Support or supply system for medical devices

Abstract

A console for supplying medical-technical devices in a treatment room has a support frame and several connectors or sockets for medical-technical supply or for withdrawal of gases and/or electrical supply currents, as well as for providing electronic communication paths for medical-technical end devices. The console can incorporate an audio playback system integrated in the support frame for filling the treatment room with predetermined soothing or therapeutic sounds. The support system may be adapted for being mounted to or suspended from a ceiling mount in a treatment room, and can have a support frame having an integrated and medically approved audio playback system.

Claims

1. A console for medical-technical devices in a treatment room, the console comprising: a support frame adapted for mounting in the treatment room and having several connectors or sockets for medical-technical supply, the support frame including: several modules, each module including a first panel coupled to a second panel which is oriented at a right angle to the first panel; and an audio playback system having a plurality of loudspeakers oriented in different directions and a control unit, the audio playback system integrated in the support frame by a pair of the plurality of loud speakers received in one of the several modules and the control unit received in another one of the several modules which is positioned immediately below the module which receives the pair of the plurality of loudspeakers, the audio playback system configured for filling the treatment room with predetermined soothing or therapeutic sounds, wherein the audio playback system is a medically approved device.

2. A console according to claim 1, wherein the connectors or sockets are provided in at least one of the several modules.

3. A console according to claim 2, wherein the several modules of the support frame are arranged or assembled next to each other in one or several rows.

4. A console according to claim 2 wherein the support frame comprises a frame or a core which is adapted for being mounted to or suspended from a ceiling mount, wherein the several modules are laterally attached or fixed to the frame or core.

5. A console according to claim 2, wherein the support frame exhibits a longitudinal shape and is arranged substantially vertically, wherein the several modules are arranged one above another.

6. A console according to claim 1, wherein a first column being substantially vertically arranged is arranged at one side of the support frame, and wherein a second column being substantially vertically arranged is arranged at an opposite side of the support frame, both columns being comprised of modules that are arranged one above another.

7. A support system for medical devices, wherein the support system is adapted for being mounted to or suspended from a ceiling mount in a treatment room, the support system comprising a support frame having: several modules, each module including a first panel coupled to a second panel which is oriented at a right angle to the first panel; and an integrated and medically approved audio playback system having a plurality of loudspeakers for playback of predetermined soothing or therapeutic sounds in the treatment room, the audio playback system integrated in the support frame by a pair of the plurality of loud speakers received in one of the several modules and the control unit received in another one of the several modules which is positioned immediately below the module which receives the pair of the plurality of loudspeakers.

8. A support system according to claim 7 having a mount for suspending the system from or mounting the system to a ceiling.

9. A support system according to claim 7, wherein the audio system is adapted for at least one of (a) filling the treatment room with background sound, and (b) playing back or emitting the soothing or therapeutic sounds via loudspeakers integrated in headphones, so that the soothing or therapeutic sounds are available for certain listeners only in the treatment room.

10. The console of claim 6 wherein the first column is coupled to the support frame via a first swivel and the second column is coupled to the support frame via s second swivel, the first and second swivels configured to rotatably open and close the respective first and second columns.

11. The console of claim 1 wherein the control unit includes at least one of an audio amplifier or an acoustic irradiation amplifier.

12. The console of claim 1 wherein the control unit includes an acoustic irradiation amplifier.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) Further preferred configurations of the invention result from the following description of exemplary embodiments, which is carried out with reference to the attached figures, wherein functionally identical or similar components are designated by the same reference signs.

(2) FIG. 1 shows a perspective view of a supply console according to an embodiment of the invention;

(3) FIG. 2 shows a perspective view of a module of the inventive console in FIG. 1;

(4) FIG. 3 shows a perspective view of a further module of the inventive console in FIG. 1; and

(5) FIG. 4 shows a perspective view of a support system according to an embodiment of the invention.

DESCRIPTION OF THE EXEMPLARY EMBODIMENTS OF THE INVENTION

(6) FIG. 1 shows a console 1 according to the invention for supplying medical-technical or medical-electrical (ME) end devices (not shown) with gas, electricity and/or communication techniques. The supply console 1 has a support frame 2 which is adapted for mounting to or suspending from the ceiling of a treatment room (for example in an operating theatre or ICU-room (intensive care unit)) in a hospital by means of a ceiling mount. For this purpose the support frame 2 comprises a frame or core 3 and laterally arranged modules 4, which comprise among others sockets or plug connectors for medical-technical supply or for withdrawal of gases and/or electrical supply currents, as well as for establishing electronic communication paths for the ME-end devices. The frame or core 3 of the support frame 2 is centrally arranged, extends substantially vertically between the lateral modules 4, and has a central opening 5 on its upper side, which opening serves as mounting point for fixation to a ceiling mount. Furthermore, the support frame 2 comprises two tubes 6 extending vertically and being fixedly connected with the central frame or core 3 of the support frame 2 and to which a tray 7 for receiving the ME-devices is height-adjustably attached by means of two jaws 8.

