Media transport device and transport box

Abstract

The invention relates to a media transport device (1) comprising a transport box (2), which can be configured into a presentation position (II) and a transport position, and at least one screen (3), which is completely enclosed by the transport box (2) in the transport position, has a front face designed to reproduce image contents and can be moved vertically on the transport box (2) between a first height position and a second height position. The transport box (2) has a front panel (4) which covers the screen (3) in the transport position. According to the invention, the front panel (4) is divided into a first sub-panel (4a) and a second sub-panel (4b) hingedly connected to the first sub-panel (4a). The first sub-panel (4a) has a first outer surface (5a) on the face facing away from the screen (3) in the transport position (I), and the second sub-panel (4b) has a second outer surface (5b) on the face facing away from the screen (3) in the transport position (I), said outer surfaces extending in particular on one plane in the transport position (I). The first outer surface (5a) and the second outer surface (5b) face each other in the presentation position (II) and are oriented in particular such that the surfaces are parallel to each other.

Description

[0001] Media transport device and transport box

[0002] Description:

[0003] The invention relates to a media transport device comprising a transport box configurable in a presentation position and a transport position, and at least one screen completely enclosed by the transport box in the transport position, which screen has a front side configured for displaying image content and is movable on the transport box in a vertical direction between a first vertical position and a second vertical position. The transport box has a front panel that covers the screen in the transport position. The invention also relates to a transport box suitable for this purpose.

[0004] Screens are often used as part of media installations to display visual content. This can include information in the form of moving images and / or static content. Such media installations are frequently used for presentations such as lectures, exhibitions, or trade fairs. In scenarios that are not limited to a fixed location, it is difficult to transport the media installation, especially the screen, safely before and after use and prevent damage. On the other hand, a stable and visually appealing presentation at the installation site is also desirable.

[0005] The requirements applicable to these two aspects differ greatly from one another. During transport, it is important, on the one hand, to protect the sensitive and high-quality screens from damage. At the same time, these protective devices should not be visible at the site of use and should not create a negative, visually disturbing impression. In the past, this was done by shipping screens or entire media arrangements in special transport packaging over long distances - i.e., in particular from one site to another - and then setting them up separately at the destination for presentation purposes. However, conventional media furniture that allows screens to be moved over short distances - for example, within a building - is not suitable for longer transport because it cannot provide adequate protection against damage.

[0006] This has always required separate packaging for shipping or transport, as well as dedicated display furniture or mounts for later use. In addition to the effort involved in reconfiguring, this resulted in additional space required for the unused equipment.

[0007] Against this background, the invention is based on the object of providing a media transport arrangement that is equally suitable for the transport and use—i.e., the presentation—of a screen or an entire media arrangement. The subject matter of the invention and the solution to this object are a media transport arrangement according to claim 1. Preferred embodiments are specified in the dependent subclaims.

[0008] Based on the generic media transport arrangement, the invention provides that the front panel is divided into a first partial panel and a second partial panel that is pivotally connected to the first partial panel. The first partial panel has a first outer surface, which in the transport position is arranged on the side facing away from the screen. The second partial panel has a second outer surface, which in the transport position is also arranged on the side facing away from the screen. The first outer surface and the second outer surface extend in particular in one plane in the transport position. The invention further provides that the first outer surface and the second outer surface face one another in the presentation position and are aligned in particular with their surfaces parallel.

[0009] This inventive arrangement makes it possible for the front panel, in the transport position, to be oriented with the first outer surface and the second outer surface towards the environment. This is therefore exposed to external influences and possible damage. To reach the presentation position, the first partial panel and the second partial panel are pivoted towards one another such that the first outer surface and the second outer surface face one another. The outer surfaces are thus at least partially concealed from one another, so that any transport traces and damage are not visible to the viewer. Instead, the environment - and thus a viewer - is presented with a first inner side of the first partial panel and / or a second inner side of the second partial panel, which, however, are located on the (inner) side facing the screen in the transport position and therefore cannot be damaged during transport.The foldable division of the front panel allows for space-saving packaging of the screen that is visually appealing in the presentation position and robust in the transport position.

