mhurhangee/ep-ind-claims huggingface dataset:
An adaptive optical system comprising: - an adaptive optical device comprising an optical processing surface intended to deform an incident wavefront and a driving device connected to said optical processing surface to controllably modify the optical behaviour of said optical processing surface, - an optical analyser intended to be subjected to an input light beam in order to produce, in response, output signals (8, 9, 10), - a control device connected, on the one hand, to the optical analyser, and on the other hand, to the driving device, in order to command the latter as a function of said output signals (8, 9, 10), characterized in that said optical analyser is designed to spatially demultiplex, by multi-plane light conversion, the input light beam into a plurality of elementary output light beams (80, 90, 100) each corresponding to an isolated spatial mode or to a group of isolated spatial modes, said output signals (8, 9, 10) being formed by, or from, said elementary light beams (80, 90, 100). - an adaptive optical device comprising an optical processing surface intended to deform an incident wavefront and a driving device connected to said optical processing surface to controllably modify the optical behaviour of said optical processing surface, - an optical analyser intended to be subjected to an input light beam in order to produce, in response, output signals (8, 9, 10), - a control device connected, on the one hand, to the optical analyser, and on the other hand, to the driving device, in order to command the latter as a function of said output signals (8, 9, 10),
A terminal housing for an electromedical implant having female contacts (22.1, 22.2, 24) to receive and electrically contact electrode line plugs, wherein the terminal housing has a base module, wherein the base module has at least one female contact according to a second standard, and wherein the terminal housing has a separately pre-fabricated cover module that is inserted into the base module and is connected thereto and has a female contact according to a first standard, characterised in that the base module has a receiving trough, which is originally open at the side, to receive the cover module and into which the cover module is inserted, and in that the cover module has a free-fall injection-moulded part which forms a cover blank, which cover blank has a receiving space that runs in a longitudinal direction of the cover blank, said receiving space defining the female contact according to the IS-4 standard, and also has a through-opening, which leads laterally into the receiving space and into which a plug receptacle is inserted, and in that the base module has an axial through-bore, which leads into the receiving trough and is aligned with the receiving space in the cover module.
A method for mapping a patient's vascular system, the method comprising: generating a three-dimensional model of a bronchial network in the patient's chest based on image data of the patient's chest; and generating a vascular tree map by fitting a model vascular map to the 3D model, receiving vascular-location data indicating locations of a plurality of identified vascular structures, wherein the plurality of vascular structures are identified based on electromagnetic sensor data received from an EM sensor of an electromagnetic navigation system coupled to a tool (62, 64, 230) being navigated about the patient's chest; updating positions of vascular structures on the vascular tree map by correlating the locations of the plurality of identified vascular structures with the vascular tree map, thereby providing an updated vascular tree map; and displaying the updated vascular tree map. generating a three-dimensional model of a bronchial network in the patient's chest based on image data of the patient's chest; and generating a vascular tree map by fitting a model vascular map to the 3D model, receiving vascular-location data indicating locations of a plurality of identified vascular structures, wherein the plurality of vascular structures are identified based on electromagnetic sensor data received from an EM sensor of an electromagnetic navigation system coupled to a tool (62, 64, 230) being navigated about the patient's chest; updating positions of vascular structures on the vascular tree map by correlating the locations of the plurality of identified vascular structures with the vascular tree map, thereby providing an updated vascular tree map; and displaying the updated vascular tree map.
Shock damper for mounting an object in or on a vehicle, in particular a surface vessel or submarine vessel, comprising at least one vibration-damping part between a vehicle-side foundation part and a mounting-side part of the object to be mounted in a vibration-damped manner, wherein the vibration-damping part is formed at least partially from shape memory material, wherein the part of the shock damper that is formed at least partially from shape memory material forms a tension element, characterized in that the mounting-side part is clamped between two tension elements which act thereon and which are fastened to two spaced-apart foundation part portions (10, 10') in such a way that shock forces acting in two diametrically opposite directions can be absorbed.
Reinforcement based on fibers and resin for element made of composite material, in particular a wind turbine blade, said reinforcement is obtained by superposition of at least two parts obtained by pultrusion, having different dimensions, which has a thickness lower to its width and is of great length, characterized in that each of said two parts is curved to take into account the shape of the profile of the element that receives them and adapted to the profile of said element, these two superposed parts are connected to one another in such a way as to make a reinforcement.
