EP2520512B1 - Runner pallet, in particular for transport and storage container for fluids - Google Patents

Description

The present invention relates to a runner pallet according to the preamble of claim 1, wherein the runners pallet for handling by means of a lift truck, stacker crane or the like. Transport means is set up and equipped with a resting on support feet a center skid and two outer skids pallet base for supporting an inner container of a transport and storage container.

Skid pallets of the type mentioned above, which are arranged on a pallet base arranged thereon, designed as center skids and skids runners are provided in the prefabricated production of transport and storage containers in pre-assembled form, provided with the outer shell and then fitted with the inner container made of plastic , In the known transport and storage containers independent connection operations are carried out for the preparation of the runners pallet and for connecting the outer shell with the finished runner pallet. In particular, the pallet base is firstly connected on the one hand to the runners, in order then to be connected to the outer jacket in a connection process independent of the first connection process. Usually Such compounds are carried out as screw connections, so that therefore first a screwing of the pallet skids with the pallet base and then a screw connection of the pallet base is carried out with the outer shell. Thus, the production of the known prefabricated transport and storage containers proves to be correspondingly expensive.

Finally, a runners pallet of the type mentioned also has the task to provide with suitable Hubstapeleinrichtungen a manageable platform for storage and transport of plastic made and therefore relatively vulnerable inner container available, so that such runner pallets in combination with the outer jacket to protect the Inner container from damage serve. In this case, run as runners pallet bases to take into account the fact in a special way that due to the handling of the transport and storage containers is a not inconsiderable risk for the inner container to be damaged. The pallet-like undercarriage thus represents a protective shield or protector, which is intended in particular to absorb shock loads which can act on the inner container, for example in the event of an impact of the transport and storage container on the ground due to improper handling of the transport and storage container. For this purpose, the undercarriage must be able to absorb corresponding loads and still function as a handling platform for the liquid container even after a load case has occurred.

From the DE 203 16 883 U1 a skid pallet is known, which is adapted for handling by means of a lift truck, stacker crane or similar means of transport and is equipped with a resting on support legs, a center skid and two outer skids pallet base for supporting an inner container of a transport and storage container, wherein the center skid and the outer runners by means of a Skid bridge are connected to each other in a defined relative arrangement and a Form pallet base.

From the DE 100 38 464 A1 is known a runners pallet, which, in particular in Fig. 6 shown, having a center runner and two outer runners, which are connected to each other via a runner bridge and together with the runner bridge form a pallet base, which is non-positively connected to a pallet base.

From the WO 99/35042 A1 is known a plastic pallet, which is designed as a frame pallet, which are arranged with a closed circumferentially formed base frame on the feet, which are connected via a plug connection with a pallet base.

The US Pat. No. 6,109,190 A shows a plastic pallet, which is formed in two parts, with a pallet base and a pallet upper part, which are connected to one another via a latching connection.

From the EP 2 090 520 A1 a plastic pallet is known, which is designed as a frame pallet, with a base frame, are arranged on the support legs, which are connected via a plug connection with a pallet base.

The present invention has for its object to simplify the prefabricated production of transport and storage containers, which also designed as runners pallet bases for a transport and storage containers for liquids, which have increased stability and allow a plug connection between the pallet base and support legs which allows the generation of large holding forces, thus enabling the provision of transport and storage containers for liquids, which ensure increased security against a lack of stability of the undercarriage caused container failure and are particularly suitable for the transport and storage of dangerous goods.

To solve this problem, the runner pallet according to the invention has the features of claim 1.

According to the invention, the runner pallet is designed so that the center runner and the outer runners are connected to one another in a defined relative arrangement by means of a runner bridge and form a pallet base which can be handled independently of the pallet base. Furthermore, the pallet base for producing a non-positive connector with the pallet base on the support feet associated engagement means which cooperate with associated engagement means of the support legs.

Due to the embodiment of the runner pallet according to the invention, it is possible to provide for the prefabricated production of a transport and storage container skids pallet, which has the pallet base formed from the center skid and the outer runners in a mechanical composite with the pallet base, without the creation of a connection with Handling additional fasteners is necessary. Rather, it is possible to produce the mechanical bonded composite between the pallet base and the pallet base in that the pallet base is placed in a defined relative arrangement on the pallet base and made to secure the mechanical bond between the pallet base and the pallet base a plug connection between the pallet base and the pallet base becomes. This connector is made by the engagement of the engagement means of the pallet base in the corresponding or associated engagement means of the support feet of the pallet base. Thus, the simple production of a stacking arrangement between the pallet base and the pallet base is sufficient to provide a manageable for the further prefabricated production of the transport and storage container runners pallet available.

