EP2543352B1 - Medical supply device - Google Patents

Description

The invention relates to a medical supply device for the provision of supply media, in particular of medical gases and / or electricity, which is intended to be mounted on a wall region with supply lines of the supply media. Furthermore, the invention relates to an elongated vertical element of such a supply device.

Such a supply device is known from the field of equipping patient rooms in hospitals. In practice, the installation or installation of such utilities has proven to be relatively complex.

From the EP 2 177 682 A2 is a modular room system known in the medical care sector. The system includes vertical column elements with sockets and gas outlets. The latter are connected to corresponding supply lines for gases and for electricity. To connect the supply lines to the corresponding room-side supply lines, a power distribution box and T-shaped fittings for the gases are provided.

From the DE 2 152 916 A1 a central unit for hospital rooms is known which has electrical lines and gas lines. The unit includes vertical side panels with sockets and gas outlets. For connection to the room-side supply lines, an electrical connection box is provided.

The invention has for its object to provide a corresponding improved supply device or a correspondingly improved vertical element for such a supply device; In particular, the utility should be particularly easy to install and adapt to different room conditions.

This object is achieved according to the invention with the objects mentioned in the independent claim 1. Particular embodiments of the invention are indicated in the dependent claims.

According to the invention, a medical supply device is provided for the provision of supply media, in particular of medical gases and / or electricity, which is intended to be mounted on a wall region with supply lines of the supply media. The supply device has a first vertical element, which is elongated and which is intended to be mounted vertically, wherein the first vertical element has at least one first connection element for at least one of the supply media; Farther the supply device has a second vertical element, which is elongate and which is intended to be mounted vertically and thereby at a horizontal distance from the first vertical element, wherein the second vertical element has at least one second connection element for at least one of the supply media. Furthermore, the supply device has at least one first line for conducting at least one of the supply media, which is conductively connected to the at least one first connection element, and at least one second line for conducting at least one of the supply media, which is conductively connected to the at least one second connection element. In addition, the supply device has a supply and distribution unit which has means for a conductive connection between the supply lines on the one hand and the at least one first line and the at least one second line on the other.

To connect the lines to the supply lines in the context of installation or installation of the supply device in the room, which has the relevant wall, the lines must be connected only at one point, namely at the supply and distribution unit with the supply lines accordingly. In particular, it is not necessary that for each of the vertical elements separate supply lines are provided at appropriately suitable locations. The effort for assembly and installation of the supply device is thereby significantly reduced.

The feed and distribution unit preferably has a sub-distributor, in particular a jumper distributor. According to the invention, the feed and distribution unit is part of the first vertical element. In this case, the at least one first line can be connected to the supply and distribution unit already before the installation of the supply device on site, so that the installation is further facilitated.

Preferably, the supply device further comprises a cross-connection element which is arranged to connect an upper region of the first vertical element to an upper region of the second vertical element. The cross-connection element allows an advantageous lamination of that Part of the lines extending between the two vertical elements. As a result, in particular the at least one second line between the two vertical elements can be concealed in a simple manner. Also, if necessary, the feed and distribution unit can be laminated by the cross-connection element if the supply lines extend at a corresponding point into the relevant room.

Preferably, the cross-connection element has at least one light. Due to the arrangement of the cross-connection element in an upper region between the two vertical elements, the arrangement of at least one luminaire on or in the cross-connection element is particularly well suited. In particular, the at least one luminaire can have a reading light with a predominantly downward or downward oblique light output and / or a room luminaire with a predominantly horizontal or obliquely upward light output. In this case, the room lamp preferably has a reflector which serves to asymmetrically direct a light generated by a luminous means of the room lamp upwards or obliquely upwards.

The first vertical element preferably has two vertical support elements and at least one cladding element which is connected to one of the two support elements or to both support elements. As a result, a simple, variable to design and thereby stable construction allows. If the cladding element is connected via a latching connection with the support element or with the support elements, a particularly simple assembly is made possible.

Advantageously, the at least one first connection element is fastened to one of the two support elements or to both support elements, but not to the cladding element. This makes it possible to reduce the risk that the cladding element is unintentionally released from the support elements by a manipulation on the at least one first connection element.

The first or second vertical element preferably has at least one Rammschutzelement to reduce the risk of damage to the vertical element, for example by a hospital bed, wherein the Rammschutzelement is preferably formed by a separate profile element.