An electrode structure for a lithium sulphur cell selected from Li-SO 2, LiSOCl 2 or Li-S, the electrode structure comprising at least a current collector and an electrode composition provided on the current collector, and the electrode structure being configured as a cathode wherein a) said electrode composition includes an electrochemically active material and an electron conductive material, wherein the electrochemically active material is selected from sulphur, non-organic and organic compounds based on sulphur, sulphides and mixtures thereof; b) said electrode composition is provided on the current collector in layers and has an inside surface proximal to the current collector and an outside surface distal from the current collector; and c) said electrode composition has a non-uniform porosity that decreases in a direction from the inside surface towards the outside surface, wherein the decrease in porosity is achieved by deposition of successive layers of the electrode composition onto the current collector with decreasing individual porosities, thus forming a stepped porosity gradient. a) said electrode composition includes an electrochemically active material and an electron conductive material, wherein the electrochemically active material is selected from sulphur, non-organic and organic compounds based on sulphur, sulphides and mixtures thereof; b) said electrode composition is provided on the current collector in layers and has an inside surface proximal to the current collector and an outside surface distal from the current collector; and c) said electrode composition has a non-uniform porosity that decreases in a direction from the inside surface towards the outside surface, wherein the decrease in porosity is achieved by deposition of successive layers of the electrode composition onto the current collector with decreasing individual porosities, thus forming a stepped porosity gradient.
Oxygen separation system, comprising a support for accommodating a plurality of autonomous oxygen separation units, and a plurality of autonomous oxygen separation units being attachable to, and detachably attachable to said support, each oxygen separation unit comprising at least one oxygen separation device with an oxygen separation sorbent being suitable for separating oxygen from an oxygen comprising gas by sorbing at least one component of the oxygen comprising gas apart from oxygen, and a gas conveying device for guiding a flow of oxygen comprising gas through the oxygen separation device. characterized in that the gas conveying device comprises a piezoelectric fluid pump.
A method of employing low-speed finishers (14, 16) to finish pages output from a high-speed marking system, comprising: receiving print job information describing one or more print jobs to be executed; planning and scheduling the one or more print jobs; determining a number of low-speed finishers (14, 16) to be employed to finish printed pages output by the marking system; interleaving pages as they are output from the high-speed marking system to at least two low-speed finishers (14, 16) arranged in a tandem configuration, and routing odd pages to a first finisher and even pages to a second finisher when all pages of a job are the same, or when user preference information does not specify a page ordering, wherein the print job information comprises job composition information and user preference information, wherein the job composition information comprises a number of jobs to be printed, a number of sets of pages in each job, and a number of pages in each set, and wherein the user preference information comprises information related to page ordering, set ordering, and job ordering. receiving print job information describing one or more print jobs to be executed; planning and scheduling the one or more print jobs; determining a number of low-speed finishers (14, 16) to be employed to finish printed pages output by the marking system; interleaving pages as they are output from the high-speed marking system to at least two low-speed finishers (14, 16) arranged in a tandem configuration, and routing odd pages to a first finisher and even pages to a second finisher when all pages of a job are the same, or when user preference information does not specify a page ordering,
A terminal for intermediate connection to an electric cable, comprising a body of conducting metal material having a connection part configured to be connected to a user device, and a support part configured to receive an intermediate portion of the electric cable welded to the support part, wherein an insulating sleeve of the electric cable has been removed in the intermediate portion, wherein said terminal comprises, on each of longitudinally opposite ends of the support part, a pair of crimping tabs (15a, 15b; 16a, 16b) extending from transversely opposite sides of the support part and susceptible to be clamped by deformation around an insulating sleeve of the electric cable adjacent to the intermediate portion of the electric cable, wherein each pair of tabs (15a, 15b; 16a, 16b) comprises at least one rib (17, 18) adapted to engage the insulating sleeve of the electric cable and extending transversely between the opposite free ends (15a', 15b'; 16a', 16b') of the pair of tabs (15a, 15b; 16a, 16b'). wherein the opposite free ends (15a', 15b'; 16a', 16b') of each pair of tabs (15a, 15b; 16a, 16b) have complementary profiles that interdigitate when the pair of tabs (15a, 15b; 16a, 16b) is clamped around the insulating sleeve of the electric cable.