In particular, the connector is sufficient to the mechanical bond of the pallet base with the pallet base during further assembly, so the subsequent arrangement of the outer shell on the Secure pallet floor. The final, permanent fixation of the pallet base on the pallet base then takes place at the same time establishing the connection between the pallet base and the outer shell, for example by the fact that for screwing the outer shell to the pallet base connecting screws are used, which penetrate through the pallet base into the support feet of the pallet base , Thus, a total connection is created in which the pallet base are sandwiched between the outer shell and the support legs, which are connected by the pallet bottom through with the outer shell via connecting elements. Also, the connector leads to an increase in the inherent stability of the runners pallet.

The particular advantage of the runner pallet according to the invention is thus that the pre-assembly of the runner pallet is virtually achieved by the inventive design that secures the bond between the pallet base and the pallet base at least until a final connection between the pallet base and the pallet base made via the connecting elements is that connect the outer shell with the support feet of the pallet base.

Since the pallet base has the supporting feet of the pallet base associated engagement body, which engage in recesses of the support legs such that between a peripheral surface of the engagement body and a surface of the recess, a clamping force is generated, can advantageously for the spatial arrangement or design of the connector between the pallet base and the pallet base a space defined by the support foot body can be used.

According to the invention, the engagement bodies of the pallet base have a conical body with an elliptical cross-section which engages in the recesses of the support leg such that a line-shaped contact area results between the peripheral surface of the engagement body and a contact surface of the recesses, wherein the contact area passing through the intersection of the long ellipse axis of the elliptical cross section with the contact surface. On the one hand, the conically formed engagement body of the pallet base allows a clamping fit to be formed between the engagement body of the pallet base and the recess of the support foot in such a way that the holding force required to produce the mechanical bond between the pallet base and the pallet base is already generated by gravity and if necessary, at most, a slight repressing is necessary to secure the mechanical bond for subsequent assembly sufficient. In addition, the linear formation of the contact area between the peripheral surface of the engagement body and the contact surface of the recess enables the generation of large holding forces. A similar advantageous effect is also achieved - although possibly to a lesser extent - when the conical engaging body has a round or rounded cross-section. It is essential in any case the formation of a linear contact area.

If at least one engagement body of the pallet base is designed as a centering extension which engages in a recess of the pallet base, an exact relative positioning of the pallet base relative to the pallet base in the connection plane between the pallet base and the pallet base can be realized simultaneously with production of the connector between the pallet base and the pallet base , In particular, the engagement body used as Zentrierfortsatz be formed independently of the engagement body, which serve for the production of the mechanical composite, ie the connector, so that the centering has no effect on the formation of holding forces and thus can not affect the formation of sufficient holding forces.

In a particularly preferred embodiment of the runner pallet, the pallet base and the pallet base are manufactured as plastic parts, so that particularly advantageously a parallel production of the pallet base and the pallet base in a simultaneous shaping, in particular injection molding, is possible and immediately following the parallel production of the pallet base and the pallet base by producing a stacking arrangement between the pallet base and the pallet base the runners pallet produced as an intermediate for the further prefabricated production of the transport and storage container is. This can be omitted in particular a separate storage of pallet floors and pallet bases. Rather, immediately after the production of the pallet floors and the pallet base their association with the runner pallet invention.

In particular, in an embodiment of the pallet base and the pallet base made of plastic, it proves to be advantageous if the runner bridge of the pallet base is provided for stiffening the pallet base with a reinforcing insert. Thus, if necessary, existing strength deficits of the pallet base can be compensated for without adversely affecting the above-described assembly process of the pallet base and the pallet base by producing a stack arrangement. Rather, the reinforcing insert can be inserted as an intermediate layer when producing the composite between the pallet base and the pallet base.

It is particularly advantageous if the reinforcing insert consists of a preferably made of metal floor crossmember, which is arranged on a the outer skids interconnecting, a bottom of the pallet base facing support surface of the runner bridge. Thus, the insertion of the reinforcing insert during the assembly process by simply placing the reinforcing insert on the skids bridge done.