In a lower region of the first and second vertical element, a luminaire is preferably arranged which is designed to emit light downward or obliquely downward. By such a lamp can be particularly advantageous to realize a subtle lighting of the room, for example, as a night or orientation light.

Fig. 1

eine perspektivische Skizze eines Ausführungsbeispiels einer erfindungsgemäßen medizinischen Versorgungseinrichtung,

Fig. 2

eine Ansicht eines Ausführungsbeispiels einer Einspeise- und Verteilereinheit der Versorgungseinrichtung,

Fig. 3

einen Horizontalschnitt durch ein erstes bzw. zweites Vertikalelement der Versorgungseinrichtung,

Fig. 4

eine Frontansicht der Versorgungseinrichtung,

Fig. 5

einen Schnitt längs der Linie B - B aus Fig. 4,

Fig. 6

eine Detailansicht aus Fig. 5 im Bereich der Leuchten,

Fig. 7

einen Horizontalschnitt längs der Linie A - A aus Fig. 4,

Fig. 8

eine Detailansicht aus Fig. 7 im Bereich des zweiten Vertikalelements,

Fig. 9

eine Rückansicht der Stützelemente der Versorgungseinrichtung,

Fig. 10

einen Horizontalschnitt eines Vertikalelements im Bereich eines Rammschutzelements und

Fig. 11

einen Ausschnitt aus einer Frontansicht eines Vertikalelements mit einem Rammschutzelement.

The invention is explained in more detail below with reference to exemplary embodiments and with reference to the drawings. Show it:

Fig. 1

a perspective sketch of an embodiment of a medical supply device according to the invention,

Fig. 2

a view of an embodiment of a supply and distribution unit of the supply device,

Fig. 3

a horizontal section through a first and second vertical element of the supply device,

Fig. 4

a front view of the supply device,

Fig. 5

a section along the line B - B from Fig. 4 .

Fig. 6

a detailed view Fig. 5 in the field of lights,

Fig. 7

a horizontal section along the line A - A from Fig. 4 .

Fig. 8

a detailed view Fig. 7 in the region of the second vertical element,

Fig. 9

a rear view of the support elements of the supply device,

Fig. 10

a horizontal section of a vertical element in the region of a Rammschutzelements and

Fig. 11

a section of a front view of a vertical element with a Rammschutzelement.

In Fig. 1 an embodiment of a medical supply device according to the invention is sketched in perspective. The supply device is designed to provide supply media, in particular of medical gases and / or electricity. In particular, the supply device may be designed to be installed or installed in a patient room of a hospital. In Fig. 1 is the view from above obliquely on the "front" of the supply device shown, so on the side that is seen in the assembled state of a person in the room in question.

The gases may, for example, be compressed air and / or oxygen. The current may be high current and / or low current. The weak current can be provided to provide signals, for example, for a transmission of video and / or Femsehinformationen and / or for telephoning u. s. w.

The supply device is intended to be connected to a (in Fig. 1 not shown) wall area with (also not shown) supply lines of the supply media to be mounted. Typically, in a patient room corresponding supply lines, so appropriate gas pipes and power lines in an area at the edge of the ceiling for further connection in the room interior.

The supply device comprises a first vertical element 2, which is elongated and which is intended to be mounted vertically. The first vertical element 2 may in particular have a height of more than two meters. The first vertical element 2 has at least one first connection element 4 for at least one of the supply media. The at least one first connection element 4 can accordingly - as in Fig. 1 indicated by way of example - comprise a power socket or mains socket or a switch; but it may also or additionally comprise a low-voltage socket and / or a gas connection element. The at least one first connection element 4 can also each have at least one connection element of a corresponding type.

Furthermore, the supply device has a second vertical element 6, which is elongate and which is intended to be mounted vertically and thereby with a horizontal distance a to the first vertical element 2. The second vertical element 6 may in particular have a height of more than two meters, for example the same height as the first vertical element 2. The second vertical element 6 has at least one second connecting element 8 for at least one of the supply media. The at least one second connection element 8 can otherwise be formed analogously to the at least one first connection element 4.

The distance a is advantageously chosen so that the head of a hospital bed between the two vertical elements 2, 6 finds room. For example, it can be provided that the distance a is greater than 1.20 meters, preferably greater than 1.50 meters. This is advantageous with respect to the space utilization of the room in question.