A partially aluminized lens for an automotive lamp, which is set in front of an automotive lamp light source, comprising: a plano-convex lens including a light-incident surface and a light-emitting surface for shaping light from the light source to a main light shape; and a reflection surface for shaping light from the light source to an auxiliary light shape; characterized in that: the reflection surface is formed by partial aluminization on a reflection frame integrally formed with the plano-convex lens; a transitional region is arranged at a connection of the plano-convex lens and the reflection frame; through the light-incident surface of the plano-convex lens, the reflection surface of the reflection frame and the transitional region, the light from the light source is shaped to the main light shape with a light-dark boundary and a range of illumination of 35 degrees to 45 degrees of an inner side, and 65 degrees to 75 degrees of an outer side of an automobile, and light from the light source is shaped to the auxiliary light shape with the light-dark boundary with inflection points, and with a range of illumination of both 15 degrees to 25 degrees of the inner side and the outer side of the automobile. a plano-convex lens including a light-incident surface and a light-emitting surface for shaping light from the light source to a main light shape; and a reflection surface for shaping light from the light source to an auxiliary light shape; characterized in that: the reflection surface is formed by partial aluminization on a reflection frame integrally formed with the plano-convex lens; a transitional region is arranged at a connection of the plano-convex lens and the reflection frame; through the light-incident surface of the plano-convex lens, the reflection surface of the reflection frame and the transitional region, the light from the light source is shaped to the main light shape with a light-dark boundary and a range of illumination of 35 degrees to 45 degrees of an inner side, and 65 degrees to 75 degrees of an outer side of an automobile, and light from the light source is shaped to the auxiliary light shape with the light-dark boundary with inflection points, and with a range of illumination of both 15 degrees to 25 degrees of the inner side and the outer side of the automobile. the reflection surface is formed by partial aluminization on a reflection frame integrally formed with the plano-convex lens; a transitional region is arranged at a connection of the plano-convex lens and the reflection frame; through the light-incident surface of the plano-convex lens, the reflection surface of the reflection frame and the transitional region, the light from the light source is shaped to the main light shape with a light-dark boundary and a range of illumination of 35 degrees to 45 degrees of an inner side, and 65 degrees to 75 degrees of an outer side of an automobile, and light from the light source is shaped to the auxiliary light shape with the light-dark boundary with inflection points, and with a range of illumination of both 15 degrees to 25 degrees of the inner side and the outer side of the automobile.
Method for determining a model upstream pressure (P TMC _ mold) by means of a mathematical model in an electronically regulated motor vehicle brake system, in which the regulation of an electrically controllable hydraulic valve (7a, 7b) causing a build-up of brake pressure on at least one wheel brake (2a, 2b) is carried out using the model upstream pressure (P TMC _ mold) as at least one parameter, and wheel sensors (10a, 10b) for determining a vehicle speed signal indicating the speed of the vehicle and a brake pedal that can be operated are provided, characterized in that, - from the vehicle speed signal (v ref) at least one first low pass filtered vehicle speed signal (V ref_fast, V ref_hard, V ref _ soft) is generated by means of a low pass filter (F1, F2, F3) with a first limit frequency (f g1, f g2, f g3), from whose time profile the point in time (t 1) of a significant decrease is detected, which is used as the starting criterion for determining a time duration (Timer) starting with a deceleration of the vehicle initiated by a braking process, which ends at the point in time (t 2) of the onset of regulation of the braking process, - for the classification of the actuation speed of the brake pedal the time duration (Timer) is compared with at least one first or second threshold value (SW 1, SW 2), and - depending on the comparison result a model upstream pressure (P TMC _ mod) is determined by means of the mathematical model. - from the vehicle speed signal (v ref) at least one first low pass filtered vehicle speed signal (V ref_fast, V ref_hard, V ref _ soft) is generated by means of a low pass filter (F1, F2, F3) with a first limit frequency (f g1, f g2, f g3), from whose time profile the point in time (t 1) of a significant decrease is detected, which is used as the starting criterion for determining a time duration (Timer) starting with a deceleration of the vehicle initiated by a braking process, which ends at the point in time (t 2) of the onset of regulation of the braking process, - for the classification of the actuation speed of the brake pedal the time duration (Timer) is compared with at least one first or second threshold value (SW 1, SW 2), and - depending on the comparison result a model upstream pressure (P TMC _ mod) is determined by means of the mathematical model.