It is particularly advantageous if the floor cross member is positively connected to the runner bridge for relative positioning and is non-positively connected with the pallet floor for stiffening the pallet floor. In this case, the production of positive connection occurs simultaneously with the laying of the floor cross-beam and on the other hand it is ensured that the intended stiffening effect on the pallet floor is actually achieved via the non-positive connection with the pallet floor.

If the formed in the support feet of the pallet base recesses, which serve to receive the engagement body of the pallet base, are provided to form a footprint of the support legs with a bottom wall, it is possible, in particular in a filled with liquid inner container of the transport and storage container of To reduce the surface pressure applied to the support feet on the ground.

It proves to be particularly advantageous if the corner feet of the pallet base have the same width as the middle feet a greater length than the middle feet, so that over the increased length of the corner feet further stiffening of the pallet base is achieved.

With regard to the design of the pallet base, it proves to be advantageous if the pallet base has a central portion and a front and rear edge portion, wherein formed in a support surface of the pallet base in the middle section longitudinal beads and in the edge portions parallel to the edges of the pallet base transverse beads, wherein the Forming an increased rigidity, the cross-sectional height of the transverse beads is formed larger than the cross-sectional height of the longitudinal beads in the central portion and a corresponding projection of the transverse beads is formed opposite the underside of the central portion. Here, it is achieved that the underside facing the ground of the cross beads and the runner bridge are arranged in a common plane, so that when receiving the runners pallet by a Hubstaplereinrichtung the tines of the Hubstaplereinrichtung abut in the same way against the underside of the transverse beads as against the underside of the Skids bridge and each in the contact surfaces acting surface pressure is advantageously reduced.

This is the case in particular if, advantageously, the projection is dimensioned such that it corresponds to the distance of the support surface of the runner bridge from the underside of the middle section.

When the center runner has a runner base connecting the support feet of the center runner whose height is less than the height of the runner base connecting the support legs of the outer runners, it is achieved that even if the inner container in the middle section is filled with liquid as a result of the weight load Given below deflected pallet floor still sufficient clearance between the bottom of the pallet base and the runner base is given, so that then even when driving under the pallet bottom with the tines of a Hubstaplereinrichtung transversely to the longitudinal direction of the transport and storage container the risk of collision of the forklift tines with the Skid pallet is reduced.

Hereinafter, a preferred embodiment of the runner pallet will be explained in more detail with reference to the accompanying drawings.

Fig. 1

eine perspektivische Darstellung eines Transport- und Lagerbehälters für Flüssigkeiten mit einem als Kufenpalette ausgebildeten Untergestell;

Fig. 2

eine perspektivische Darstellung der Kufenpalette;

Fig. 3

eine Explosionsdarstellung der in Fig. 2 dargestellten Kufenpalette;

Fig. 4

eine perspektivische Darstellung der Kufenpalette in Unter-ansicht;

Fig. 5

eine Seitenansicht der Kufenpalette entsprechend der Ansicht V in Fig. 2 ;

Fig. 6

eine Teilschnittdarstellung der in Fig. 5 gezeigten Kufenpalette gemäß Schnittlinienverlauf VI-VI in Fig. 5 ;

Fig. 7

eine Schnittdarstellung eines Eckfußes der Kufenpalette gemäß Schnittlinienverlauf VII-VII in Fig. 2 ;

Fig. 8

eine Schnittdarstellung des in Fig. 7 dargestellten Eckfußes gemäß Schnittlinienverlauf VIII-VIII in Fig. 7 ;

Fig. 9

eine perspektivische Darstellung der Kufenpalette in Seitenansicht;

Fig. 10

eine perspektivische Darstellung der Kufenpalette in Vorderansicht;

Fig. 11

eine Rückansicht der Kufenpalette;

Fig. 12

eine perspektivische Darstellung des Palettenbodens der Kufenpalette in Draufsicht;

Fig. 13

eine perspektivische Darstellung des Palettenbodens in Unteransicht;

Fig. 14

eine Schnittdarstellung der in Fig. 2 dargestellten Kufenpalette gemäß Schnittlinienverlauf XV-XV in Fig. 2 .

