CONSOLE FOR MEDICAL SUPPLY

The invention relates to a console of the generic type indicated in the preamble of Claim 1.

These types of consoles are known in a multitude of different embodiments, for example in DE3106255 Al.

The object of the invention was to obtain a generically equivalent console that enables economical preproduction and manufacture of optional jacks and simple assembly and simple maintenance work.

This object is achieved in accordance with the characterizing features of Claim 1. Additional advantageous progressions/embodiments of the invention as recited in Claim 1 result from the sub-claims.

The invention is explained in more detail on the basis of an exemplary embodiment using 33 figures (some in a schematic representation).

The following is shown: Fig.l shows a perspective view of a console with a support frame on which a column with modules is arranged on each of two opposing sides;

Figs. 2-7 show various views of a first module;

Figs. 8-13 show various views of a second module;

Figs. 14-17 show various views of a cover plate; Fig. 18 shows the console as in Fig. 1, but without a casing of the frame and with two trays;

Fig. 19 shows a side view of the console according to Fig. 18, but of the back side of the trays;

Fig. 20 shows the console according to Fig. 19, but from an opposing side;

Fig. 21 shows a perspective view of an individual column with multiple modules;

Figs. 22-24 show various views of a separating plate; Figs. 25-28 show various views of the column according to Fig. 21;

Fig. 29 shows the console according to Fig. 19, but in a top view and without trays;

Fig. 30 shows the console according to Fig. 29, but with the columns open;

Fig. 31 shows the console according to Fig. 18, but with the columns open; Fig. 32 shows a side view of the console according to Fig. 31 with a view of the open sides of the modules; and

Fig. 33 shows a side view of the complete console on a ceiling mount.

Fig. 1 shows a console 1 with a vertically arranged support frame 2 and with multiple jacks 3,4,29 for medical-technological supply.

A first vertically arranged column 6 is arranged on a first side 5 of the support frame 2, and a second vertically arranged column 8 is arranged on a second opposing side 7, each with three modules 9.1-9.3, 9.4-9.6 positioned on top of each other.

The modules 9.1-9.6 are optionally provided with jacks 3,4,29.

The modules 9.1-9.6 consist of sections 10,10.1 of an extrusion profile 11,11.1.

The extrusion profile 11,11.1 has a first and a second side wall 12,13 of equal width 14 at a right angle.

A first channel 16 is arranged in a first end area 15 of the first side wall 12, a second channel 18 is arranged in a second end area 17 of the second side wall 13, and a third channel 21 is arranged in an edge area 19 of an angle edge 20, each with a circular cross-section.

All modules 9.1-9.3; 9.4-9.6 of the first and the second column 6,8 are securely connected to an upper and a lower cover plate 22,23 each with a threaded rod 24 through all the channels 16,18,21.

The upper and lower cover plates 22,23 each have an extension 26 on the side 25 of the modules l-9.3;9.4-9.6 that is open; the extensions 26 all have a pivot bearing 27 and are flexibly connected to the support frame 2 with an individual joint 28 (Figs. 29-31) to swivel the first and the second column 6,8 away from the support frame 2.

The open sides 25 of the modules 9.1-9.3;9.4-9.6 are in a swiveled-in position A on a first or second side 5,7 of the support frame 2.

To connect to a tripod stand 35 (Fig. 33), an upper part of the support frame 2 has a stand- connection receptacle 45.

Figs. 2 through 7 show various views of a first, second, and third module 9.1-9.3. The modules 9.1-9.3 consist of sections 10 of an extrusion profile 11. The extrusion profile 11 has a first and a second side wall 12,13 of equal width 14 at a right angle. A first channel 16 is arranged in a first end area 15 of the first side wall 12, a second channel 18 is arranged in a second end area 17 of the second side wall 13, and a third channel 21 is arranged in an edge area 19 of an angle edge 20, each with a circular cross-section. Each channel 15,18,21 is used as a receptacle for a threaded rod 24 to connect the modules 9.1-9.3;9.4-9.6 via an upper and lower cover plate 22,23 (Figs. 1 and 21). The sections 10 according to Figs. 2 and 4 are already provided with first openings 36 in this case to receive first jacks 3 for a power supply. The sections 10 according to Figs. 5 through 7 are already provided with first jacks 3 for a power supply in this case.

