement of the support element 2 in the room 5 ,

In 6 is the operating principle of the flexible separation of areas by means of the support element 2 shown purely schematically. In this case, a particularly flexible handling is possible if the holes 4 the rails 3 as longholes 6 are executed.

Shown are two mutually parallel rails 3 which have a lot of holes 4 have, here in this embodiment as slots 6 are formed. The long holes 6 have a longitudinal extent 7 , which are transverse to the longitudinal extension 8th the rails 3 is.

The leftmost support element 2 is approximately perpendicular to the rails 3 arranged. In such an installation state are the fixing elements 11 the support element 2 each in the outer areas 46 . 48 the directly opposite slots of the two rails 3 ,

The second or middle support element 2 in 6 is slightly inclined between the two rails 3 positioned. In such a position is a fixing element 11 the support element 2 in an outer area 46 one rail 3.1 , Since the central support element is positioned slightly obliquely, is the fixing element 11 the support element 2 not in the outer area 48 the other rail 3.1 but in a middle range 50 , So is the same length of the support element 2 an oblique orientation of the section element between the two rails 3.1 possible.

The right support element 2 is fixed in the embodiment shown in a maximum oblique position. Here are the two fixing elements 11 of the section element 2 each in an inner area 47 . 49 from two oblong holes 6 the first two rails 3.1 ,

By training the holes 4 as longholes 6 can so by positioning the fixing 11 the support element within the slot 6 a different arrangement of the support element 2 in the room 5 be specified.

The same principle as described above is also applicable to the two second rails 3.2 which are above the rails 3.1 are arranged, applicable. Through the use of fixing elements 11 and oblong holes 6 in the rails 3 it is also possible that the support element 2 in a certain inclination within the space 5 is arranged. The fixing elements 11 may be formed such that the support element 2 also tilted to the left or to the right in certain area of the oblong holes 6 in the upper second rails 3.2 can intervene.

This makes it possible that the support element 2 can be arranged almost arbitrarily straight, oblique, inclined and inclined at an angle.

In the 7 and 8th is a special form of a support element 2 shown purely schematically. In this case, the support element comprises 2 a support plate 9 and a fixing mechanism 10 , The fixing mechanism 10 includes four fixing elements 11 of which the two upper fixing elements 11 movable at the end plate 9 is included. The shape of the fixing mechanism 10 is a deflection mechanism in the embodiment shown here 12 , The deflection mechanism 12 includes a control 29 , which is designed here as a lever. For better handling, the lever is with a spring 33 at the plate 9 added. On the actuating means 29 are two bars 30 provided, which when operating the actuating means 29 over two deflecting elements 31 , which are here as turning bars 32 are executed, the upper fixing elements 11 move up or down.

In 7 are the upper fixing elements 11 shown in a retracted state. The actuating means is to the left. In 8th the actuating means has been tilted to the right, whereby the two rods 30 over the turning bar 32 push the fixing upwards.

The 9 and 10 show another embodiment of a support element according to the invention 2 , 9 shows the element with retracted fixing elements 11 . 10 shows the same support with extended fixing.

Compared to the 7 and 8th the fixing elements are arranged laterally in the embodiment shown here. Again, there is an actuating means 29 , which when folding the fixing 11 enters or exits. The deflecting element 31 However, in the embodiment shown here is a pulley 34 that in conjunction with a chain 35 on an actuating part 36 pulls when the lever 29 is tilted to the right. The movably arranged right fixing elements 11 are then retracted. Will the actuating means 29 tilted to the left, the chain becomes 35 again released a piece and the fastening part 36 gets through the springs 33 pulled back to the right, causing the two fixing elements 11 be extended.

Of course, other deflection mechanisms are conceivable and advantageous. It may also be advantageous and expedient that all fixing elements 11 moveable or movable on the support plate 9 are included. Also more than four fixation elements 11 may be appropriate depending on the embodiment.

In 11 is a device 100 for the transport of dangerous goods or for the storage of hazardous substances purely schematically shown in a perspective view. In the device 100 is a load securing system 1 intended. These are the first rails 3.1 and the second rails 3.2 in the as a transport box 17 executed device 100 integrated. There are two first rails 3.1 at the bottom of the recording room 15 intended. The first two rails 3.1 are next to one as a grid 39 running lower limit of the receiving space 15 arranged.

Below the recording room 15 is a drip tray 40 provided in the liquid is collected by the grate 39 through drip. At the bottom of the drip pan are forklift shoes 38 provided for easy transport of the device. The device can by means of a hinged lid 21 be closed. The front sidewall is replaced by a multifunction flap 37 provided in the embodiment shown here consists of two parts, which are interconnected by two hinges. This version of the multifunction flap allows the flap to be used in both a ramp and a stage position.