Furthermore, the supply device has at least one first line 10 for conducting at least one of the supply media, which is conductively connected to the at least one first connection element 4. The at least one first line 10 can - as exemplified in Fig. 1 indicated - be a power line, but it may also or additionally include a low-voltage line and / or a gas line. In particular, for each individual connection element of the at least one first connection element 4, in each case a corresponding line may be provided as part of the at least one first line 10, which is conductively connected to the relevant connection element. Thus, for example, the at least one first connection element 4 may comprise a power socket, two low-voltage sockets and two gas connections and the at least one first line 10 correspondingly a power line connected in a conductive manner to the power socket, two low-current lines which are conductively connected to the two low-voltage sockets and two Gas lines, which are conductively connected to the two gas connections. A gas connection is preferably not provided laterally, but at the front.

In the Fig. 1 is the at least one first line 10 shown in phantom; this is intended to indicate that this line 10 or the relevant lines preferably under a - arranged in more detail below - cladding element of the first vertical element 2 is arranged, for example, in a cable channel within an aluminum profile, so that the line 10 - at fully installed supply device - from Seen from room due to the cladding element is not visible or optically laminated.

Furthermore, the supply device has at least one second line 12 for conducting at least one of the supply media, which is conductively connected to the at least one second connection element 8. The at least one second line 12 is formed analogous to the at least one first line 4. Also, this line 12 may be optically laminated accordingly.

In addition, the supply device has a feed and distribution unit 14 which has means for a conductive connection between the supply lines on the one hand and the at least one first line 10 and the at least one second line 12 on the other. The feed and distribution unit 14 may have a sub-distributor, in particular a jumper or be formed from such. The feed and distribution unit 14 is advantageous with the first Vertical unit 2 connected or part of the first vertical unit 2. The feed and distribution unit 14 is preferably optically laminated or arranged under a corresponding cladding element.

Preferably, the feed and distribution unit 14 - as in Fig. 1 indicated - arranged in an upper region of the first vertical element 2. As a result, it is located at a location that is located in many cases - with fully assembled supply device - particularly close to the corresponding free ends of the supply lines. As a result, the connection of the supply device to the supply lines is generally facilitated.

In Fig. 2 is an example of a view of a feed and distribution unit 14 - with removed trim element - shown in the form of a jumper. In the example shown, the at least one first connection element 4 comprises at least one power socket and at least one low-voltage socket, but no gas connection element. The sockets can be attached by means of a connector in an aluminum profile or in the panel or the cladding element. The same applies to the at least one second connection element 8. Correspondingly, the at least one first line 10 has at least one power line and at least one weak current line and analogously, the at least one second line 12 also has at least one power line and at least one weak current line. In general, however, it is also possible, as already explained, to provide corresponding gas lines.

To connect the lines 10, 12 as part of the installation of the supply device, the at least one first line 10 and the at least one second line 12 is connected to the feed and distribution unit 14 and the latter connected to the corresponding supply lines. In particular, the supply device is also suitable in a case in which the relevant room only has corresponding supply lines at one point, ie not both at a first location for connection to the first vertical unit and additionally at a second location for connection to the second vertical unit. So it's just a "feed-in", a "central feed" of different media required. By this feed and distribution unit 14, the installation of the supply device is thus significantly facilitated.

Advantageously, the feed and distribution unit 14 comprises - as in Fig. 2 shown by way of example - connection terminals, in particular series connection terminals for the supply lines and sockets for receiving arranged on the lines 10, 12, corresponding electrical connector elements. This makes installation easier.

If the feed and distribution unit 14 is part of the first vertical element 2 or is mechanically connected to the first vertical element 2, the at least one first line 10 can already advantageously be connected to the feed and distribution unit 14 before installation as planned. As a result, the installation work in the room in question are further facilitated.

Further advantageously, the supply device has an exemplary in Fig. 1 shown cross-connection element 16, which is arranged to connect an upper region of the first vertical element 2 with an upper region of the second vertical element 6. Such a cross-connection element 16 is particularly suitable for concealing the at least one second line 12 on its section between the two vertical elements 2, 6, that is to say visually concealing it. For this purpose, the cross-connection element 16 may comprise a cladding element, which is preferably formed optically analogous to the cladding element of the first vertical element 2. In Fig. 2 is the cladding element of the cross-connection element 16 recognizable, since only the cladding element of the first vertical element 2 is removed. The cladding element of the transverse connecting element 16 preferably adjoins, on the one hand, directly to a cladding element of the first vertical element 2 and, on the other hand, directly to a cladding element of the second vertical element 6.

