mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a node for random access in a wireless network, the method comprising: - receiving information from an access node for determining a set of sub-carrier shifts, wherein the received information comprises a value indicating a shift resolution, and wherein the shift resolution indicates a spacing between two sub-carrier shifts in the set of sub-carrier shifts; - determining the set of sub-carrier shifts, wherein each sub-carrier shift indicates a shift with respect to a starting sub-carrier index of a number of sub-carriers in a resource block, RB, of RBs allocated for transmitting a random access preamble, wherein the random access preamble occupies a number of sub-carriers that is less than a number of sub-carriers allocated for the random access, and wherein the number of sub-carriers occupied by the random access preamble is a prime number; - selecting a sub-carrier shift from the set of sub-carrier shifts; and - transmitting the random access preamble to the access node , wherein the random access preamble is transmitted according to the selected sub-carrier shift, by mapping the random access preamble to the sub-carriers allocated for the random access. - receiving information from an access node for determining a set of sub-carrier shifts, wherein the received information comprises a value indicating a shift resolution, and wherein the shift resolution indicates a spacing between two sub-carrier shifts in the set of sub-carrier shifts; - determining the set of sub-carrier shifts, wherein each sub-carrier shift indicates a shift with respect to a starting sub-carrier index of a number of sub-carriers in a resource block, RB, of RBs allocated for transmitting a random access preamble, wherein the random access preamble occupies a number of sub-carriers that is less than a number of sub-carriers allocated for the random access, and wherein the number of sub-carriers occupied by the random access preamble is a prime number; - selecting a sub-carrier shift from the set of sub-carrier shifts; and - transmitting the random access preamble to the access node , wherein the random access preamble is transmitted according to the selected sub-carrier shift, by mapping the random access preamble to the sub-carriers allocated for the random access.
Mobile stowage assembly for a motor vehicle cabin , comprising: - two guide rails designed to be installed parallel in a longitudinal direction and in the centre of a motor vehicle cabin, said two rails each having a rolling track , - a central console comprising a chassis having two lateral parts opposite to one another, and two pairs of rollers (44, 46; 48, 50) respectively mounted on said two lateral parts , said two pairs of rollers (44, 46; 48, 50) being designed to respectively bear on the rolling tracks of said two guide rails in order to be able to guide said central console in translation; - said guide rails each comprising a slideway extending below said rolling track , whereas said chassis comprises two free wings extending respectively back below said pairs of rollers (44, 46; 48, 50) in order to be able to slide in the slideways ; characterized in that said two free wings further each comprise play-compensating shoes . - two guide rails designed to be installed parallel in a longitudinal direction and in the centre of a motor vehicle cabin, said two rails each having a rolling track , - a central console comprising a chassis having two lateral parts opposite to one another, and two pairs of rollers (44, 46; 48, 50) respectively mounted on said two lateral parts , said two pairs of rollers (44, 46; 48, 50) being designed to respectively bear on the rolling tracks of said two guide rails in order to be able to guide said central console in translation; - said guide rails each comprising a slideway extending below said rolling track , whereas said chassis comprises two free wings extending respectively back below said pairs of rollers (44, 46; 48, 50) in order to be able to slide in the slideways ;
Header for a heat exchanger of a motor vehicle, configured to receive heat exchange tubes , comprising: - a metal plate through which the tubes are intended to pass and which comprises two longitudinal edges for crimping the header to a header tank , and - a plate comprising a polymer material, superposed with the metal plate and provided with tube receiving orifices , the header comprising a gasket positioned between the metal plate and the polymer plate , the gasket comprising a flat portion sandwiched between the metal plate and the polymer plate , and the gasket being equipped with sleeves configured to be fitted around the tubes , characterized in that the tube receiving orifices formed in the polymer plate comprise a gasket retaining shoulder configured so that the gasket is pressed intimately against this shoulder when a tube is received in a receiving orifice . - a metal plate through which the tubes are intended to pass and which comprises two longitudinal edges for crimping the header to a header tank , and - a plate comprising a polymer material, superposed with the metal plate and provided with tube receiving orifices , the header comprising a gasket positioned between the metal plate and the polymer plate , the gasket comprising a flat portion sandwiched between the metal plate and the polymer plate , and the gasket being equipped with sleeves configured to be fitted around the tubes , characterized in that the tube receiving orifices formed in the polymer plate comprise a gasket retaining shoulder configured so that the gasket is pressed intimately against this shoulder when a tube is received in a receiving orifice .