[0010] The front panel is arranged in particular in front of the screen, preferably completely covering the screen in the transport position and releasing it, i.e., not covering it, in the presentation position. For this purpose, the front panel is preferably arranged completely below the screen in the presentation position - with the two partial panels folded together. The screen is preferably connected to the transport box and, at the same time, is movably guided (and lockable) on it. This allows it to be moved between the first height position and the second height position. Alternatively, the screen can also be detachably attached to the transport box in several positions (at least the first height position and the second height position).

[0011] In particular, the screen assumes the first height position in the transport position, in which it is completely enclosed by the transport box. In contrast, the second height position is expediently shifted upwards. The screen can assume this position, in particular, in the presentation position of the transport box. Particularly preferably, the screen in the second height position projects upwards beyond the dimensions of the transport box – this includes, in particular, the convex shell of the transport box in the transport position. In other words, in the presentation position, the screen projects beyond the volume enclosed by the transport box in the transport position.

[0012] Preferably, the front of the screen extends at least partially—in particular substantially completely—perpendicular to a so-called presentation direction. This describes the main direction in which the image content is displayed. In particular, the screen is a flat screen, which may also be slightly curved, as a so-called curved monitor.

[0013] Particularly preferably, the front panel (i.e., both the first sub-panel and the second sub-panel) extends perpendicular to the presentation direction—i.e., approximately parallel to the screen—both in the transport position and in the presentation position. Conveniently, the sub-panels pivot away from the screen—i.e., outward—for opening.

[0014] Preferably, the screen and / or a computer connected to the screen is connected to an input device and / or is provided with an input device. This enables direct user interaction. For example, the screen can be designed as a touch display to directly influence the displayed image content.

[0015] In particular, the media arrangement can be used as a mobile workstation, which can be easily and safely moved to a designated location. The presentation position can therefore also be referred to as a working position.

[0016] The vertical direction in which the screen can be adjusted on the transport box – in particular linearly – preferably, but not necessarily, perpendicular to the presentation direction. Thus, the screen is essentially adjusted in the plane of its front side between the first height position and the second height position.

[0017] According to a preferred embodiment of the invention, the screen is moved on the transport box along a positive guide, particularly a linear one. This clearly defines the path of movement between the first position and the second height position.

[0018] According to a particularly preferred embodiment, the screen of a transport box can be displaced by a manually operated and / or electric motor drive. In particular, the position of the screen in the first height position and / or the second height position can be locked and / or fixed by the self-locking mechanism of a drive.

[0019] Particularly preferably, the drive is controllable via a control element or a remote control. The remote control can be designed as a separate control unit that communicates wirelessly with the drive and can be stored within the body. Alternatively or additionally, at least one control element can be arranged inside the body; this can then be hidden from external access by closing the body. Furthermore, it is conceivable to arrange a control element on an outwardly folding partial panel, so that it is accessible when the corresponding panel on the outside is opened.

[0020] Preferably, the division of the front panel is aligned in a transverse direction perpendicular to the height direction and, if applicable, the presentation direction. The front panel or the first sub-panel or the second sub-panel is essentially flat - i.e., with a slight thickness compared to its other dimensions - and extends in the transverse direction and a vertical direction. The panels each have a width measured in the transverse direction and a height measured in the vertical direction, which are each greater, in particular at least a factor of ten greater, than the thickness measured in a depth direction perpendicular to the vertical direction and the transverse direction.

[0021] The depth direction, vertical direction, and transverse direction form a Cartesian, i.e., rectangular, coordinate system. The vertical direction in which the screen moves on the transport box is preferably, but not necessarily, identical to the vertical direction. Within the scope of the invention, it is also conceivable for the screen to be transported vertically at a slight angle (e.g., in the vertical and depth directions), which, when positioned between the first and second height positions, also causes a displacement in the depth direction, particularly backwards, opposite to the presentation direction.