Preferably, the cross-connection element 16 is arranged so high that the abovementioned head end of a sickbed can fit underneath. In this way, a hospital bed in a through the two vertical elements 2, 6 and the Cross connector 16 formed niche N push up to the wall of the room in question; This allows a particularly effective use of space.

The supply device may have a total of more than two vertical elements 2, 6, for example - as in Fig. 1 shown - a total of three vertical elements. In this case, the distance corresponding to the distance a can be selected between each two adjacent vertical elements, so that in each case one head end of a hospital bed can be placed between each two adjacent vertical elements. The third and each further vertical element 6 'can each be designed analogously to the first or second vertical element 2, 6. Further analogously, between each two adjacent vertical elements in each case a transverse connecting element 16 'may be provided, which is formed analogously to the above-mentioned transverse connecting element 16.

In Fig. 3 For example, a horizontal cross section through the first vertical element 2 is sketched. As an example of the at least one second connection element 8, two sockets are shown here. In the minor figure a corresponding supervision is sketched on one of the sockets.

Preferably, the first vertical element 2 has two vertical support elements 20, 22, and a cladding element 24, which is connected to the two support elements 20, 22. The support elements 20, 22 are preferably profile elements; they are made of aluminum, for example. By the support members 20, 22 can thus be formed a framework of the vertical element.

The cladding element 24 is accordingly arranged on a room side R of the first vertical element 2, which is intended to point towards the center of the room or to form the front side. On the opposite wall side W, which is intended to face the wall of the room, fastening elements are preferably provided on the two support elements 20, 22 for fastening the first vertical element 2 to the relevant wall. The support elements 20, 22 may in particular be connected to one another via connecting struts. In Fig. 9 is outlined a rear view of the supply device with removed cladding elements (and without the feed and distribution unit 14). It is recognized that the vertical elements 2, 6, 6 'in each case have the two support elements 20, 22 described, which are each connected to one another via a plurality of connecting struts 28 arranged at different heights.

The cladding element 24 may be formed for example by a panel, in particular by a wooden panel. Preferably, the embodiment is such that the cladding element 24 can be removed without tools from the support elements 20, 22, for example by a latching or snap connection. As a result, the assembly of the supply device is further facilitated. However, it can also be provided that the embodiment is such that a tool is required to remove the cladding elements of the support elements. It may also be provided an additional backup to prevent accidental opening - for example, by a patient -; This may be provided, for example, in particular in the area of the feed and distribution unit 14. Here, for example, a backup may be provided in the form of a castle.

As in Fig. 3 denotes, the first vertical element 2 has a width b. The cladding element 24 preferably extends over the entire width b. The width b may for example be between 25 cm and 100 cm. The embodiment described is particularly well suited to make vertical elements 2, 6, 6 'in different widths b , because this is only necessary to make the corresponding cladding elements 24 in the respective desired width b. The support members 20, 22 can be used without modifications. If necessary, only in their length correspondingly modified connecting struts 28 must be used. This is important because different hospital rooms usually have different dimensions.

Of course, the structure described may be provided in an analogous manner in each of the vertical elements 2, 6, 6 '. Also, the cross-connection element 16 may have a corresponding structure, in particular a visually analogous designed cladding element.

As a result of this embodiment, a modular system for forming a corresponding supply device can be formed by means of which a simple system can be created Adjustment to the dimensions of the room in question is possible. If it is desired that one of the vertical elements 2, 6, 6 'directly adjoins a corresponding side wall of the room, closing elements in the form of angles or the like can easily be provided for this, by which a flush termination of the supply device can be achieved without much effort achieve the relevant side wall out. The vertical elements 2, 6, 6 'and the cross-connection elements 16, 16' can be prefabricated advantageous in each individual case, so that the installation on site in the room is particularly simple. The supply device can be designed in this way particularly advantageous in such a way that it meets requirements for medical products already in the prefabricated state, whereby the installation of the supply device is further significantly simplified. Also, maintenance and retrofitting are thereby generally facilitated, as this usually a review of the central feed and distribution unit 14 is required in the first place.

