Abstract: A lighting device for a medical treatment room having a support frame configured to be mounted to a wall or ceiling of the medical treatment room. A first illumination unit on the support frame is configured to provide direct illumination of an operating area and a second illumination unit on the support frame is configured to provide indirect illumination of the operating area. The support frame can be articulated for movement of the first and second illumination units. Movement of the support frame is adapted to activate and deactivate the first and second illumination units. Thus, the lighting device includes a control unit configured to switch the first and second illumination units on and/or off when the support frame is moved relative to the operating area.

Abstract: A pivot bearing unit (18), having a pneumatic braking device (21) with a first and second bearing part (22, 23), which are embodied as rotatable relative to one another, wherein the braking device (21) is activatable by means of compressed air (36) via a compressed air supply line (10). The braking device (21) is provided with a brake hose (1), embedded in a bearing plate (14), in the first bearing part (22), and the brake hose (1) expands as a result of subjection to compressed air (36) with a motion (8) in the direction of a free end (16) and, via an axially movable switching ring (2), exerts a force (17) on at least one brake block (6) of the second bearing part (23), for transmitting a braking moment (15) between the first and second bearing parts (22, 23).

Abstract: A pivot bearing unit (18), having a pneumatic braking device (21) with a first and second bearing part (22, 23), which are embodied as rotatable relative to one another, wherein the braking device (21) is activatable by means of compressed air (36) via a compressed air supply line (10). The braking device (21) is provided with a brake hose (1), embedded in a bearing plate (14), in the first bearing part (22), and the brake hose (1) expands as a result of subjection to compressed air (36) with a motion (8) in the direction of a free end (16) and, via an axially movable switching ring (2), exerts a force (17) on at least one brake block (6) of the second bearing part (23), for transmitting a braking moment (15) between the first and second bearing parts (22, 23).

Abstract: The present invention provides a lighting device for a medical treatment room. One embodiment incorporates a support frame configured to be mounted to a wall or ceiling of the medical treatment room. A first illumination unit on the support frame is configured to provide direct illumination of an operating area and a second illumination unit (on the support frame is configured to provide indirect illumination of the operating area. The support frame can be articulated for movement of the first and second illumination units. Movement of the support frame is adapted to activate and deactivate the first and second illumination units. Thus, the lighting device includes a control unit configured to switch the first and second illumination units on and/or off when the support frame is moved relative to the operating area.

Abstract: A coupling device of a transport cart, through which the transport cart can be coupled to a structure of a supply panel for medical applications, wherein the supply panel can be positioned through a ceiling mount. The coupling device has a first and a second jaw that can be coupled to the structure of the supply panel, wherein, in order to couple the transport cart to the structure, the first jaw, via a first latching device, and the second jaw, via a second latching device, can be locked into a closed position (FIG. 6) from a stopped, uncoupled open position upon mechanical pressure contact with the structure.

Abstract: The present invention provides a mounting system for securely mounting display equipment, such as a monitor or a display screen. The mounting system comprises: a support structure (5) to which the display equipment (D) is to be mounted to thereby support the display equipment (D); and a mounting component (1) adapted to be rigidly attached to the display equipment, the mounting component (1) comprising mounting means (4) for mounting the display equipment to the support structure (5). The support structure (5) comprises a first support frame (10), the first support frame having a plurality of connection means (12) for secure connection with the mounting means (4) of the mounting component (1). In one aspect of the invention, the plurality of connection means (12) are arranged and adapted for selective connection with the mounting means (4) thereby to select and/or adjust the position of the display equipment (D) in two dimensions relative to the support structure (5).

Abstract: 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) 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 sidewall (13), and a third channel (21) is arranged in an edge area (19) of an angle edge (20), each with a circular cross-section. The upper and lower cover plates (22,23) each have an extension (26) on the side (25) of the modules (1-9.3;9.4-9.