[0022] Likewise, the presentation direction is preferably, but not necessarily, aligned parallel to the depth direction. According to a particularly preferred embodiment, the front of the screen extends substantially completely perpendicular to the presentation direction. On the other hand, the invention does not exclude curved screen types.

[0023] The general shape of the media transport device in the transport position is preferably cuboid-shaped, with a width measured in the transverse direction that is greater than the height measured in the transverse direction, which in turn is greater than the depth measured in the depth direction. The cuboid shape enables efficient use of space during transport and storage. In the second height position—while the transport box assumes the presentation position—the screen protrudes beyond the cuboid shape, which describes the convex hull of the media transport arrangement in the transport position.

[0024] According to a preferred embodiment of the invention, the first outer surface and the second outer surface lie flat against each other in the presentation position. This achieves a particularly space-saving configuration with maximum coverage of the outer surfaces.

[0025] The transport box is preferably configured to have movable and fixed sub-panels. Preferably, the second front panel, particularly the lower one in the vertical direction, is rigidly connected to a base area of ​​the transport box—and in particular to the screen holder. Accordingly, the upper, first sub-panel is designed to be foldable and reverses its orientation when folded between the transport position and the presentation position.

[0026] According to a particularly preferred embodiment, the transport box forms a lower region in the form of a tub-shaped body, which consists of rigid, i.e., in particular, non-movable or foldable elements. In particular, the front region of the body is formed by the second partial panel.

[0027] Preferably, a decorative and / or insulating layer is arranged on the inside of the transport box, in particular within the body. This can be a fiber material, in particular. The decorative and / or insulating layer is designed, in particular, for acoustic insulation in the transport and / or display position. It can also be used as a design element in the display position. The decorative and / or insulating layer preferably extends over at least 90% of the area of ​​an associated panel.

[0028] Electrical devices connected to the screen are preferably arranged within the body. These can, in particular, be a power supply and power distribution system, which particularly preferably comprises a power distribution system and an uninterruptible power supply (UPS).

[0029] Furthermore, at least one media player and / or computer can be arranged in the body, which provides the image content displayed on the screen. Furthermore, the transport box, particularly the body, can also accommodate communication devices such as network components (switches, routers, access points, hotspots) or mobile radio base stations, particularly those of a campus network.

[0030] Preferably, the body is closed at the top in the display position. In a preferred embodiment, a cover plate can be placed on the body for this purpose. This cover plate has, in particular, recesses and / or openings for connecting cables to the screen and / or a mechanism acting on the screen—in particular, a vertical guide.

[0031] The cover plate is particularly preferably designed to be lockable and / or bolted. This allows components located within the cabinet—for example, electronic equipment—to be protected from external access. It is also possible to store any other valuables safely within the cabinet.

[0032] Locking is preferably achieved via a mechanical lock, which is accessible from the outside when the cabinet is closed. The mechanical lock can be located, in particular, in the cover plate and / or a side panel of the cabinet.

[0033] Alternatively or additionally, a remote-operated lock, particularly one that is invisible, can be provided. This can be a magnetic locking mechanism. This is particularly designed to activate or deactivate a locking mechanism through the action of a strong magnetic field pulsed or directed in a specific direction, which can prevent movement of the cover plate. Alternatively or additionally, the locking mechanism can also be implemented by remote control, particularly computer-controlled (e.g., via an app).

[0034] The cover plate is expediently constructed from several segments. This makes it possible to provide a cover plate that extends beyond the interior dimensions of the transport box in the transport position. This plate can still be carried inside the transport box when disassembled for transport.

[0035] Preferably, at least one segment can be inserted onto the upper side of the body. The segments are particularly designed so that they are mutually held by a positive fit. For example, two outer segments are inserted onto the upper side of the body and held in place by a partial positive fit with a third, middle segment.