Show it:

Fig. 1

a perspective view of a transport and storage container for liquids with a designed as runners pallet base;

Fig. 2

a perspective view of the runners pallet;

Fig. 3

an exploded view of in Fig. 2 illustrated runners pallet;

Fig. 4

a perspective view of the runners pallet in sub-view;

Fig. 5

a side view of the runner pallet according to the view V in Fig. 2 ;

Fig. 6

a partial sectional view of in Fig. 5 shown skid pallet according to section line VI-VI in Fig. 5 ;

Fig. 7

a sectional view of a Eckfußes the runner pallet according to section line VII-VII in Fig. 2 ;

Fig. 8

a sectional view of the in Fig. 7 shown Eckfußes according to section line VIII-VIII in Fig. 7 ;

Fig. 9

a perspective view of the runners pallet in side view;

Fig. 10

a perspective view of the runners pallet in front view;

Fig. 11

a rear view of the runners pallet;

Fig. 12

a perspective view of the pallet base of the runner pallet in plan view;

Fig. 13

a perspective view of the pallet base in bottom view;

Fig. 14

a sectional view of in Fig. 2 illustrated skid pallet according to section line XV-XV in Fig. 2 ,

Fig. 1 shows a usable as disposable and reusable container transport and storage container 20 for liquids, which has an exchangeable cuboid inner container 21 made of plastic with a front wall 22, a rear wall 23 and two side walls 24, 25 and a lower and an upper bottom wall 26, 27th On the upper bottom wall 27 a closable with a cover 28 filler neck 29 is formed. The front wall 22 points to a concavity 30 in the lower Section of the front wall 22 an outlet connection 31, which serves to connect a removal fitting 32.

The inner container 21 is arranged with its lower bottom wall 26 on a pallet base 33 of a base frame 34 designed as a pedestal. The runner pallet 34 has, for supporting the pallet base 33, a center runner 35 and two outer runners 36, 37. For protection, the inner container 21 arranged on the pallet base 33 is accommodated in an outer casing 38, which is designed here as a grate casing and has intersecting horizontal and vertical bars 39 and 40. To connect the outer shell 38 with the runners pallet 34 is a horizontal bar 39 formed like a lower edge 65 of the outer shell 38 with the center skid 35 and the outer runners 36, 37, for example by means of screws 66 designed as connecting elements, wherein a peripheral edge 67 of the pallet base 33 sandwiched between the center skid 35 and the outer runners 36, 37 is received.

How out Fig. 3 that the in Fig. 2 shown runners pallet 34 in exploded view, the runners pallet 34 in the case of the illustrated embodiment of three components, namely a center runner 35 and the two outer runners 36, 37 comprehensive pallet base 41, the pallet base 33 and a floor cross member 42. The pallet base 41 points to the production a mechanical composite between the center skid 35 and the two outer skids 36, 37 each a gap between the center skid 35 and the two outer runners 36, 37 spanning skids bridge 43, which in the present case a metatarsus 44 of the center skid 35 with the middle feet 44 of the two Outside skids 36, 37 connects. In addition to the middle foot 44, the center runner 35 and the two outer runners 36, 37 have outside feet 46, 47 at the axial ends of a runner base 45. In this case, in the case of the present embodiment, the outer foot 46 formed on the front side of the center runner 35 is designed such that it has an adjacent one Outlet 31 ( Fig. 1 ) of the inner container 21 in the pallet bottom 33 trained bottom lowering 40 can accommodate. Likewise, a synopsis of the FIGS. 2 and 3 can be seen, form the outer feet 46, 47 of the two outer runners 36, 37 corner feet 49 of the runners pallet 34.

As Fig. 3 shows, the pallet base 33 on its underside 50 engagement body 51 which are arranged so that they have a recesses 52 in the corner feet 49 and the rear outer leg 47 of the center skid 35 matching relative arrangement and with proper alignment of the pallet base 33 relative to the pallet base 41 in a stacking arrangement of the pallet base 33 on the pallet base 41 in the recesses 52 of the corner feet 49 can be lowered. To stiffen the pallet base 33, the floor cross member 42 is placed on a support surface 53 of the runner bridge 43 before the stacking arrangement of the pallet base 33 is produced on the pallet base 41. In this case, a defined positioning of the floor cross member 42 on the runner bridge 43 is achieved in that a positive connection between in Fig. 3 not shown recesses in the floor cross member 42 and associated, from the support surface 53 projecting nubs 54 is made. Thus, the floor cross member 42 is positioned on the runner bridge 43, that in an arrangement of the pallet base 33 on the pallet base 41, such that a in Fig. 13 illustrated, formed on the bottom 50 of the pallet base 33 centering extension 55 engages in an associated centering 56 of the floor cross member 42, simultaneously with the lowering of the engagement body 51 of the pallet base 33 in the recesses 52 of the pallet base 41 force introduction tabs 57, at the axial ends of the floor crossbeam 42nd are formed, frictionally engage in associated, not shown here recesses in the bottom 50 of the pallet base 33.

