Abstract: A method for securely displaying ASIL-relevant data on a display device of a motor vehicle, where the device includes a transmitter unit, a receiver unit, and a display unit to show the images generated by the receiver unit. Images having higher safety ratings are shown on the display unit with less modification by an image enhancement process in comparison with images having lower safety ratings. Information about the safety rating of an image to be displayed is introduced by the transmitter unit into a data stream by a classifying binary code in color bit information of at least one pixel of the image to be displayed via a pixel matrix, in order to control a change of the image during the image enhancement process in an image enhancer associated with an image-data-outputting receiver unit for images of all safety ratings.

Abstract: A device for influencing light during the taking of photographs includes a support frame and an extensive covering wherein said support frame comprises a first stretcher rod which is attached to a first end portion of the covering and second stretcher rod which is attached to a second end portion of the covering which faces the first end portion, and wherein said support frame further comprises at least one spreader rod with end side receiving means, each having concave receiving surfaces for receiving the outer surface of respectively one stretcher rod, and wherein the at least one spreader rod with the length thereof is designed so as to retain, in the expanded state, the first stretcher rod and the second stretcher rod against the stretcher covering.

Abstract: A device for influencing light during the taking of photographs includes a support frame and an extensive covering wherein said support frame comprises a first stretcher rod which is attached to a first end portion of the covering and second stretcher rod which is attached to a second end portion of the covering which faces the first end portion, and wherein said support frame further comprises at least one spreader rod with end side receiving means, each having concave receiving surfaces for receiving the outer surface of respectively one stretcher rod, and wherein the at least one spreader rod with the length thereof is designed so as to retain, in the expanded state, the first stretcher rod and the second stretcher rod against the stretcher covering.

Abstract: The disclosed invention relates generally to a device for detecting weapons in a piece of luggage, which can be used in particular at airport security gates. The object of the present invention pertains to the technical field of security technology for checking persons with respect to the carrying of weapons. In particular, the invention relates to the visualization of carried bladed weapons or firearms, for instance in airport security checks.

Abstract: The invention relates to a night vision system for vehicles. According to the invention, the road in front of the vehicle is stereoscopically recorded via two night vision-capable cameras, e.g. infrared or low-light-level cameras that are mounted in the front of the vehicle at a distance from one another. Corresponding stereoscopic image display devices permit the driver to observe the road in front of the vehicle in three-dimensions. Objects located in front of the vehicle can be detected in critical areas by means of additional image evaluating devices and can be differently accentuated or marked in the image representation. The night vision system can be designed to also permit a two-dimensional display of images or data alternatively or in conjunction with 3D representation. In an enhanced embodiment, head movements and/or the line of sight of the driver are/is detected and used for a corresponding tracking of the image display.

Abstract: A selectively alterable optical data memory (10) has a liquid crystal display (12) with a nematic medium (22), which consists of a nematic phase and a solid dispersed in it, a first voltage source (26), a second voltage source (30) and a modulable laser (32). With the first voltage source (26), the entire display can be converted into the homeotropic state by producing a forming voltage. With the laser (32), an orientation pattern can be produced in display 12 that can be erased or altered at least partially by the application of the threshold voltage and simultaneous irradiation with the laser (32).