Compressed-air supply system for operating a pneumatic installation , in particular an air-suspension system of a vehicle, comprising: - an air supply, comprising an air compressor unit for supplying compressed air to an compressed air supply ; - a compressed air port to the pneumatic installation ; - an air removal port for releasing air to the environment; - a pneumatic main line between the compressed air supply and the compressed air port , the pneumatic main line comprising an air dryer and a throttle - an air removal line between the compressed air port and the air removal port , the air removal line branching of the pneumatic main line ; - an exhaust valve connected in the air removal line , wherein the exhaust valve comprises a pressure control port connected to the compressed air supply , and comprises a pressure counter control port connected to the compressed air port , characterized in that the exhaust valve comprises control chamber which is fluidically partitioned by a diaphragm for switching the exhaust valve between an opened and a closed state (OS; CS), the diaphragm having an effective area pressurizable via the pressure control port and an opposing effective area pressurizable via the pressure counter control port and wherein the exhaust valve is configured to be normally opened. - an air supply, comprising an air compressor unit for supplying compressed air to an compressed air supply ; - a compressed air port to the pneumatic installation ; - an air removal port for releasing air to the environment; - a pneumatic main line between the compressed air supply and the compressed air port , the pneumatic main line comprising an air dryer and a throttle - an air removal line between the compressed air port and the air removal port , the air removal line branching of the pneumatic main line ; - an exhaust valve connected in the air removal line , wherein the exhaust valve comprises a pressure control port connected to the compressed air supply , and comprises a pressure counter control port connected to the compressed air port ,
Connector having a rear side and including a housing having a latch arm having a latch portion being a catch located at a front end of the latch arm and a lever portion to exert a leverage effect on the latch arm , the connector further including a connector position assurance - CPA device designed to be mounted on the connector from its rear side and slidingly mounted on the housing between an initial position in which the latch portion can be actuated when the lever portion is operated and a final position in which it prevents the actuation of the latch portion by preventing a release of a tooth provided on a counterpart connector from the catch , the CPA device having a pushing portion , wherein in its initial position, the CPA device engages the latch arm , extends in cantilevered position and increases the leverage effect of the lever portion , characterized in that the latch arm has a pressing area at a rear end of the latch arm accessible by an operator finger for upwardly pivoting the latch portion when the pressing area is pushed down thereby releasing the tooth allowing unmating of the connector and the counterpart connector, and by the pressing area being extended by the pushing portion of the CPA device , both forming an operating area which is larger in the initial position of the CPA device than in its final position.
A handheld, electronic data collection device comprising: a camera ; and a processing arrangement configured to: capture an image of a medicament dose indicator of a medicament delivery device using said camera ; adjust a scale of said image depending upon a distance between the camera and the medicament delivery device such that the size of characters displayed by the medicament dose indicator is within a predetermined size range; adjust said image for skew of one or more characters displayed by the medicament dose indicator; determine the position of at least one of said one or more characters in the image; identify the at least one character using optical character recognition; and determine a medicament dose indicated by said medicament dose indicator based on a result of said optical character recognition. a camera ; and a processing arrangement configured to: capture an image of a medicament dose indicator of a medicament delivery device using said camera ; adjust a scale of said image depending upon a distance between the camera and the medicament delivery device such that the size of characters displayed by the medicament dose indicator is within a predetermined size range; adjust said image for skew of one or more characters displayed by the medicament dose indicator; determine the position of at least one of said one or more characters in the image; identify the at least one character using optical character capture an image of a medicament dose indicator of a medicament delivery device using said camera ; adjust a scale of said image depending upon a distance between the camera and the medicament delivery device such that the size of characters displayed by the medicament dose indicator is within a predetermined size range; adjust said image for skew of one or more characters displayed by the medicament dose indicator; determine the position of at least one of said one or more characters in the image; identify the at least one character using optical character recognition; and determine a medicament dose indicated by said medicament dose indicator based on a result of said optical character recognition.
A rotary electrical machine, having its own axis of rotation (R), comprising an electronic module , comprising a printed circuit and a plurality of SMD electronic components and a plurality of PTH electronic components and a dissipator for dissipating the heat generated by the electronic module ; the SMD electronic components and the PTH electronic components face towards the dissipator ; the electronic module comprising at least one transferring element connected to the printed circuit at the position of at least one SMD electronic component in order to transfer the heat generated by the SMD electronic component to the dissipator , wherein the SMD electronic components comprise a plurality of MOSFETs each of which has its own terminals , characterised in that the transferring element is soldered to a first side of the printed circuit and to at least one of the terminals of the respective MOSFET .