[0036] According to a particularly preferred embodiment, the middle segment is permanently connected to the transport box. This is preferably mounted in a foldable manner—e.g., on a rear panel—and can thus be pivoted downward into a locking position, in which it positively secures at least one other segment.

[0037] According to a preferred embodiment of the invention, the transport box is enclosed on all sides in the transport position and is particularly splash-proof. For this purpose, seals are preferably provided at the transitions between adjoining partial panels or front panels and side panels. Additionally, mechanical overhangs can be provided to prevent water penetration. Particularly preferably, the transport box in the transport position has no separate openings and / or apertures through which the interior is accessible. Particularly preferably, no drawers are provided.

[0038] Conveniently, the closed body is sealed on all sides and splash-proof even in the presentation position. This provides particularly effective protection for the integrated electronics.

[0039] According to a particularly preferred embodiment, the first partial panel is arranged vertically above the second partial panel in the transport position and has a first height measured in the vertical direction. Furthermore, the second partial panel has a second height measured in the vertical direction, which is between 75% and 125%, in particular between 90% and 105% of the first height. As a result, the first partial panel can essentially completely cover the second partial panel in the presentation position.

[0040] According to a particularly preferred embodiment, the first height is at least as large as the second height, so that the first partial panel, when folded downwards, completely covers the second partial panel. Most preferably, the first height is larger, so that the first partial panel protrudes downwards beyond the second partial panel and thus additionally covers any supporting elements protruding from the underside, such as feet and / or transport wheels, in the transport position. At the same time, sufficient ground clearance is enabled during transport.

[0041] According to a preferred embodiment, at least one foldable, divided side panel is formed in a transverse direction next to the screen, comprising an upper partial side panel and a lower partial side panel pivotally connected to the upper partial side panel. This also allows a configuration according to the invention in the area of ​​the side panel in a robust transport position and optionally in a visually appealing presentation position. Particularly preferably, foldable, divided side panels are formed on both sides next to the screen.

[0042] Preferably, the lower partial side panel of at least one side panel is rigidly connected to the second partial panel. Preferably, all or both lower partial side panels each form a lateral boundary of a body of the transport box.

[0043] Particularly preferably, the front panel and the at least one side panel, in particular all side panels, are divided in a common horizontal plane. This allows for a smooth downward folding in the presentation position, creating a uniform appearance as a tub-shaped body.

[0044] Furthermore, a rear panel is preferably arranged behind the screen—that is, particularly viewed along the depth direction or the presentation direction—which is non-foldable and, in particular, is designed to be continuous. The rear panel serves to stabilize the transport box and can, in particular, also be connected to a height guide for the screen.

[0045] According to a first preferred embodiment, it is conceivable for the rear panel to be guided linearly along the transport box, whereby it can be moved together with the screen between the first height position and the second height position. The rear panel thus offers a mounting option for the screen and can simultaneously serve as a visual background during presentations.

[0046] According to an alternative preferred embodiment, the rear panel is an immovable component of the transport box and in particular partially forms the rear boundary of a tub-like body.

[0047] Preferably, a pivoting lid is attached to the rear panel, which, in the transport position, is aligned perpendicular to the rear panel and positioned above the screen. The position of the lid in the transport position forms a first end position. Preferably, the lid can be pivoted into a second end position for the display position.

[0048] According to a first preferred embodiment, the second end position is designed such that the cover is arranged parallel to the surface and, in particular, flush with the rear panel. It thus forms a common rear wall, which can serve as a background for the screen and, if necessary, for attaching additional devices.

[0049] According to a further preferred embodiment, the cover can also be pivoted backward by approximately 270°, so that its upper side rests directly against the outer side of the rear panel. This allows it to be completely removed from the viewer's field of vision.