As if from a synopsis of FIGS. 6, 7 and 8 becomes clear, the engagement body 51 has a frusto-conical shape with elliptical cross section 57. In this case, the elliptical cross section 57 is oriented in the recess 52 of the Eckfußes 49, that the long ellipse axis b forms an intersection with a substantially planar in the region of the engaging body 51 contact surface 58 of the recess 52 and forms a substantially line-shaped contact region 59. Due to the frusto-conical shaped engaging body 51 and, as in particular in Fig. 8 can be seen, the wedge-shaped relative to each other opposite contact walls 58 of the recess 52 is generated by contact of the engaging body 51 against the contact walls 58 with increasing lowering of the engagement body 51 in the recess 52 a growing clamping force or holding force between the pallet base 33 and the pallet base 41. With a suitable selection of the wedge angle α between a vertical axis of the engaging body 51 and the contact walls 58, even the weight of the pallet base or at best a slight re-pressing of the pallet base 33 is sufficient to produce a mechanically durable bond between the pallet base 41 and the pallet base 33, the cohesion the components of the runner pallet 34 in the subsequent assembly steps for the preparation of in Fig. 1 shown transport and storage container 20 allows.

Thus, the final mechanical connection between the pallet base 41 and the pallet base 33 in a common assembly step with making the connection between the runner pallet 34 and the outer shell 38 can be made. For this purpose, then preferably designed as screws 66 connecting elements after arrangement of the outer sheath 38 with its lower edge 65 on the peripheral edge 67 of the pallet base 41 disposed on the pallet base 33 by aligned mounting holes 62, 63, 64, in the lower edge 65 of the outer shell 38, the peripheral edge 67 of the pallet base 33 and the corner feet 49 of the pallet base 41st are arranged, as from a synopsis of Fig. 1 and 3 becomes clear, screwed into the corner feet 49. Simultaneously with the connection of the outer shell 38 with the runners pallet 34 so the final mechanical connection between the pallet base 33 and the pallet base 41 of the runners pallet 34th

As if from a synopsis of Fig. 4 and 10 becomes clear, results due to the arrangement of the floor cross member 42 on the support surface 53 of the runner bridge 43 is a downwardly shielded recording of the floor cross member 42 in the runner pallet 34. Further shows Fig. 4 in that the recesses 52 in the corner feet 49 are provided with bottom walls 68 forming a footprint of the corner feet 49.

Furthermore, as in particular from a synopsis of FIGS. 4 and 9 shows that the middle feet 44 and the corner feet 49, although executed with a matching width B. However, the corner feet 49 have a greater length L2 compared to the center feet 44, which have a length L1.

Furthermore, shows in particular a synopsis of Fig. 3 and 11 in that the runner base 45 of the center runner 35 has a lower height h than the runner base 45 of the outer runners 36 and 37, so that when the pallet base 33 is loaded with a liquid-filled inner container 21 in spite of the maximum deflection of the container bottom 33 between the middle foot 44 Center skid 35 and the outer feet 46, 47 of the center skid 35 is still given a sufficient clearance between the bottom 50 of the pallet base 33 and the skid base 44 to allow a collision-free driving under the pallet bottom with a Hubstaplereinrichtung.

As in the FIGS. 12 and 13 shown, the pallet base 33 in order to achieve the greatest possible inherent rigidity with the least possible use of material on a structure which in a central portion 70 longitudinal beads 71 and in edge portions 72, 73 which in arrangement of a Inner container 21 on the pallet base 33 parallel to the front wall 22 and the rear wall 23 of the inner container 21 ( FIGS. Fig. 1 ), transverse beads 74 on. As the FIGS. 12 and 13 further show, the transverse beads 74 are stiffened against each other both on an upper side 75 of the pallet base 33 and on the underside 50 of the pallet base 33 with intermediate webs 76. The longitudinal corrugations 71 are in the region of a central truss receptacle 77, which on the bottom 50 for the arrangement of the in the Fig. 3 and 14 shown bottom cross member 42 is provided with a height of the pallet base 33 reducing return area.

As Fig. 14 shows, in comparison to the height of the longitudinal corrugations 71 in the middle section 70, the height of the transverse corrugations 74 in the edge portions 72, 73 formed larger, such that a bottom 78 of the support surface 53, the bottom cross-piece 42 receiving runner bridge 43 in a common horizontal plane Bottoms 79 of the transverse beads 74 is located. By forming a supernatant 80 of the lower sides 79 of the transverse corrugations 74 opposite lower sides 81 of the longitudinal corrugations 71, a receiving space for the floor cross member 42 is created.