Figs. 8 through 13 show various views of a fourth, fifth, and sixth module 9.4-9.6. The modules 9.4-9.6 consist of sections 10 of a second extrusion profile 11.1. The second extrusion profile 11.1 has a first and a second side wall 12,13 of equal width 14 at a right angle. A first channel 16 is arranged in a first end area 15 of the first side wall 12, a second channel 18 is arranged in a second end area 17 of the second side wall 13, and a third channel 21 is arranged in an edge area 19 of an angle edge 20, each with a circular cross-section. Each channel 15,18,21 is used as a receptacle for a threaded rod 24 to connect the modules 9.4-9.6 via an upper and lower cover plate 22,23 (Figs. 1 and 21). The sections 10 according to Figs. 8 and 10 are already provided with second openings 36.1 in this case to receive second jacks 4 for a gas supply and with a third opening 36.2 to receive a third jack 29 for electronic communication technology. The sections 10 according to Figs. 11 through 13 are already provided with two second jacks in this case for a power supply and provided with a third jack 29 for electronic communication technology (for example for a video camera, monitor, etc.). The second extrusion profile 11.1 according to Figs. 8 through 13 differs from the first extrusion profile 11 as per Figs. 2 through 7 in that, in this case, the second extrusion profile 11.1 is provided with a (rectangular) channel 37, whereby a

spatial separation (also in accordance with various regulations) is achieved among different jacks 3,4,29 with corresponding lines 38.

Figs. 14 through 17 show various views of upper or lower cover plates 22,23, which are each identical to one another and manufactured from one tool.

Fig. 18 shows the console 1 as per Fig. 1, without the casing 30 and without the protective cover 31 (Fig. 1) of the frame 2, but with two trays 32,33.

Fig. 19 shows a side view of the console 1 according to Fig. 18, but with the back side of the trays 32,33.

Fig. 20 shows the console 1 according to Fig. 19, but from an opposing side;

Fig. 21 shows a perspective view of an individual second column 8 with three modules 9.4-9.6.

Figs. 22 through 24 show various views of a separating plate 34.

Figs. 25 through 28 show various views of the column 1 according to Fig. 21.

Fig. 29 shows the console 1 in a closed position A according to Fig. 19, but in a top view and without the two trays 32,33.

Fig. 30 shows the console 1 in an open position B according to Fig. 29, but with the columns 6,8 open.

Fig. 31 shows the console 1 according to Fig. 18, but with the columns 6,8 open.

Fig. 32 shows a side view of the console 1 according to Fig. 31 with a view of the open side 25 of the modules 9.1-9.6.

Fig. 33 shows a side view of the complete console 1 on a ceiling mount 35 with a tray 33 and with a holder 43 for an infusion rod 44.

The modules 9.1-9.6 enable the accommodation of different country versions of current connectors (first jacks 3) (all types of common international connectors can be installed), different designs for gas supply boxes (second jacks 4), and various designs in communication and electronic connections (third jacks 4).

Due to the optional assembly of individual modules 9.1-9.6, which are separated from one another by separating plates 34 and partition plates (not shown in detail), a multitude of configuration options are obtained. The partition plates seal off each of the open sides 25 of the modules 9.1-9.6. Depending on the current safety regulations, an optional first, second, or third jack 3,4,29 can be provided to the user, preassembled in a first or second column 6,8 (including completely with a console 1 or optionally with a ceiling mount 35).

With the assistance of differently equipped modules 9.1-9.6, different equipment configurations of columns 6,8 can be realized in modular form, wherein a system of modules 9.1-9.6 with sections 10, 10.1 of varying heights of extrusion profiles 11,11.1 can be provided. One or even two columns 6,8, mounted on the support frame 2, provide a medical-technological supply unit (console 1), which enables the user to have access to medical gases, electronic power supply, as well as communication technology. The design is specified by the user. The console 1 generally includes trays 32,33 as well as a holder 43 with infusion rods 44.