(7) With respect to their basic form, the modules 4 are standardized components which are exchangeable with respect to one another. Each of the laterally arranged modules 4 in this exemplary embodiment has a triangular shape and presents two angled lateral surfaces 9, as will be described later in more detail with respect to FIGS. 2 and 3. The modules 4 are arranged at the sides of the support frame 2 in such a way that they form a first column 10 being substantially vertically arranged on a first side of the support frame 2 and a second column 11 being substantially vertically arranged on a second, opposing side of the support frame 2, both columns being comprised of modules 4 that are arranged one above the other.

(8) Even though each module is provided with the same basic form, the modules 4 allow for housing different country-specific variants of power sockets (first sockets 12all internationally common types of sockets can be integrated), different structural shapes of gas withdrawal sockets (second sockets 13) and different structural shapes of connections of communication electronics (third sockets 14for example, for a video camera, display etc.). By optionally combining individual modules 4.1, 4.2, a plurality of configuration options is obtained. Considering the latest safety regulations, first, second and third sockets 12, 13, 14 can be optionally provided to the user, pre-assembled in a first or second column 10, 11 (also complete with the console 1 and optionally also with a ceiling mount 30). The modules 4.1, 4.2 consist of a triangular portion of an extruded profile which has the lateral walls 9 of the same width in a right angle. In the portion or in the lateral walls 9, the sockets 12 for current supply and/or the sockets 13 for gas withdrawal and/or sockets 14 for electronic communication techniques are integrated as required and according to use.

(9) According to the invention, the console 1 comprises an audio-playback-system 15 integrated in the support frame 2 for filling the treatment room with predetermined soothing or therapeutic sounds, for example in form of selected or preprogrammed music. In this exemplary embodiment, the audio-system 15 is housed in different modules 4.3, 4.4 of the support frame 2. In other words, the integrated sound system is comprised, as already shown in FIG. 1, of several individual modules 4.3, 4.4 which may be implemented, if necessary, also as combined module.

(10) A representation of the module 4.3 for playing back acoustic signals, herein as loudspeaker module, is shown in FIG. 2. A triangular base body 16 represents the basis of module 4.3, which base body is adapted for receiving one or several (in this case two) loudspeakers 17. The attachment of each loudspeaker 17 can be carried out by means of force-fit, firmly bonded or positive-locking elements (for example attachment screws 18), similar kinds of attachments or a combination thereof. The base body 16 consists of a portion of an extruded profile which exhibits a first and second lateral wall 9 of the same width with a right angle. When the two loudspeakers 17 are housed in the angled lateral walls 9, they have thus different orientations. A first channel 20 is arranged in an end region of one of the lateral walls 9, and a second channel 21 is arranged in an end region of the other lateral wall 9, and a third channel 22 is arranged in an edge region of the corner, each channel having a circular cross-section. These channels 20-22 serve for respectively receiving a threaded rod for connecting the modules by means of upper and lower cover plates 19 (see FIG. 1). The volume of the base body 16 is closed by means of a cover or sheet metal 23 and the attachment to the base body 16 can be carried out by means of force-fit, firmly bonded or positive-locking elements (for example connections screws 24), similar types of attachment or a combination thereof. Alternatively, the extruded profile and the cover can be implemented combined as base body. The electrical connection of the installed components is realized by means of defined cables which ensure mono-, stereo- or surround-playback by means of predefined wiring. Additionally, it is possible connecting a separately suspended loudspeaker (for example in the form of a spherical loudspeaker) in the treatment room.

(11) In FIG. 3, a module 4.4 for controlling or amplifying the audio-playback-system 15 is represented, which module 4.4 serves as a docking/amplifier station for playing favorite music pieces. The complete module 4.4 is again composed of a base body 16 and a receiving spot or a docking station 25 with an interface for docking a control unit or a special construction thereof. The receiving spot or docking station 25 can be attached by means of force-fit, firmly bonded or positive-locking elements (for example socket frame 26 in connection with empty boxes), similar kinds of attachment or a combination thereof. For the electrical voltage supply, a power adaptor 27 is installed within the module 4.4, which power adaptor 27 is internally energized by the supply console 1 or by an external voltage supply. The attachment of the power adaptor 27, for example at the base body 16 can be carried out by means of an additional fastening element or by force-fit, firmly bonded or positive-locking elements. The internal wiring 27 is ensured by means of defined cables for electrical signal transmission. Thereby, a mono- or stereo- or a surround-operation is possible. An interface for connection with the shown element in FIG. 3 is ensured and enabled by electrical interfaces. Triggering the control device is provided and admissible directly at the element, by means of the remote control F or via other options (for example a touchscreen).