Claims (12)

1. A skid pallet (34), wherein the skid pallet is adapted for handling by a stacker truck, a storage and retrieval machine or similar transport means, and is equipped with a pallet bottom (33), which rests on support feet (44, 46, 47, 49) of a centre skid (35) and of two outer skids (36, 37), for supporting an inner container of a transport and storage container, wherein the centre skid and the outer skids, by means of a skid bridge (43), are connected to one another in a defined arrangement relative to one another, forming a pallet base (41),
   characterised in that
   for establishing a force-fit plug-in connection with the pallet base, the pallet bottom comprises engagement means, which are assigned to the support feet and which interact with assigned engagement means of the support feet, wherein the pallet bottom (33) comprises engagement bodies (51), which are assigned to the support feet (44, 46, 47, 49) of the pallet base (41) and which engage with recesses (52) of the support feet in such a way that a clamping force is created between a peripheral surface of the engagement bodies and a surface of the recesses, wherein the engagement bodies (51) of the pallet bottom (33) comprise a conical body having an elliptical cross-section (57) which engages with the recess (52) of the support foot (44, 46, 47, 49) in such a way that a linear contact area (59) is formed between the peripheral surface of the engagement body and a contact surface of the recess, wherein the contact area runs through an intersection point of the long elliptical axis b of the elliptical cross-section with the contact face.
2. The skid pallet according to claim 1,
   characterised in that
   at least one engagement body of the pallet bottom is embodied as a centring appendage (55), which engages with a recess of the pallet base.
3. The skid pallet according to one of the previous claims, characterised in that
   the pallet bottom (33) and the pallet base (41) are made of plastic.
4. The skid pallet according to claim 3,
   characterised in that
   the skid bridge (43) is provided with a reinforcement insert for stiffening the pallet bottom.
5. The skid pallet according to claim 4,
   characterised in that
   the reinforcement insert consists of a bottom cross member (42), which is preferably made of metal and which is arranged on a support surface (53) of the skid bridge (43), which connects the outer skids (36, 37) to one another and which faces a bottom side (50) of the pallet bottom (33).
6. The skid pallet according to claim 5,
   characterised in that
   for relative positioning, the bottom cross member (42) is positively connected to the skid bridge (43) and is form-fit connected to the pallet bottom (33) for stiffening the pallet bottom.
7. The skid pallet according to one of the previous claims,
   characterised in that
   the recesses (52), which are embodied in the support feet (44, 46, 47, 49) of the pallet base (41), are provided with a bottom wall (68) for embodying a bearing surface of the support feet.
8. The skid pallet according to one of the previous claims,
   characterised in that
   the corner feet (49) of the pallet base (41) have a larger length than the centre feet (44) of the pallet base while having the same width B as the centre feet.
9. The skid pallet according to one of the previous claims,
   characterised in that
   the pallet bottom (33) comprises a centre section (70) and a front and rear edge section (72, 73), wherein longitudinal seams (71) are embodied in a rest-on surface in the centre section, and cross seams (74), which run parallel to the edges of the pallet bottom, are embodied in the edge sections, wherein, for establishing an increased stiffness, the cross-sectional height of the cross seams is embodied so as to be larger than the cross-sectional height of the longitudinal seams and a corresponding projecting height of the cross seams opposite to the bottom side of the centre section is embodied.
10. The skid pallet according to claim 9,
    characterised in that
    the projecting height is dimensioned such that it corresponds to the distance of the support surface (53) of the skid bridge (43) from the bottom side (50).
11. The skid pallet according to one of the previous claims,
    characterised in that
    the centre skid (35) comprises a skid base (45), which connects the support feet (44, 46, 47) of the centre skid to one another and the height of which is embodied so as to be smaller than the height of the skid base which connects the support feet of the outer skids (36, 37) to one another.
12. A transport and storage container (20) for liquids, which is equipped with an inner container (21) made of plastic, having a closable filling neck (29) and a draining neck (31) for connecting a tapping armature (32) as well as an outer jacket (38) made of a metal grid or sheet metal, wherein the inner container and the outer jacket are arranged on a pallet bottom (33) of a skid pallet (34) according to one or more of the claims 1 to 11.

Images