[0050] According to a particularly preferred embodiment of the invention, the folding movement of the lid is coupled to the lifting movement of the screen. This can be achieved, in particular, mechanically or electromechanically. The coupling is expediently designed such that the lid assumes the first end position when the screen is in the first height position and assumes the second end position when the screen is in the second height position.

[0051] The lid can also be designed to be removable. It can also be inserted into the lower part of the transport box – the body – for storage purposes.

[0052] The front panel, the rear panel, and, if applicable, the side panels and the lid are each preferably constructed from furniture boards with a thickness between 14 mm and 28 mm. These can be made from MDF, laminated wood, or plywood elements.

[0053] Pivoting panels or partial panels are particularly preferably connected to each other by concealed hinges. These hinges do not protrude beyond the front surfaces of the panels—in particular, the front panel, the (side) partial panels, or the cover—in the intended pivoting positions.

[0054] According to a preferred embodiment of the invention, the media transport assembly, in the transport position, has at least one edge protector that spans several panels to secure the edges and / or corners formed at the transitions between adjacent panels. This provides additional protection for the transport box during transport or storage. The edge protector preferably has at least one angled protective strip, particularly made of a metal or hard plastic material. This serves to protect against mechanical wear.

[0055] Particularly preferably, the edge protection comprises at least one elastic outer layer, in particular made of a permanently elastic material, e.g. natural or synthetic rubber, elastomers and / or TPU.

[0056] Particularly preferably, the edge protection is detachably attached to the transport box. For this purpose, it is conceivable, for example, for the protective strip to have at least one locking projection that is held to the transport box in a form-fitting and / or force-fitting manner.

[0057] According to a preferred embodiment, the edge protector is releasably held to the transport box by at least one magnet arrangement. For this purpose, it can be provided, for example, that the edge protector contains a ferromagnetic material and interacts with a magnet arrangement formed on the transport box with at least one permanent magnet. Alternatively or additionally, it is conceivable for a magnet arrangement with at least one permanent magnet to be formed in the edge protector.

[0058] Preferably, at least one magnet arrangement is arranged along one edge of the front panel. This position allows for optimal connection to edge protection. A magnet arrangement arranged in a corner of the transport box can also be used to align several similar transport boxes during transport and / or presentation.

[0059] According to a particularly preferred embodiment, the magnet arrangement comprises a plurality of permanent magnets. These are arranged in such a way that a weaker magnetic flux is generated inside the transport box than outside. In particular, a correspondingly arranged Halbach array is formed. This prevents interference with the electronics located inside the transport box.

[0060] According to a particularly preferred embodiment, a magnet arrangement formed along one edge of the front panel is constructed in two parts. This arrangement is such that the first and second parts rest on one another in the presentation position, attracting each other. This weakens or completely eliminates the external overall magnetic field. At the same time, the folded-down partial panel is secured.

[0061] A further aspect of the invention relates to a transport box, which is particularly suitable for a previously described media transport arrangement. This is configurable in a presentation position (II) and a transport position (I) and has at least one mount for a screen that is completely enclosed by the transport box in the transport position. This can, in particular, be a standardized VESA mount. The mount is movable in a vertical direction between at least a first height position and a second height position. The transport box further has a front panel.

[0062] According to the invention, the front panel is divided into a first sub-panel and a second sub-panel hingedly connected to the first sub-panel. The first sub-panel has a first outer surface, and the second sub-panel has a second outer surface. The first outer surface and the second outer surface extend in a plane in the transport position and face each other and are aligned parallel to each other in the presentation position.

[0063] The invention is explained below with reference to figures illustrating only one exemplary embodiment. These schematically show:

[0064] Fig. 1A shows a first embodiment of a media transport arrangement according to the invention in a perspective view of a transport position

[0065] Fig. 1 B shows the view according to Fig. 1 A in an intermediate position,

[0066] Fig. 1 C shows the representation according to Figures 1A and 1 B in a

[0067] Presentation position and

[0068] Fig. 2 shows another intermediate position in an alternative

[0069] Embodiment.