In Fig. 4 is a frontal view of the utility outlined. In particular, as already mentioned, the configuration of the supply device can be such that a head end of a sick bed can be inserted into the niche N , which is laterally formed and bounded by the two vertical elements 2, 6 and above by the transverse connecting element 16.

Particularly in this case, it is advantageous if the cross-connection element 16 has at least one luminaire. The at least one luminaire may in particular comprise a reading light 30 with a predominantly downward or obliquely downward light output and / or a room luminaire 32 with a predominantly horizontal or obliquely upward light output.

In Fig. 5 is a section along the line B - B off Fig. 4 outlined in which the two mentioned lights 30, 32 can be seen. Fig. 6 shows the area around the two lights 30, 32 in more detail. Preferably, the reading light 30 is arranged on the underside of the cross-connecting element 16. The bottom can be formed by an oblique covering or cladding element, for example made of aluminum, which has a light exit opening for the reading light 30, in which a preferably plane translucent cover of the reading light 30 - substantially flush with the surrounding cladding element - is arranged.

The room lamp 32 preferably has a reflector 34 which serves or is designed to direct asymmetrically upwardly or obliquely upward a light generated by a light source 36 of the room light 32. Advantageously, the room lamp 32 has a preferably planar-shaped translucent cover 38, which is arranged at least substantially in a plane which is given by a surface of the surrounding cladding element of the cross-connection element 16.

The supply device can be designed to extend to the ceiling of the relevant room. But it can also be provided that the height is dimensioned such that there is a small distance from the ceiling. In this case, at least one additional illuminant or an additional luminaire can be arranged at the top of the supply device, for example for the generation of an indirect illumination.

In Fig. 7 is a horizontal section along the line A - A from Fig. 4 shown and in Fig. 8 a detailed view Fig. 7 in the region of the second vertical element 6, however, the sketch applies completely analogously also to the first vertical element 2 or, if appropriate, to each further vertical element 6 '. It can be seen, inter alia, the two - shown here in a variation - supporting elements 20, 22 and the cladding element 24th

The vertical element 6 has a connection element A , here for example in the form of a gas connection element; However, it can also generally be a different type of connection element. The connection element A is attached to one of the two support elements 20, 22 or to both support elements 20, 22, but not to the cladding element 24. In the example shown, the connection element A is fixed to both support elements 20, 22 by means of anchorages V. By this type of attachment of the connection element A , the risk is reduced that by a manipulation of the connection element A, the cladding element 24 unintentionally detached from the support members 20, 22.

The same applies with reference to an attachment of a corresponding connection element A on a side surface of a vertical element 2, 6 thus for example at a side facing the niche N side. As in Fig. 3 For this purpose, a corresponding connecting element A can for this purpose be fastened to one of the two supporting elements 20, 22 without being fastened to the lining element 24. The connection element A -in the example shown in the form of a socket-can preferably be held with respect to the vertical element 2, 6 from the inside, through a hole, for example a milling in the corresponding profile side wall by means of a latching connection. This allows a reliable and easy to make connection.

Within a vertical element 2, 6, a separate guide is preferably provided for low-voltage lines, power lines and gas lines. For this purpose, for example, serve in the vertical element 2, 6 inserted plastic pipes in which the respective lines are guided.

Preferably, the first and / or each further vertical element 2, 6, 6 'of the medical supply device has at least one ram protection element 40 for reducing the risk of damaging the vertical element 2, 6, 6'. Such damage could be caused for example by a hospital bed or the like. Accordingly, the ram protection element 40 is preferably formed in the region of a front edge of the vertical element 2, 6, 6 ', which forms a boundary of the niche N.

In Fig. 10 For example, a horizontal cross section through a vertical element 2, 6, 6 'outlined. As shown, the impact protection element 40 is advantageously stably connected directly to one of the support elements 20, 22 shown here again in the variant, for example with special connection elements 42, which are arranged so that they intersect a hole in the respective support element 20, 22. For example, a screw connection can be provided for this purpose. In Fig. 11 is a section of a front view of a vertical element 2, 6, 6 'outlined, which has a ram 40.

Preferably, the ram protection element 40 is formed by a separate profile element, for example made of aluminum. In particular, the cladding elements 24 facing the room side R may be formed by wooden panels and the ram protection element 40 by a metal profile. The ram protection element 40 may be designed such that it extends only over part of the height of the vertical element 2, 6, 6 'or over the entire height. Further preferably, the Rammschutzelement 40 is flush with the surrounding front panel member 24; Accordingly, it is also advantageously designed flush with the adjacent lateral, further cladding element 26.