A labeling assembly for labeling machines, which comprises a base frame which is adapted to be associated with a conveyor of containers to be labeled, wherein the base frame supports labeling means for labeling said containers , the labeling assembly comprising delimiting means for at least partially delimiting the work area of said labeling means , said delimiting means comprising at least one protective body , characterized in that said protective body can move slideably, with respect to said base frame , between an active position, in which said protective body is adapted to delimit at least partially the work area of said labeling means , and at least one inactive position, which is spaced with respect to said active position, in which said protective body allows access from the outside to the work area of said labeling means .
A platform associated with a cyber-physical system associated with an industrial asset, comprising: a data source for a plurality of time-series measurements that represent normal operation of the cyber-physical system ; wherein at least one of the time-series measurements are associated with at least one of: (i) a sensor monitoring node, (ii) an actuator monitoring node, and (iii) a control monitoring node; a stateful, nonlinear embedding computer , coupled to the data source , performing the following steps: (i) receive the plurality of time-series measurements, (ii) execute stateful, nonlinear embedding to project the plurality of time-series measurements to a lower-dimensional latent variable space such that redundant and irrelevant information are reduced and temporal and spatial dependence among the measurements are captured, wherein the stateful, nonlinear embedding comprises augmenting a stateless, nonlinear embedding process by using a window of consecutive samples of the time-series measurements as a matrix input to the stateless, nonlinear embedding process. and (iii) utilize output of the stateful, nonlinear embedding to automatically identify underlying system characteristics of the cyber-physical system . a data source for a plurality of time-series measurements that represent normal operation of the cyber-physical system ; wherein at least one of the time-series measurements are associated with at least one of: (i) a sensor monitoring node, (ii) an actuator monitoring node, and (iii) a control monitoring node; a stateful, nonlinear embedding computer , coupled to the data source , performing the following steps: (i) receive the plurality of time-series measurements, (ii) execute stateful, nonlinear embedding to project the plurality of time-series measurements to a lower-dimensional latent variable space such that redundant and irrelevant information are reduced and temporal and spatial dependence among the measurements are captured, wherein the stateful, nonlinear embedding comprises augmenting a stateless, nonlinear embedding process by using a window of consecutive samples of the time-series measurements as a matrix input to the stateless, nonlinear embedding process. and (iii) utilize output of the stateful, nonlinear embedding to automatically identify underlying system characteristics of the cyber-physical system . (i) receive the plurality of time-series measurements, (ii) execute stateful, nonlinear embedding to project the plurality of time-series measurements to a lower-dimensional latent variable space such that redundant and irrelevant information are reduced and temporal and spatial dependence among the measurements are captured, wherein the stateful, nonlinear embedding comprises augmenting a stateless, nonlinear embedding process by using a window of consecutive samples of the time-series measurements as a matrix input to the stateless, nonlinear embedding process. and (iii) utilize output of the stateful, nonlinear embedding to automatically identify underlying system characteristics of the cyber-physical system .
Deburring tool for deburring edges of transverse recesses (3, 3a-i), which start from a main bore , consisting of a shaft driven to be rotatable about the tool axis and which can be moved into the main bore and out in advance direction, and on the lower end of which is arranged at least one blade window in which at least one blade (10, 10', 10", 10′′′, 10ʺʺ) spring-loaded approximately perpendicularly to the tool axis is arranged to be displaceable, which has on its front end at least one cutting edge which meets the edge of the transverse recess (3, 3a-i) and deburrs the latter, wherein the blade (10, 10', 10", 10′′′, 10ʺʺ) consists of two arc-like cutting edges opposing one another in rotation direction , characterised in that the cutting edges are configured such that they act to be cutting equally for right-hand operation and left-hand operation , wherein the one cutting edge is configured to be cutting for right-hand operation both in forward operation and in rearward operation, and the other cutting edge is configured to be cutting for left-hand operation both in forward operation and in rearward operation, and in that the two cutting edges are placed at an angle with their cutting edges at an angle between 5° to 45° to the tool axis and hence to the longitudinal axis of the main bore .