[0070] Figures 1A to 1C each show a perspective view of a media transport assembly 1 according to the invention according to a first embodiment in different configurations. Figure 1A shows the transport box 2 belonging to the media transport assembly 1 in a transport position I.

[0071] In the transport position I, the transport box 2 forms a cuboid-shaped box which extends in a depth direction x over a depth T, in a transverse direction y perpendicular thereto over a width B and in a vertical direction z perpendicular thereto over a height H. The height H is greater than the depth T but smaller than the width B, resulting in an overall cuboid-shaped external appearance.

[0072] In the transport position I shown in Fig. 1A, the transport box 2 is closed and completely encloses a screen 3, so that the screen is not visible, in contrast to Figures 1B and 1C. There, it can be seen that the screen has a front side 3a configured to display image content and is movable on the transport box 2 in a height direction s parallel to the vertical direction z between the first height position shown in Fig. 1B and a second height position shown in Fig. 1C. The screen 3 also assumes the first height position in the transport position I.

[0073] The transport box 2 has a front panel 4 which covers the screen in the transport position I - ie viewed along a presentation direction P to which the screen front 3a extends perpendicularly, the front panel 4 completely covers the outlines of the screen 3.

[0074] According to the invention, the front panel 4 is divided into an upper first sub-panel 4a and a second sub-panel 4b hingedly connected to the first sub-panel 4a. The first sub-panel 4a has a first outer surface 5a, which, in the transport position I, is arranged on the side facing away from the screen 3. Similarly, the second sub-panel 4b has a second outer surface 5b, which, in the transport position I, is also arranged on the side facing away from the screen 3.

[0075] The first outer surface 5a and the second outer surface 5b also extend in a common plane in the transport position I. Furthermore, the invention provides that the first outer surface 5a and the second outer surface 5b face each other and are aligned parallel to each other in the presentation position II. This is illustrated in Fig. 1C. According to the preferred embodiment shown, the first outer surface 5a and the second surface 5b lie flat against each other.

[0076] As can be seen in particular from Fig. 1A, the first partial panel 4a is arranged above the second partial panel 4b in the vertical direction z in the transport position I. The first partial panel 4a has a first height hi, which in the embodiment shown is slightly greater than the second height h2 of the second partial panel 4b, which is also measured in the vertical direction z.

[0077] Fig. 1B shows an intermediate position during the transition between transport position I and presentation position II. It can be seen that the first sub-panel 4a and the second sub-panel 4b are pivotally connected to each other at the connecting edge. In the illustrated embodiment, the second sub-panel 4b is a fixed component of the transport box 2, while the mobility is limited to a pivoting movement of the first sub-panel 4a relative to the lower sub-panel 4b.

[0078] The second subpanel 4b forms the front section of a tub-shaped body 6, which forms the lower half of the transport box—both in transport position I and in presentation position II. In presentation position II, the body 6 is covered by a cover plate 7. In the illustrated embodiment, the cover plate 7 projects beyond the body 6 in the transverse direction y and the depth direction x.

[0079] The body 6 serves as a receptacle for the electrical supply of the screen 3 via a multiple socket (not shown) as well as a media playback device (also not shown) for providing image content on the screen 3.

[0080] To enable storage of the display in the transport position I within the body 6, as shown in Fig. 1B, the cover plate 7 is divided into several segments. In the presentation position II, it also has openings for accommodating a lifting mechanism for the display 3 and for cable connections.

[0081] In the illustrated embodiment, electrical devices connected to the screen 3 are arranged within the body 6. This particularly involves a power supply and power distribution system, which particularly preferably comprises a power distribution system and an uninterruptible power supply (UPS). Furthermore, at least one media player or computer is arranged in the body 6, which provides the image content displayed on the screen 3. Furthermore, it can be provided to provide communication devices such as network components (switches, routers, access points, hotspots) or mobile radio base stations, in particular of a campus network, in the transport box 2, in particular in the body 6.