Abstract: A console (1), particularly for the hospital sector, with a support device having, in particular, two vertical support tubes (2), has an assembly device (25), which is used to mount at least one tray (5) to the support device. The tray (5) has an upper wall (15) and a lower wall (16). There is at least one storage space (17) between the walls (15,16), and the storage space (17) is provided to accommodate electric cable (18), preferably along with a power plug (19), or another line. In this manner, interfering sections of cable or lines are avoided in the work area.

Abstract: In order to provide a damping element (4) in compact form for transportation as an individual part of a dismantled stand (1) and to be able to push a support (11) into a tube (2) to fix it there, it is proposed that the support (11) is relatively, in particular vertically and telescopically, displaceable with respect to tube (2), in that damping element (4) is connected at a first end (19) on support (11) to a component (20) for holding the appliance, in that damping element (4) is held by tube (2), in that a second, opposite end (21) of damping element (4) protrudes out of tube (2) when damping element (4) is relaxed, in that the second end (21) of damping element (4) can be shifted onto tube (2) or into it when damping element (4) is compressed, and in that second end (21) can be fastened in this compressed state by a fixing element (22) to fix support (11) in its position shifted towards tube (2).

Abstract: A coupling device (12) of a transport cart (9), through which the transport cart (9) can he coupled to a structure (15) of a supply panel (13) for medical applications, wherein the supply panel (13) can be positioned through a ceiling mount (14). The coupling device (12) has a first and a second jaw (2, 3) that can be coupled to the structure (15) of the supply panel (13), wherein, in order to couple the transport cart (9) to the structure (15), the first jaw (2), via a first latching device (18.1), and the second jaw (3), via a second latching device (18.2), can be locked into a closed position (20) (FIG. 6) from a stopped, uncoupled open position (19) upon mechanical pressure contact with the structure (15).

Abstract: Stand (1) with a foot (2) and a stand tube (3) which is arranged perpendicularly thereto and at the upper end (4) has a manually operable securing device (5) for securing, by means of a connecting pin (7), an appliance (6) which is connected to the stand tube (3) against being unintentionally released. The securing device (5) is designed as an essentially U-shaped wire clip (8,8.1) which is bent in one piece and has two resilient limbs (9,10), a subregion (11,12) of the limbs (9,10) engaging resiliently in each case in a corresponding groove (13,14) of the connecting pin (7). A curved region (15) of the wire clip (8,8.1) is arranged outside the stand tube (3).

Abstract: A console (1), particularly for the hospital sector, with a support device having, in particular, two vertical support tubes (2), has an assembly device (25), which is used to mount at least one tray (5) to the support device. The tray (5) has an upper wall (15) and a lower wall (16). There is at least one storage space (17) between the walls (15,16), and the storage space (17) is provided to accommodate electric cable (18), preferably along with a power plug (19), or another line. In this manner, interfering sections of cable or lines are avoided in the work area.

Abstract: With a console (1) particularly for the hospital sector, with two vertical support tubes (2), and with at least two assembly claws (3), the assembly claws (3) are mounted onto the support tubes (2) in such a way that two assembly claws (3) are next to each other on the supports tubes (2) in each case, and each of the assembly claws (3) has a plug connection (4). At least one tray (5) is provided. The tray (5) has two receptacles (6) to respectively accommodate a plug connection (4) to enable the tray (5) to be inserted onto both of the assembly claws (3). The tray (5) can be mounted on the console (1) at any height in a simple manner.

Abstract: A console (1), particularly for the hospital sector, with a support device having, in particular, two vertical support tubes (2), has an assembly device (25), which is used to mount at least one tray (5) to the support device. The tray (5) has an upper wall (15) and a lower wall (16). There is at least one storage space (17) between the walls (15,16), and the storage space (17) is provided to accommodate electric cable (18), preferably along with a power plug (19), or another line. In this manner, interfering sections of cable or lines are avoided in the work area.