Illumination of vehicle doors

Abstract

The invention relates to the illumination of doors of vehicles, in particular of pivot and slide doors of rail vehicles, having a door frame, having at least one door leaf, and having at least one lighting means in the door region. In order to improve the lighting and to protect the lighting means there is provision that the lighting means is arranged on the door frame at a location which is at least essentially covered by the door leaf in the closed state of the door. The lighting means is preferably an LED, particularly preferably an LED strip or LED chain which is arranged in a groove in the door frame. The lighting means is advantageously activated by means of the door controller and/or the light controller of the vehicle.

Claims

1. An illumination assembly for providing illumination of an entrance of rail vehicle at swinging-sliding doors providing the entrance of the rail vehicle, the assembly comprising: a door frame; at least one door leaf; and at least one lighting means, wherein the at least one lighting means is positioned in a groove of the door frame at a location at least covered by the door leaf in a closed state of the swinging-sliding doors whereby the at least one lighting means is protected and also visible in the closed state of the swinging-sliding doors, wherein the at least one lighting means positioning in the groove of the door frame provides illumination of the rail vehicle entrance, not subject to shadowing, and the at least one lighting means does not protrude beyond external contours of the rail vehicle and does not interrupt a smooth outer wall of the rail vehicle, and wherein the positioning of the at least one lighting means maintains an extent of a light space profile and a free cross section of the open door.

2. The illumination of claim 1, wherein the at least one lighting means is an LED.

3. The illumination of claim 2, wherein the at least one lighting means is an LED strip or LED chain arranged in the groove of the door frame.

4. The illumination of claim 1, further comprising a plurality of lighting means of differing color including the at least one lighting means.

5. The illumination of claim 1, further comprising a door controller, wherein the at least one lighting means is activated via the door controller.

6. The illumination of claim 2, further comprising a plurality of lighting means of differing color including the at least one light means.

7. The illumination of claim 3, further comprising a plurality of lighting means of differing color including the at least one light means.

8. The illumination of claim 3, further comprising a door controller, wherein the at least one lighting means is activated via the door controller.

9. The illumination of claim 4, further comprising a door controller, wherein the at least one lighting means is activated via the door controller.

10. The illumination of claim 2, further comprising a light controller, wherein the at least one lighting means is activated via the light controller.

11. The illumination of claim 3, further comprising a light controller, wherein the at least one lighting means is activated via the light controller.

12. The illumination of claim 4, further comprising a light controller, wherein the at least one lighting means is activated via the light controller.

Description

BRIEF DESCRIPTION OF THE FIGURES

(1) Disclosed embodiments are explained more specifically below with reference to the accompanying drawings, in which:

(2) FIG. 1 shows a side view of a rail vehicle with a swinging-sliding door according to the prior art,

(3) FIG. 2 shows an analogous view with a door equipped in accordance with the disclosed embodiments,

(4) FIG. 3 shows a section along the line from FIG. 2,

(5) FIG. 4 shows the detail IV from FIG. 3,

(6) FIG. 5 shows a section along the line V-V from FIG. 2,

(7) FIG. 6 shows the detail VI from FIG. 5, and

(8) FIG. 7 shows a further detail with the door leaf closed.

DETAILED DESCRIPTION

(9) FIG. 1 shows, in a schematic sketch, a rail vehicle 1 with a door 2, the door 2 has two door leaves 3 which are illustrated in the closed position. In accordance with the prior art, a light 4, indicated purely schematically, is mounted on the vehicle 1 above the door frame. The light 4 has all of the above-mentioned disadvantages of the prior art.

(10) FIG. 2 is a likewise schematic illustration of a vehicle 1 equipped in accordance with the invention, wherein two intersecting lines and V-V are plotted, using the illustration of which the disclosed embodiments will be explained in more detail.

(11) FIG. 3 now illustrates, likewise purely schematically, a section along the line of FIG. 2. The door leaf 3 can be seen in the region of the outer wall of the vehicle 1, the door leaf being designed as part of a swinging-sliding door known in a multiplicity of modifications in the prior art, and more rarely as a revolving or hinged revolving door, but at any rate interacting with a frame 5 which is customarily inserted as a unit together with the door leaf/door leaves 3 into the carriage body of the vehicle 1.