[0082] Furthermore, it can be seen in particular from Fig. 1 B that in the transverse direction y next to the screen 3, a divided side panel 8 is formed on both sides, each with an upper partial side panel 8a and a lower partial side panel 8b pivotally connected to the upper partial side panel 8a. Within the scope of the invention, the side panels 8 are pivoted between a transport position I and the presentation position II, analogous to the front panel 4. This ensures an attractive appearance from three sides in presentation mode. In the context of the illustrated embodiment of the invention, a handle 10 is formed in the area of ​​the lower partial side panels 8b and is flush with the outer surface 9 of the side panel 8. This makes it easily accessible in the transport position I.Since the lower partial side panels 8b form part of the rigid body 6, an optimal force introduction is also ensured at the fixed structure of the transport box 2, close to the height of the center of gravity of the media transport arrangement 1 and, moreover, also adjacent to the transport rollers 11 projecting from the underside.

[0083] In the presentation position II shown in Fig. 1C, the part of the outer surface 9 formed by the upper partial side panel 8a is folded down onto the lower partial side panel 8b so that it rests flat against that area of ​​the outer surface 9. In this state, the handle 10 is covered by the upper partial side panel and is invisible in the presentation position II.

[0084] In the illustrated embodiment, the front panel 4 and the side panels 8 are divided in a common horizontal plane (perpendicular to the vertical direction z). This allows them to form a support surface for the cover plate 7.

[0085] Furthermore, in the illustrated embodiment, a rear panel 12 is arranged behind the screen 3. This panel is non-foldable and is designed to be continuous. The lower area of ​​the rear panel 12 also forms the rear wall of the body 6.

[0086] Furthermore, a cover 13 pivots about an axis extending in the transverse direction y and is connected to the rear panel 12. In the transport position I, the cover 13 is in a first end position, in which it is aligned horizontally—i.e., at right angles to the rear panel 12—and is located above the screen 3. In the presentation position II, the cover 13 is in a second end position, in which it is parallel and flush with the rear panel 12. The cover 13 and the rear panel 12 thus form a uniform background for the screen 3 during presentation mode.

[0087] In particular, Fig. 1A also shows that locking fittings 14 are arranged at the transition between the cover 13 and the first partial panel 4a or the upper partial side panels 8a to secure the media transport arrangement in the transport position. These can be folded away invisibly behind the cover 13 in the presentation position II.

[0088] The engagement eyelets arranged on the outer surfaces of the first partial panel 4a or the upper partial side panel 8a can, in the presentation position II, alternatively be accommodated in locking receptacles of the lower body 6 or, in the case of downwardly projecting foldable panels, protrude below the body 6.

[0089] In the exemplary embodiment, the screen 3 is electromechanically adjustable in the height direction s. This lifting movement is controlled by a control unit 15 located on the inside of an upper partial side panel 8a. This makes this control element accessible from the outside. Alternatively, it could also be concealed within the body 6.

[0090] In the embodiment shown in Fig. 1B, the cover plate 7 is formed from several loose sub-plates 7a, 7b. These are placed on the body 6 for assembly, as shown in Fig. 1C, so that they encompass the vertical guide 16 of the screen 3.

[0091] In the embodiment according to Fig. 2, additional protection is provided for the contents of the body 6: The outer partial panels 7b rest on the body 6 and are initially movable in the transverse direction y. U-shaped recesses 17a are formed on the narrow sides to engage around the vertical guides 16. In addition, profile strips 17b with a receiving groove are arranged on the underside of the outer partial panels 7b. These protrude into the mounting area of ​​the middle partial panel 7a. To lock the outer partial panels 7b - both in the horizontal plane x / y and in the vertical direction z - the middle partial panel 7a rests on the top side of the profile strips 17b in the presentation position and engages in the receiving grooves with a profile projection 17c. By securing the middle partial panel 7a, the body 6 is thus closed.