The vertical element 2, 6, 6 'can furthermore preferably have a further light (not shown in the figures) in a lower region, which is designed to emit light downward or obliquely downward. By such a lamp can be particularly advantageous to realize a subtle lighting of the room, for example, as a night or orientation light. Advantageously, it can be provided that the vertical element 2, 6, 6 'does not extend all the way to the bottom of the room but, a few centimeters, for example between 5 and 20 cm, is spaced from the floor. In this case, this luminaire can advantageously have a light emission surface facing down to the ground. A corresponding distance is also advantageous with respect to a cleaning of the floor of the room.

The front side of a vertical unit 2, 6 need not necessarily be formed by a planar surface, optionally with the corresponding connection elements. It is also possible to provide elements through which, for example, shelves or small cabinets of the like are formed. The design of the surfaces of the panels and the choice of material for this are flexibly selectable. Preferably, it is embodiments that allow easy cleaning. In particular, the at the transverse modules 16, 16 'provided light exit openings of the at least one lamp or the lights 30, 32 are therefore preferably covered with transparent covers that form a flush surface with the respective surrounding cladding element.

The supply device according to the invention is generally suitable not only for patient rooms, but can also be suitable, for example, for rooms in nursing homes or hotels.

Claims (11)

1. Medical supply device for providing supply media, in particular of medical gases and power,
   wherein the supply device is intended to be mounted on a wall with supply lines for the supply media, comprising

   - a first vertical element (2), which is elongated in form and is intended to be mounted vertically, wherein the first vertical element (2) comprises at least one first connecting element (4) for at least one of the media supplies,

   - a second vertical element (6), which is elongated in form and is adapted to be mounted vertically at a horizontal distance (α) from the first vertical element (2), wherein the second vertical element (6) comprises at least a second connecting element (8) for one of the supply media,

   - at least a first conduit (10) for conveying power, which is conductively connected to the at least first connecting element (4),

   - at least a second conduit (12) for conveying gas, which is conductively connected to the at least second connecting element (8),

   - a supply and distribution unit (14) with means for a conductive connection between the supply lines on the one hand and the at least first line (10) and the at least second line (12) on the other,

   characterised in that,
   the supply and distribution unit (14) is part of the first vertical element (2).
2. Medical supply device according to claim 1,
   wherein the supply and distribution unit (14) comprises a sub-distributor, in particular a distribution box.
3. Medical supply device according to claim 1 or 2, further comprising

   - a cross-connection element (16) which is arranged to connect an upper region of the first vertical element (2) with an upper region of the second vertical element (6).
4. Medical supply device according to claim 3,
   wherein the cross-connection element (16) has at least one lamp (30, 32).
5. Medical supply device according to claim 4,
   wherein the at least one lamp is a reading lamp (30) with a predominantly downward or obliquely downward light output.
6. Medical supply device according to claim 4 or 5,
   wherein the at least one lamp is a room lamp (32) with a predominantly horizontal or obliquely upward directed light output.
7. Medical supply device according to claim 6,
   wherein the room light (32) comprises a reflector (34) which serves to direct the light produced by a luminous means (36) of the room lamp (32) asymmetrically upwards or obliquely upwards.
8. Medical supply device according to one of the preceding claims,
   wherein the first vertical element (2) comprises two vertical supporting elements (20, 22) and at least one cladding element (24) connected to one of the two supporting elements (20, 22) or with both supporting elements (20, 22), preferably via a catch connection.
9. Medical supply device according to claim 8,
   wherein the at least one first connecting element (4, A) is attached to one of the supporting elements (20, 22) or both supporting elements (20, 22), but not to the cladding element (24).
10. Medical supply device according to one of the preceding claims, further comprising

    - at least one skirting protection element (40) to reduce the risk of damage to the first and/or second vertical elements (2, 6, 6'), for example, by a patient's bed, wherein the skirting protection element (40) is preferably formed by a separate profile element.
11. Medical supply device according to one of the preceding claims, further comprising

    - a lamp in a lower section of the first or second vertical elements (2, 6, 6'), which is designed to emit light downwards or obliquely downwards.

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