(12) According to the disclosed embodiments, an illumination 6 is now provided at least in selected sections of the door frame 5, for example, as illustrated in FIG. 4, in a groove of a profile of the door frame 5.

(13) The illumination 6 particularly may consists of an LED rail or an LED chain, as is commercially available. Illuminating bodies of this type have LEDs which lie one behind another in a line and are supplied via a generally flexible, continuous back part not only with electrical current, but are also held mechanically in the back part. The back part is fastened by means of adhesive or by a form fit or force fit fastening to an underlying surface or simply, as illustrated, in a groove.

(14) FIG. 5 shows, purely schematically, the section V-V of FIG. 2; a detail is also shown here in the viewing direction of the arrow VI as FIG. 6; it is clearly seen that an illumination 6 according to the disclosed embodiments can easily be accommodated here.

(15) FIG. 7 shows, less schematically than the other figures, without entering into the matter of the formation of a groove, an example for the location of the mounting of a LED chain 6 on the door frame 5, the LED chain here firstly being protected and secondly also being visible in the closed state of the door. The state with the door closed is illustrated, the gap 8 which is always present in practice between door leaf 3 and door frame 5 can clearly be seen and the manner of operation is indicated by light beams 9 passing through. If an illumination located particularly in the door plane is desired, the LED chain or a further LED chain can be arranged at the location 7. The operation can take place together or else separately.

(16) LEDs can also be mounted at other locations, for example in the lower region, where they also point toward possible gaps or height differences between carriage body and platform, as far as possible without dazzling, and therefore are best mounted only in the lateral region of the transition, or else also on the door frame 5, in such a manner that they provide more light in the carriage interior, or simply substantially beam in the plane of the door.

(17) The operation of the illumination can take place in diverse ways: as classical illumination in conjunction with the position of the door, possibly coupled to further boundary conditions, such as the brightness in the external region, or the switching state of the interior illumination. A further possibility consists in integrating the previously variously used signal lamps for closed doors or for door defect by way of LEDs of different colors and/or flashing signs, etc. in the illumination according to the disclosed embodiments. The colors green, red, orange and yellow are particularly appropriate for this purpose. The control is undertaken either via the door controller or the light controller, depending on the objectives and effects sought, and can easily be designed by a person skilled in the art in the field of door technology for vehicles, in particular rail vehicles, with knowledge of the disclosed embodiments.

(18) To this end, the comprehensive document WO 2013/006848 is found in the prior art, the document actually relating to a warning system which indicates the movement of the doors and accordingly requires complicated sensors, controllers and the like. The optical parts of the warning system in this case are, of course, mounted on the door leaves and illuminate the passenger in the face during the opening of the door and are subsequently extinguished. This not only does not contribute anything to safety, but also dazzles the passengers who then grope around even more in the dark. Added to this is the fact that this arrangement of the lighting means requires a complex supply of energy, and that this device can be integrated into existing door leaves only after laborious and costly preparation.

(19) EP 1 533 205 likewise relates to a safety system and makes provision for a multiplicity of lights which indicate the passage region to be mounted on the floor in the door region. Specifically older people who are watching out for the gap between floor and platform are dazzled as a result. The installation in the floor is also complicated when prepared lighting strips are used; the lights themselves are exposed to extremely severe conditions and the greatest possible soiling.

(20) It is known from JP 2007/230380 to provide a door handle rail on a vehicle door with a lighting means to make the public aware of its existence. Whether in particular older people will take hold of and tightly hold on to a flashing part or else merely illuminating part, or whether they will regard this as a warning indication not to come into the vicinity thereof is a question which cannot be answered. The device itself is arranged at a mechanically problematic location (passengers and items of luggage knocking into it, dirt, etc.), and since, furthermore, the constriction of the free cross section is avoided as far as possible in most doors, this concept cannot be put into practice.

LIST OF REFERENCE SIGNS

(21) 01 Vehicle 02 Door 03 Door wing 04 Light 05 Door frame 06 Illumination, lighting means 07 Alternative location 08 Gap 09 Light beams