[0092] Additionally, the embodiment shown in Fig. 2 provides that the central sub-panel 7a is pivotally mounted on the rear panel 12 about a pivot axis running parallel to the transverse direction y. In the transport position I, the central sub-panel 7a is pivoted into an upright position—approximately perpendicular to the presentation direction P. In the presentation position II, the central sub-panel 7a forms a pivotable lid for the body 6 in the manner of a chest. This lid can be locked, for example, by a lock on its front.

Claims

Patent claims:

1. Media transport arrangement (1) with a transport box (2) that can be configured in a presentation position (II) and a transport position (I), and at least one screen (3) that is completely enclosed by the transport box (2) in the transport position (I), which screen has a front side configured to display image content and is movable on the transport box (2) in a height direction between at least a first height position, which the screen (3) assumes in the transport position (I), and a second height position, wherein the transport box (2) has a front panel that covers the screen (3) in the transport position (I), characterized in that the front panel (4) is divided into a first partial panel (4a) and a second partial panel (4b) that is articulated to the first partial panel (4a),that the first partial panel (4a) has a first outer surface (5a) arranged in the transport position (I) on the side facing away from the screen (3), and the second partial panel (4b) has a second outer surface (5b) arranged in the transport position (I) on the side facing away from the screen (3), which extend in the transport position (I) in particular in one plane, and that the first outer surface (5a) and the second outer surface (5b) face each other in the presentation position (II) and are aligned in particular with their surfaces parallel.

2. Media transport arrangement (1) according to claim 1, characterized in that the first outer surface (5a) and the second outer surface (5b) lie flat against one another in the presentation position (II).

3. Media transport arrangement (1) according to one of claims 1 or 2, characterized in that the first partial panel (4a) is arranged in the transport position (I) in a vertical direction above the second partial panel (4b) and has a first height (h) measured in the vertical direction and that the second partial panel (4b) has a second height (h2) measured in the vertical direction which is between 75% and 125%, in particular between 90% and 105% of the first height.

4. Media transport arrangement (1) according to claim 3, characterized in that the first height (hi) is at least as large as the second height (h2), in particular is greater than the second height (h2).

5. Media transport arrangement (1) according to one of claims 1 to 4, characterized in that in a transverse direction (y) next to the screen (3) at least one foldably divided side panel (8) is formed with an upper partial side panel (8a) and a lower partial side panel (8b) pivotally connected to the upper partial side panel (8a).

6. Media transport arrangement (1) according to claim 5, characterized in that the front panel (4) and the at least one side panel (8) are divided in a common horizontal plane.

7. Media transport arrangement (1) according to one of claims 1 to 6, characterized in that a rear panel (12) is arranged behind the screen (3), which panel is not foldable and in particular is designed to be continuous.

8. Media transport arrangement (1) according to claim 7, characterized in that a cover (13) pivotably adjoins the rear panel (12), which in the transport position (I) is aligned at right angles to the rear panel (12) and is arranged above the screen (3).

9. Media transport arrangement (1) according to claim 8, characterized in that the folding movement of the cover (13) is coupled to the lifting movement of the screen (3).

10. Transport box (2), in particular for a media transport arrangement (1) according to one of claims 1 to 9, which is configurable in a presentation position (II) and a transport position (I) and has at least one receptacle for a screen (3) which is completely enclosed by the transport box (2) in the transport position (I), which is movable in a height direction between at least a first height position and a second height position, wherein the transport box (2) has a front panel, characterized in that the front panel (4) is divided into a first partial panel (4a) and a second partial panel (4b) which is articulated to the first partial panel (4a), that the first partial panel (4a) has a first outer surface (5a) and the second partial panel (4b) has a second outer surface (5b), which extend in the transport position (I) in particular in one plane,and that the first outer surface (5a) and the second outer surface (5b) face each other in the presentation position (II) and are in particular aligned parallel to each other.

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