(12) Separator plates (not shown) between the modules 4, which modules are arranged one above the other, can serve as insertion parts for centering the cut-away extruded profiles with respect to one another. Furthermore, tolerances that result from cutting are thereby masked. The separator plates can also serve for ensuring the gas-tight separation between two modules 4.1-4.4, which are separated from each other by the separator plates and the cover plates 23.

(13) Different equipping configurations of columns 11, 12 can be realized modularly by means of differently equipped modules 4.1-4.4, wherein a system of modules of portions with different heights can be provided. The number of modules 4 can be freely chosen and is independent from the support system for trays 7 and from the device support. Gas and electrical connections, as well as loudspeaker and control units of the audio-system 15 can, if necessary, be mounted on one side (for example, only to the front or to the back). The triangular shape of the modules 4.1-4.4 provide advantages with respect to ergonomics, visual control and laying of cables/pipes or terminal assignment, as well as in view of the operation of the audio-system 15 and the filling of the operating theatre or ICU-room with sound. Moreover, no predefinition with respect to the installation site at the front or at the back or on the left or right side is necessary and the current connections 12, gas connections 13 and communication connections 14 can be installed in an optionally combinable fashion.

(14) One or also two columns 10, 11 mounted to the support frame 2 result in a medical-technical supply unit (console 1) which allows the user to have available medical gases, electrical current supply, communication techniques as well as audio-playback. The configuration or design is determined by the user. The individual modules 4.1-4.4 are equipped and screwed together with the respective sockets 12, 13, 14. Corresponding lines are connected and checked according to quality standards. Differently equipped modules 4.1-4.4 are aligned and mounted with respect to one another with the aid of separator plates. Several modules 4.1-4.4 are combined in a column 10, 11 which is closed on the top and on the bottom by a cover plate 19. Threaded rods including screw connections connect the columns 10, 11 with one another in a positive-locking and force-fit fashion. This mounted unit is mounted to the frame or core 3 of the support frame 2 in order to be subsequently delivered as customer-specific medical-technical supply console 1, completed by tray 7 and, if desired, infusion bar 28 (see FIG. 4). For service or inspection, the columns 10, 11 can swing open by means of a swivel 29.

(15) FIG. 4 shows in a side view a support system 30 according to the invention, wherein the complete console 1 is mounted to a ceiling mount 35, with at least one tray 7 and with a holder 32 for an infusion bar 28. The console 1 is connected to the ceiling mount 35 via the mounting point 5 for positioning in the three-dimensional space (in X-Y-Z-direction). As can be seen from FIG. 4, the supply console 1 can be mounted to ceiling mounts (such as, for example, a boom system or a boom system combined with height-adjustable mounts) or can be implemented as separate column. The ceiling mount or boom system 35 in this exemplary embodiment has three swivels 36, two swiveling arms 37 and a height-adjustable column 38. Also the integration in a supply bridge is possible, which is fixedly or movably connected to the ceiling D. As a further variant, the embodiment of the audio-system 15 as separate unit is possible, which can be mounted to another position of the boom system or support system 35, parallel to the supply console or separately in the operating theatre or ICU-room.

(16) With the present invention, a medically approved audio-system 15 is provided for installation in a medical supply console 1 (which is mounted in an operating theatre or intensive care unit) for playing favorite music pieces (or optionally from radio programs by means of a tuner) for filling the room with background sound during an operation or in the intensive care unit by means of a loudspeaker system being integrated in the supply console and irradiating in four directions, and/or by means of an externally mounted spherical loudspeaker system (irradiating in four directions with subwoofer) or by means of connected headphones. The audio-system 15 comprises a docking station 25 installed in the console, which is adapted for receiving an iPod or iPhone via a standardized interface or another kind of jack plug connection, which mayas a preferred featurealso comprise a recharging device for the iPod or the iPhone.

(17) The modules 4.3-4.4 of the audio-system 15 consist of a special antibacterial material which is resistant to detergents. They can be operated by an infrared remote control F or manually and have the medical approval so that they are allowed to be applied securely, hygienically and reliably in the patient's environment.