An actuator for a clutch and/or a brake system of a motor vehicle, having a housing in which an electric machine having a stator and a rotor arranged rotatably with respect to said stator is arranged, which electric machine is designed to displace a piston axially, wherein the rotor is surrounded by an operating fluid and the electric machine is operatively coupled to a linear drive , which is designed to displace the piston during movement, characterised in that a gap tube sealing the stator with respect to the operating fluid via a first seal and via a second seal is arranged between the housing and the rotor , wherein the first seal and the second seal are in contact with the housing and the gap tube , the first seal and/or the second seal are/is designed as an adhesive seal or as an adhesive, and the first axial end and/or the second axial end of the gap tube are/is arranged in a groove in the housing . the first seal and/or the second seal are/is designed as an adhesive seal or as an adhesive, and the first axial end and/or the second axial end of the gap tube are/is arranged in a groove in the housing .
A water separator comprises: an axially extending airflow passage; an airflow mixer disposed within the airflow passage , and configured to impart a non-axial flow component on airflow through the airflow passage; a plurality of electric plates of alternating charge, disposed within the airflow passage downstream of the airflow mixer so as to create an electric field region within the airflow passage; and a mechanical separator disposed within the airflow passage, downstream of the airflow mixer and axially at least partially within the electric field region, disposed to separate water droplets from air. an axially extending airflow passage; an airflow mixer disposed within the airflow passage , and configured to impart a non-axial flow component on airflow through the airflow passage; a plurality of electric plates of alternating charge, disposed within the airflow passage downstream of the airflow mixer so as to create an electric field region within the airflow passage; and a mechanical separator disposed within the airflow passage, downstream of the airflow mixer and axially at least partially within the electric field region, disposed to separate water droplets from air.
A fluid system , in particular a filter system, for fluid, in particular fuel, oil, water or urea solution, having a heating device for fluid, with at least one heating chamber featuring an inlet and an outlet for the fluid, wherein at least one electrically operated heating element is disposed in the heating chamber between two retaining bodies in such a way that it is in electrical and thermal contact with a contact section of at least one of the retaining bodies , wherein an inner volume area between two retaining bodies and an exterior volume area on an exterior side of the retaining bodies facing away from the inner volume area can be flowed through by the fluid, wherein in an enlarged section of said inner volume area is a distance between the two retaining bodies larger than a distance between the retaining bodies , wherein one of the retaining bodies features at least one ring-shaped part, in particular at least one section of a circular ring disc, wherein the ring-shaped part features a radially inner area, a central area and a radially outer area when viewed from radially inside to radially outside with respect to a system axis , wherein the contact section is disposed in the central area, wherein the radially inner area and the radially outer area of the ring-shaped part delimit also respective sections of the inner volume area on their side, wherein a section of the at least one inner volume area is realized radially inside and radially outside the contact section , respectively, wherein at least one of the retaining bodies features at least in the area of a transition between the contact section and the at least one inner volume area at least one bend or step, wherein the distance between the retaining bodies in the inner volume area increases with increasing distance from the contact section .
Method of predicting a blood dilution risk value of a first blood circulation, which blood dilution risk value describes a risk of clotting and/or embolism and/or bleeding for the first blood circulation (S5), the method comprising the steps: providing coagulation data describing a haemostatic situation of the first blood circulation at a first point in time (S1), by providing a number of transfusion units, that have been supplied to the first blood circulation, or a measured test value of a test which was applied to the first blood circulation like e.g. an INR, aPTT, thrombo-elastometry (ampl) or thrombo-elastometry (lag time) test value, and performing a simulation of a time development of the haemostatic situation by means of a numerical model of coagulation cascade and fibrin polymerization, the model being a mathematical and dynamical representation of a blood dilution of the first blood circulation, and based on the coagulation data used as an input for the numerical model (S3), to calculate values of concentrations of human blood proteins as an output of the simulation (S4), and to translate at least some of the calculated values of the concentrations of the human blood proteins into the blood dilution risk value. providing coagulation data describing a haemostatic situation of the first blood circulation at a first point in time (S1), by providing a number of transfusion units, that have been supplied to the first blood circulation, or a measured test value of a test which was applied to the first blood circulation like e.g. an INR, aPTT, thrombo-elastometry (ampl) or thrombo-elastometry (lag time) test value, and performing a simulation of a time development of the haemostatic situation by means of a numerical model of coagulation cascade and fibrin polymerization, the model being a mathematical and dynamical representation of a blood dilution of the first blood circulation, and based on the coagulation data used as an input for the numerical model (S3), to calculate values of concentrations of human blood proteins as an output of the simulation (S4), and to translate at least some of the calculated values of the concentrations of the human blood proteins into the blood dilution risk value.