An ion mobility spectrometer for determining an ion mobility of a sample gas in dry air as a drift gas and having a drift space and a reaction space, the ion mobility spectrometer further comprising: a dielectrically hindered ionization source, DBDI source, disposed in the reaction chamber, for ionizing the sample gas; a pressure sensor arranged in the reaction chamber and a temperature sensor arranged in the reaction chamber; a light source for irradiating the DBDI source with light of the wavelength range from 240nm to 480nm; and a control unit connected to the pressure sensor, the temperature sensor, the DBDI source and the light source, characterized in that the control unit is adapted to set up an ignition voltage of the DBDI source depending on a pressure value determined by the pressure sensor and a temperature value determined by the temperature sensor and to drive the light source. a dielectrically hindered ionization source, DBDI source, disposed in the reaction chamber, for ionizing the sample gas; a pressure sensor arranged in the reaction chamber and a temperature sensor arranged in the reaction chamber; a light source for irradiating the DBDI source with light of the wavelength range from 240nm to 480nm; and a control unit connected to the pressure sensor, the temperature sensor, the DBDI source and the light source, characterized in that the control unit is adapted to set up an ignition voltage of the DBDI source depending on a pressure value determined by the pressure sensor and a temperature value determined by the temperature sensor and to drive the light source.
Cosmetic non-therapeutic use by oral route of administration of a composition comprising at least one probiotic and at least one B group vitamin, for improving the cellulite appearance of skin in subjects not following a weight-reducing diet or slimming diet.
A ginseng mixed composition for use for oral administration, comprising: a Schizandra chinensis extract; and a ginseng extract comprising saponin, wherein the ginseng extract is a ginseng berry extract, and wherein the composition has an increased bioavailability of saponin compared to a composition comprising ginseng berry extract without a Schizandra chinensis extract. a Schizandra chinensis extract; and a ginseng extract comprising saponin, wherein the ginseng extract is a ginseng berry extract, and wherein the composition has an increased bioavailability of saponin compared to a composition comprising ginseng berry extract without a Schizandra chinensis extract.
Feed apparatus for feeding a coating material to a machine for coating workpieces which are at least partly made of wood, derived timber products, plastic or the like, wherein the feed apparatus has: a plurality of guide devices each for guiding a coating material in a direction of feeding, wherein the guide devices are formed by guide grooves, at least one conveying device for conveying the coating material in the direction of feeding, and at least one retaining device for retaining the coating material in at least one direction, preferably contrary to the direction of feeding, characterised in that at least one conveying element of the conveying device is provided in an inlet region of the guide device upstream of the guide grooves. a plurality of guide devices each for guiding a coating material in a direction of feeding, wherein the guide devices are formed by guide grooves, at least one conveying device for conveying the coating material in the direction of feeding, and at least one retaining device for retaining the coating material in at least one direction, preferably contrary to the direction of feeding, characterised in that at least one conveying element of the conveying device is provided in an inlet region of the guide device upstream of the guide grooves.
A method of determining a quality indicator of an object that has been manufactured by means of a layer-wise additive manufacturing method, wherein in said layer-wise additive manufacturing method the object is manufactured layer by layer by a solidification of a building material at the positions corresponding to the cross-section of the object in a layer, wherein the method comprises at least the following steps: a step of providing a first dataset that is assigned to a process monitoring device, wherein in the first dataset for several layers following upon one another during the course of the manufacture, in particular layers following immediately upon one another, a process irregularity information detected by the process monitoring device assigned to the dataset is assigned to each of a pre-defined number of solidified positions of a layer, a step of detecting for said several layers following upon one another a relative frequency of occurrence of a process irregularity in a layer and of assigning a grade indicator value (R i, S i) to the solidified object cross-section in a layer according to the detected relative frequency, wherein to different ranges of values of the relative frequency different grade indicator values (R i, S i) indicating different quality levels are assigned and a step of generating a second dataset, in which based on the assignments of the grade indicator values (R i, S i) to the individual layers in step S2 a grade indicator value is assigned to the object cross-section in each individual layer of said several layers following upon one another, and a step of determining a quality indicator by using the second dataset, said quality indicator indicating the quality of the manufactured object. a step of providing a first dataset that is assigned to a process monitoring device, wherein in the first dataset for several layers following upon one another during the course of the manufacture, in particular layers following immediately upon one another, a process irregularity information detected by the process monitoring device assigned to the dataset is assigned to each of a pre-defined number of solidified positions of a layer, a step of detecting for said several layers following upon one another a relative frequency of occurrence of a process irregularity in a layer and of assigning a grade indicator value (R i, S i) to the solidified object cross-section in a layer according to the detected relative frequency, wherein to different ranges of values of the relative frequency different grade indicator values (R i, S i) indicating different quality levels are assigned and a step of generating a second dataset, in which based on the assignments of the grade indicator values (R i, S i) to the individual layers in step S2 a grade indicator value is assigned to the object cross-section in each individual layer of said several layers following upon one another, and a step of determining a quality indicator by using the second dataset, said quality indicator indicating the quality of the manufactured object.