At the top of the recording room 15 are two second rails 3.2 intended. The rear rail 3.2 is provided in the back wall and may in particular also be part of this. The front second rail 3.2 is provided hinged in the embodiment shown here. So this rail can 3.2 be folded up when loading the transport box or laterally. When loading is complete, the rail can 3.2 be swung back again. This is again a secure fixation of the support element 2 between the first rails 3.1 and the second rails 3.2 possible.

12 shows in a purely schematic perspective view of a total of a modification of the embodiment. 11 , Here is the front second rail 3.2 not hinged to the recording room 15 added. For a free loading of the receiving space 15 already when opening the lid 21 to ensure is the front second rail 3.2 in the closed state of the lid 21 front area of the lid 21 integrated. She can be there with the lid 21 be firmly connected. However, it is also a one-piece production of the second rail 3.2 possible with the lid.

The 13 to 16 show a further embodiment of a device 100 for the transport of dangerous goods or for the storage of hazardous substances. Also this device 100 includes a load securing system 1 of the type described above.

In the embodiment described here, the device consists of only four side walls 22 , The side walls 22 are with multiple joints 43 , which are designed here as a hinge connected. The assembled side walls 22 form a box-shaped structure, which serves as a receiving space 15 can serve. Such a downwardly and upwardly open recording room 15 can z. B. be used on the back of a van. There, the cargo bed forms the final floor for the device 100 ,

It is also how in 13 shown, possible, the device 100 on a separate base plate 23 to provide a down-ended recording room. The bottom plate 23 may in preferred embodiments by a pallet 24 be made available, in particular as a euro pallet 25 is executed. Thus the box-shaped structure from the side walls 22 safe on the Euro pallet 25 can be fixed at the bottom of the side walls 22 Fixierschuhe 42 be provided.

The load securing system 1 is formed in the embodiment shown here such that the first rails 3.1 on a first side wall 22.1 are arranged. The second rails 3.2 are on a second side wall 22.2 provided, this side wall of the first side wall 22.1 is opposite.

Also in a device 100 According to the embodiment shown here, a support element 2 be used advantageously. This is in 14 shown purely schematically, which is a perspective and purely schematic total view of a device according to the invention 100 with four side walls 22 shows, with the side walls 22 through a grid box 51 to provide. At the grid box 51 it is four sidewalls 22 made of bars 26 consist.

As in 15 it can be seen, is the grid box 26 provided hinged. Thus, after the transport of dangerous goods or after the storage of hazardous materials, the lattice box simply from the Euro pallet 25 be taken down and folded. This is a highly flexible and above all also easy and space-saving device to be transported 100 with a load securing system 1 made available.

Such a folded lattice box can, as in 16 shown, along with in this grid box 51 permanently installed load securing system 1 simply by one person 41 carried away and stowed away to save space.

Of course, charging system is 1 According to the present invention also applicable to other devices for the transport of dangerous goods and / or for the storage of hazardous substances. The dimension of the device does not matter because the load securing system 1 over the length of the rails 3 and the extent of the support element 2 can be variably adjusted.

In addition, the load securing system is suitable 1 according to the present invention optimally for retrofitting existing devices 100 for the transport of dangerous goods and / or for the storage of hazardous substances. The load securing system 1 Of course, it is also suitable for use in other transport and storage devices away from hazardous substances and dangerous goods.

LIST OF REFERENCE NUMBERS

1

Load securing system

2

supporting

3

rail

3.1

first rail

3.2

second rail

4

hole

5

room

6

Long hole

7

longitudinal extension

8th

longitudinal extension

9

support plate

10

fixing mechanism

11

fixing

12

deflecting mechanism

13

cross-section

14

diameter

15

accommodation space

16

security area

17

Pet crate

18

lower area

19

upper area

20

ground

21

cover

22

Side wall

22.1

first sidewall

22.2

second side wall

23

baseplate

24

palette

25

Euro-Paltette

26

grid

27

scaffolding element

28

angle

29

actuating means

30

pole

31

deflecting

32

deflecting

33

feather

34

idler pulley

35

Chain

36

attachment portion

37

Multifunction flap

38

forklifts Shoe

39

grating

40

drip tray

41

person

42

Fixierschuh

43

joint

44

Stable material

45

sheet steel

46

outer area

47

inner area

48

outer area

49

inner area

50

middle area

51

Gitterbox

100

contraption

Claims (20)

