Patentales BV

The invention provides, amongst other aspects, a method for generating a technical specification, comprising the steps of receiving, from a user, a technical requirement comprising at least two physical entities belonging to a common physical entity class; determining, based on the technical requirement, an LLM prompt comprising respective labels corresponding to each of said at least two physical entities; generating, by providing said LLM prompt to an LLM trained with respect to said physical entity class, a response relating to at least two technical means; converting said response to obtain said technical specification comprising at least two respective unique IDs for identifying the respective technical means for addressing said technical requirement.

The invention provides, amongst other aspects, a device comprising: an input interface; a control module connected to the input interface; an output interface connected to said control module; wherein the control module is configured, upon initiation of a respective next measurement cycle, to: receive, via the input interface, respective next measurement data measured with respect to a patient; process the respective next measurement data, based at least on a respective previous graph associated with a respective previous measurement cycle, for obtaining a respective next graph associated with the respective next measurement cycle; output, via the output interface, the respective next graph; wherein the previous graph and the next graph each relate to knowledge graphs and each comprise: a plurality of entities relevant to a clinical scenario to which the respective measurement cycles relate, and a plurality of relations between the entities; and wherein the previous and the next graph differ in at least one entity or relation.

The invention provides, amongst other aspects, a golf putting device comprising: an ejector configured to eject a golf ball; a first sensor configured to emit first waves and measure a reflection of said emitted first waves; and a processor, wherein the device is configured to be changed between: a first state in which the ejector is configured to eject a first golf ball at a first predetermined speed, the first sensor is configured to measure first reflected waves reflected from the ejected first golf ball, and the processor is configured to determine a green speed based on the first predetermined speed of the ejected first golf ball and the measured first reflected waves, and a second state in which the first sensor is configured to measure second reflected waves reflected from a target point, the processor is configured to determine a target distance to the target point based on the measured second reflected waves, and the ejector is configured to eject a second golf ball at a second predetermined speed based on the determined green speed and the determined target distance.

The invention provides, amongst other aspects, a welding method comprising: providing a support structure; depositing an additive manufacturing layer on the support structure, wherein the step of providing a support structure comprises fabricating the support structure using a high-accuracy additive manufacturing technology, and wherein the additive manufacturing layer is deposited using a high-deposition-rate additive manufacturing technology. The invention further provides a device obtainable by the method according to the present invention.

The invention provides, amongst other aspects, a device comprising a substrate; a wall which is welded onto the substrate thereby defining a channel; and a covering layer extending over the substrate and covering at least the wall, wherein the wall is prefabricated, and wherein the covering layer is integrally formed. The invention further provides, amongst other aspects, a method of manufacturing a device comprising a channel preferably the device according to the present invention, the method comprising providing a substrate; welding a wall onto the substrate for defining the channel; and depositing a covering layer covering at least the wall and extending over the substrate, wherein the wall is prefabricated, and wherein the covering layer is deposited by means of a single additive manufacturing step.

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …