Abstract: The invention relates to a method for decoding a medicinal data object (132) by means of a data processing system (100). The medicinal data object is encoded by means of a data object key, a signature is allocated to said data object key and the data object key is encoded by means of a first health insurance card key (138). Said medicinal data object is allocated to the first health insurance card key (138) and said method comprises the following steps: a secure communication channel is established with the mobile telecommunication device (116), the telecommunication device (116) is designed to be used as an electronic health insurance card, the first health insurance card key (138) is allocated to the mobile telecommunication device (116), the data object key coded by the health insurance card key (138) is sent to the telecommunication device (116), the decoded data object key is captured by the telecommunication device (116), and the medicinal data object (132) is decoded by the coded data object key.

Abstract: The invention relates to a data structure comprising a plurality of biomedical parameters for providing a plurality of biomedical parameter values as input to a medical decision support system.

Abstract: The invention relates to a computer implemented method for performing cloud computing on data of a first user employing cloud components, the cloud components comprising a first database and a data processing component, wherein an asymmetric cryptographic key pair is associated with the first user, said asymmetric cryptographic key pair comprising a public key and a private key, the data being stored pseudonymously non-encrypted in the first database with the data being assigned to an identifier, wherein the identifier comprises the public key, the method comprising retrieving the data from the first database by the data processing component, wherein retrieving the data from the first database comprises receiving the identifier and retrieving the data assigned to the identifier from the first database, wherein the method further comprises processing the retrieved data by the data processing component and providing a result of the analysis.

Abstract: The invention relates to a computer implemented method for performing cloud computing on data of a first user employing cloud components, the cloud components comprising a first database and a data processing component, wherein an asymmetric cryptographic key pair is associated with the first user, said asymmetric cryptographic key pair comprising a public key and a private key, the data being stored pseudonymously non-encrypted in the first database with the data being assigned to an identifier, wherein the identifier comprises the public key, the method comprising retrieving the data from the first database by the data processing component, wherein retrieving the data from the first database comprises receiving the identifier and retrieving the data assigned to the identifier from the first database, wherein the method further comprises processing the retrieved data by the data processing component and providing a result of the analysis.

Abstract: The invention relates to a computer-implemented method for medical diagnosis support for patient data of a patient through a data processing system, wherein the data processing system comprises a graphical user interface and a database containing rules for calculating diagnosis risks.

Abstract: A computer-implemented method for determining the presence of a disease in a patient, the method comprising: Receiving first rule sets comprising rules, the rules of each first rule set being grouped into one or more second rule sets, each second rule set comprising a score value; Determining, for each first rule set, the highest score value of its second rule sets; Calculating a total score value for the disease as a derivative of the determined highest score values; Returning a first diagnosis result, the first diagnosis result being indicative of the presence of the disease in the patient, the first diagnosis result having assigned the total score value;

Abstract: The invention relates to a computer-implemented method for medical diagnosis support for patient data of a patient through a data processing system, wherein the data processing system comprises a graphical user interface and a database containing rules for calculating diagnosis risks.

Abstract: The invention relates to a computer-implemented method for displaying chronic illnesses on a graphical user interface of a data processing system, whereby the graphical user interface comprises at least a first and a second display window, comprising the following steps: displaying at least a portion of patient data of a patient in the first display window of a graphical user interface, wherein the displayed patient data in the first display window are displayed row-by-row, wherein the first display comprises a scroll bar for row-by-row tracking of the patient data to be displayed, accessing a first database, the first database comprising medical diagnosis objects, wherein the medical diagnosis objects are stored in connection with rules relating to the patient data of the patient, wherein the medical diagnosis objects are in addition connected to information characterizing the connected diagnosis object as a possible chronical diagnosis, checking, whether at least one of the rules is satisfied for the patien

Abstract: The invention relates to a data structure comprising a plurality of biomedical parameters for providing a plurality of biomedical parameter values as input to a medical decision support system.

Abstract: The invention relates to a communication method of an electronic health insurance card (122) with a reading device. A communication link is established between the electronic health insurance card (122) and the reading device (110), said communication link being a near-field link.

Abstract: The invention relates to a computer implemented method for performing cloud computing on data of a first user employing cloud components, the cloud components comprising a first database and a data processing component, wherein an asymmetric cryptographic key pair is associated with the first user, said asymmetric cryptographic key pair comprising a public key and a private key, the data being stored pseudonymously non-encrypted in the first database with the data being assigned to an identifier, wherein the identifier comprises the public key, the method comprising retrieving the data from the first database by the data processing component, wherein retrieving the data from the first database comprises receiving the identifier and retrieving the data assigned to the identifier from the first database, wherein the method further comprises processing the retrieved data by the data processing component and providing a result of the analysis.