Structure of the columns 6,8: The individual modules 9.1-9.6 are equipped with the corresponding jacks 3,4,29 and screwed into place. Corresponding lines 38 are connected and tested according to the quality specifications. Differently equipped modules 9.1-9.6 are aligned underneath each other and mounted with the assistance of separating plates 34. Multiple modules 9.1-9.6 are combined by a column 6,8, which is enclosed above and below with a cover plate 22,23. Threaded rods 24, including screw connections, connect the columns 6,8 with one another via form and force. This mounted unit is mounted on a support frame 2 to then be delivered as a customer-specific medical-technology supply unit (console 1) complete with casings 30, trays 32,33, and infusion

rods 44. During service and inspections the columns 6,8 can be swiveled outward (position B) using the pivot bearing 27.

The separating plates 34 are an inserted part that is used to center the sawed off extrusion profiles 11,11.1 underneath one another. In addition, tolerances that result during sawing can be concealed. These separating plates 34 are also used to ensure gas-proof separation between two modules 9.1-9.6. This separating plate 34 provides an edge for this purpose, which is used as a contact surface for the partition plates.

Any number of modules 9.1-9.6 can be selected and the number is independent of the support system for the trays 32,33 and of the device carrier. Gas and electrical connections can be mounted on one side (e.g. towards the front or towards the back only). The triangular shape of the modules 9.1-9.6 is advantageous with respect to ergonomics, visual control, the routing of cables and hoses, as well as connection assignments. In addition, it is not necessary to specify the installation site in the front or in the back or on the left or right side. The electrical connections 3, gas connections 4, and communication connections 29 can be combined and installed as desired.

3. The console according to Claim 1, wherein the upper and lower cover plates (22,23) are identical.

The modules 9.1-9.6 are provided in a modular system with sections 10,10.1 of varying heights, thereby resulting in the maximum number of combination options with modules 9.1-9.6 of different heights as well as in conjunction with different first, second, and third jacks 3,4,29.

The modules 9.1-9.6 are each optionally separated from one another by a separating plate 34, whereby the modules 9.1-9.6 can be separated, for example, to prevent gas leakage.

The open sides 25 are sealed off by a partition plate, whereby, for example, a gas-proof seal is obtained.

The console 1 is connected to a tripod stand, particularly to a ceiling mount 35, for positioning in the X-, Y-, and Z-direction.

Within the scope of the invention, it is also possible that only one column is to be provided on the support frame 2.

REFERENCE LIST

1 Console

2 Support frame

3 First jack (power supply)

4 Second jack (gas supply)

5 First side

6 First column

7 Second side

8 Second column

9.1 - 9.6 1st- 6th module

10 1st section/extrusion profile 11

10.1 2nd section/extrusion profile 11.1

11 1st extrusion profile

11.1 2nd extrusion profile

12 First side wall

13 Second side wall

14 Width/side wall 12,13

15 First end area

16 First channel

17 Second and area

18 Second channel

19 Edge area

20 Angle edge

21 Third channel

22 Upper cover plate

23 Lower cover plate

24 Threaded rod

25 Open side

26 Extension/cover plate 22,23

27 Pivot bearing

28 Joint

29 Third jack (communication connection)

30 Casing

31 Protective cover

32 First tray

33 Second tray

34 Separating plate

35 Ceiling mount

36.1 First opening

36.2 Second opening

36.3 Third opening

36.4 Forth opening

37 Channel

38 Line

39 Holding rod

40 Holding rod

41 Borehole

42 Pivot joint receptacle

43 Holder

44 Infusion rod

45 Stand-connection receptacle

A Swiveled-in position

B Swiveled-out position

The dimensions and values disclosed herein are not to be understood as being strictly limited to the exact numerical values recited. Instead, unless otherwise specified, each such dimension is

intended to mean both the recited value and a functionally equivalent range surrounding that value. For example, a dimension disclosed as "40 mm" is intended to mean "about 40 mm".