Load securing system ( 1 ) comprising at least one support element ( 2 ) and at least four rails ( 3 ) each with at least two holes ( 4 ), with two first rails ( 3.1 ) are arranged substantially parallel to each other and wherein two second rails ( 3.2 ) are arranged substantially parallel to each other, and wherein the first and the second rails ( 3.1 . 3.2 ) are arranged to each other such that the first rails ( 3.1 ) each a second rail ( 3.2 ) are substantially opposite and that between the first and the second rails ( 3.1 . 3.2 ) a room ( 5 ) for receiving the support element ( 2 ), characterized in that the supporting element ( 2 ) is suitable and oriented, by engaging in at least one hole ( 4 ) of the rails ( 3 ) to be fixed in a certain position. Load securing system ( 1 ) according to claim 1, characterized in that at least one hole ( 4 ) at least one rail ( 3 ) as a slot ( 6 ), wherein the longitudinal extent ( 7 ) of the at least one elongated hole, in particular transversely to the longitudinal extension ( 8th ) of the rail ( 3 ) is provided. Load securing system ( 1 ) according to one of the preceding claims, characterized in that at least one rail ( 3 ) a variety of holes ( 4 ), in particular along the longitudinal extension ( 8th ) of the rail are evenly distributed. Load securing system ( 1 ) according to one of the preceding claims, characterized in that the supporting element ( 2 ) at least one support plate ( 9 ) and at least one fixing mechanism ( 10 ). Load securing system ( 1 ) according to the preceding claim, characterized in that the fixing mechanism ( 10 ) at least four fixing elements ( 11 ). Load securing system ( 1 ) according to the preceding claim, characterized in that at least two fixing elements ( 11 ) movable to the support plate ( 9 ) and in particular are provided extendable and retractable. Load securing system ( 1 ) according to the preceding claim, characterized in that the at least two fixing elements ( 11 ) via at least one deflection mechanism ( 12 ) movable on the support plate ( 9 ) are included. Load securing system ( 1 ) according to any one of claims 5-7, characterized in that the fixing elements ( 11 ) are rod-shaped and at least partially a smaller cross section ( 13 ) as a smallest diameter ( 14 ) of a hole ( 4 ) exhibit. Load securing system ( 1 ) according to one of the preceding claims, characterized in that the holes ( 4 ) the support element ( 2 ) and the fixing elements ( 11 ) the rails ( 3 ) assigned. Contraption ( 100 ) for the transport of dangerous goods and / or for the storage of hazardous substances, comprising at least one receiving space ( 15 ) for dangerous goods and / or hazardous substances and at least one load securing system ( 1 ) according to one of the preceding claims for separating at least one security area ( 16 ) from the recording room ( 15 ). Contraption ( 100 ) according to claim 10, characterized in that the receiving space ( 15 ) by a transport box ( 17 ) is made available. Contraption ( 100 ) according to the preceding claim, characterized in that the first rails ( 3.1 ) in the area below ( 18 ) of the recording room ( 15 ) and the second rails ( 3.2 ) in the upper area ( 19 ) of the recording room ( 15 ) are provided. Contraption ( 100 ) according to the preceding claim, characterized in that the first rails ( 3.1 ) in or on the ground ( 20 ) of the recording room ( 15 ) are provided. Contraption ( 100 ) according to any one of claims 10-13, characterized in that at least one of the rails ( 3 ) movable and in particular hinged to the receiving space ( 15 ) is recorded. Contraption ( 100 ) according to any one of claims 10-14, characterized in that and at least one in particular hinged lid ( 21 ) for closing the receiving space ( 15 ) is provided, the at least one rail ( 3 ). Contraption ( 100 ) according to claim 10, characterized in that the receiving space ( 15 ) by four side walls ( 22 ) is made available. Contraption ( 100 ) according to the preceding claim, characterized in that the first rails ( 3.1 ) on a first side wall ( 22.1 ) and the second rails ( 3.2 ) on a second opposite side wall ( 22.2 ) are provided. Contraption ( 100 ) according to one of claims 16-17, characterized in that the receiving space ( 15 ) down through a bottom plate ( 23 ), preferably by a pallet ( 24 ) and most preferably by a euro pallet ( 25 ) is made available. Contraption ( 100 ) according to one of claims 16-18, characterized in that the receiving space ( 15 ) is designed foldable or foldable. Contraption ( 100 ) according to one of claims 16-19, characterized in that the side walls ( 22 ) as a grid ( 26 ) are executed.

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