Abstract: The invention relates to a method for decoding a medicinal data object (132) by means of a data processing system (100). The medicinal data object is encoded by means of a data object key, a signature is allocated to said data object key and the data object key is encoded by means of a first health insurance card key (138). Said medicinal data object is allocated to the first health insurance card key (138) and said method comprises the following steps: a secure communication channel is established with the mobile telecommunication device (116), the telecommunication device (116) is designed to be used as an electronic health insurance card, the first health insurance card key (138) is allocated to the mobile telecommunication device (116), the data object key coded by the health insurance card key (138) is sent to the telecommunication device (116), the decoded data object key is captured by the telecommunication device (116), and the medicinal data object (132) is decoded by the coded data object key.

Abstract: A data processing system includes: means for accessing a medical case database; means for entering case-related data in the case database; means for accessing a medical specialty questions database; means for generating a query for the specialty questions database with the help of the case-related data; means for displaying a specialty question obtained by the query; means for entering an answer to the specialty question; and means for evaluating an answer.

Abstract: In a process for the production of a plate, in particular a motor vehicle licence plate, in which at least a layer sequence forming an electroluminescence flat capacitor (4, 5, 6, 7) and a reflection film (10; 10?) are applied to a carrier (1), a reflection film (10; 10?) is selected whose reflection value is higher than the maximum value permitted by statute, and said reflection value is reduced by further production steps to such an extent that it is below the maximum value permitted by statute.

Abstract: A contact assembly (11) for providing electricity to an electroluminescent display (12) that is mounted on an outer face of a carrier plate (10). The contact assembly includes contact pads (16) on the outer face of the carrier plate and a first connector (13) that has an insulative body (21) and a pair of contact elements (28) with outer ends (32, 31) that each engages one of the conductive pads (16). The outer end of each contact element and the contact pads, are surrounded by an outer body portion to safeguard against a person touching the contact element outer end.

Abstract: The invention concerns a vehicle lamp comprising an elongate light guide, and a light source which is arranged at one end of the light guide and whose light is coupled into the light guide and at least partially passed to an oppositely disposed coupling-out end where it is coupled-out. The light guide is of a multi-member configuration and on the side towards the vehicle has a plurality of limbs which are curved to differing degrees.

Abstract: A contact assembly (11) for providing electricity to an electroluminescent display (12) that is mounted on an outer face of a carrier plate (10). The contact assembly includes contact pads (16) on the outer face of the carrier plate and a first connector (13) that has an insulative body (21) and a pair of contact elements (28) with outer ends (32, 31) that each engages one of the conductive pads (16). The outer end of each contact element and the contact pads, are surrounded by an outer body portion to safeguard against a person touching the contact element outer end.

Abstract: In a process for the production of an electroluminescent flat capacitor arrangement, a transparent dielectric mixed with electroluminescent pigments is interposed between first and second moisture-impervious substrates each carrying a respective electrically conductive layer. The layer arrangement formed in that way is moisture-tightly encapsulated. At least one of the substrates and the electrically conductive layer carried thereby are transparent.

Abstract: In a process for the production of a plate, in particular a motor vehicle licence plate, in which at least a layer sequence forming an electroluminescence flat capacitor (4, 5, 6, 7) and a reflection film (10; 10?) are applied to a carrier (1), a reflection film (10; 10?) is selected whose reflection value is higher than the maximum value permitted by statute, and said reflection value is reduced by further production steps to such an extent that it is below the maximum value permitted by statute.

Abstract: A plate (1), in particular a motor vehicle licence plate, comprises a casing (3) including a rear wall (4) and an edge portion (5) which surrounds that rear wall (4) and which projects forwardly and which extends around a light transmission opening (7) through which a flat symbol carrier extending in parallel relationship with the rear wall (4) of the casing is visible, wherein provided for illumination between the rear wall (4) and the symbol carrier is an electrically activatable light film (14) which transilluminates at least the regions of high transparency of the symbol carrier from the rear. To achieve reflection properties arranged in front of the light film and in parallel relationship therewith is a reflection film (15) which is at least region-wise transparent for the light coming from the rear from the light film and which reflects extraneous light which impinges thereon from the outside through the light transmission opening.