mhurhangee/ep-ind-claims huggingface dataset:
A method for characterising circulating tumour cells in a biological sample obtained from a patient with metastatic breast cancer, comprising the steps of: a) contacting the biological sample with a protein which binds cell surface markers of circulating tumour cells and reacts specifically with circulating tumour cells, to the substantial exclusion of other sample components, and permits the separation of such bound circulating tumour cells from other sample components of the biological sample; b) contacting the sample of step (a) with at least one reagent that specifically binds the sample of step (a), wherein the reagent is a substance that differentiates between different types of cells; c) contacting the sample of step (b) with an agent having binding affinity for steroid receptors in cells; and d) analysing the sample to determine the presence of circulating tumour cells expressing steroid receptors; wherein said method further comprises the step of determining the number of circulating tumour cells expressing the steroid receptors. a) contacting the biological sample with a protein which binds cell surface markers of circulating tumour cells and reacts specifically with circulating tumour cells, to the substantial exclusion of other sample components, and permits the separation of such bound circulating tumour cells from other sample components of the biological sample; b) contacting the sample of step (a) with at least one reagent that specifically binds the sample of step (a), wherein the reagent is a substance that differentiates between different types of cells; c) contacting the sample of step (b) with an agent having binding affinity for steroid receptors in cells; and d) analysing the sample to determine the presence of circulating tumour cells expressing steroid receptors;
Automatic train coupling, in particular for a freight car of a rail vehicle, having a coupling head which comprises a coupling head housing and a coupling fastener having a locking mechanism, wherein the coupling fastener is embodied as a rotary fastener having a coupling eyelet and a core, wherein the core is rotatable about a primary axis between a coupled position and a decoupled position, the coupling eyelet by way of a first end (5.1) is connected to the core so as to be rotatable about a coupling eyelet axis and has a second free end (5.2); and the core has a throat which is disposed for receiving a second end (5.2) of a coupling eyelet of a mating coupling head; having an electrically, hydraulically or pneumatically activated decoupling installation which comprises an electric motor or a hydraulic motor or a pneumatic motor that by way of a drive connection is at least indirectly connected to the core so as to rotate the core from the coupled position to the decoupled position; characterized in that the decoupling installation has a locking position in which it blocks rotation of the core from the decoupled position to the coupled position via the drive connection, wherein a control device is provided with which the decoupling installation can be controlled in order to keep it permanently in the locking position over a period of time. having a coupling head which comprises a coupling head housing and a coupling fastener having a locking mechanism, wherein the coupling fastener is embodied as a rotary fastener having a coupling eyelet and a core, wherein the core is rotatable about a primary axis between a coupled position and a decoupled position, the coupling eyelet by way of a first end (5.1) is connected to the core so as to be rotatable about a coupling eyelet axis and has a second free end (5.2); and the core has a throat which is disposed for receiving a second end (5.2) of a coupling eyelet of a mating coupling head; having an electrically, hydraulically or pneumatically activated decoupling installation which comprises an electric motor or a hydraulic motor or a pneumatic motor that by way of a drive connection is at least indirectly connected to the core so as to rotate the core from the coupled position to the decoupled position; characterized in that the decoupling installation has a locking position in which it blocks rotation of the core from the decoupled position to the coupled position via the drive connection, wherein a control device is provided with which the decoupling installation can be controlled in order to keep it permanently in the locking position over a period of time.
A method for a radio access network using frequency hopping sequences, based on channel parameters comprising time and frequency parameters, wherein the radio access network is configured for transmission of data symbols and reference symbols in different bursts and wherein the number of data symbol bursts exceeds the number of reference symbol bursts, the method is characterised by the steps of: - identifying at least one channel parameter and its associated value over which the channel is being substantially constant, and - modifying the used frequency hopping sequence by extending the range of the validity of the reference symbol bursts in a dimension of the identified channel parameter, wherein the data symbols are transmitted within said extended range to increase interference diversity. - identifying at least one channel parameter and its associated value over which the channel is being substantially constant, and - modifying the used frequency hopping sequence by extending the range of the validity of the reference symbol bursts in a dimension of the identified channel parameter, wherein the data symbols are transmitted within said extended range to increase interference diversity.
Procedure for the provision of an access key for a field device used in automation engineering, wherein said device is to be enabled using an access key that is entered, wherein the access key regulates access to the field device, particularly to its parameters, wherein said procedure comprises the following steps: - Generation of an individual key (204, 304) for the field device - Storage of the individual key in a database, wherein an identification attribute of the field device is additionally saved in the database together with the individual key, - Storage of the individual key in the field device; - Determination of at least the identification attribute of the field device for which the access key is to be made available; - Formation/creation/generation of the access key in such a way that the key at least comprises a hash value, wherein the hash value is formed at least from the individual key read out of the database using the identification attribute that has been determined; and - Transmission of the access key to the field device. - Generation of an individual key (204, 304) for the field device - Storage of the individual key in a database, wherein an identification attribute of the field device is additionally saved in the database together with the individual key, - Storage of the individual key in the field device; - Determination of at least the identification attribute of the field device for which the access key is to be made available; - Formation/creation/generation of the access key in such a way that the key at least comprises a hash value, wherein the hash value is formed at least from the individual key read out of the database using the identification attribute that has been determined; and - Transmission of the access key to the field device.
Process for processing the shot-noise of a gearbox with dual clutch for a motor vehicle resulting from a torque cyclic irregularity injected by a heat engine at the input of the gearbox, the gearbox being configurable in at least two preselection positions (PSXX) for an engaged gear ratio, the method being characterized in that it comprises: - a step of obtaining, at this gear ratio engaged, for each of the two preselection positions (PSXX), an cyclic irregularity threshold beyond which a noise audibility criterion of shot-noise is not respected, - a step of configuring the gearbox in the position of preselection of the gear ratio having the highest acyclic threshold. - a step of obtaining, at this gear ratio engaged, for each of the two preselection positions (PSXX), an cyclic irregularity threshold beyond which a noise audibility criterion of shot-noise is not respected, - a step of configuring the gearbox in the position of preselection of the gear ratio having the highest acyclic threshold.
A computer implemented method to generate haptic effects on a haptically-enabled device, the method comprising: determining an orientation of the haptically-enabled device; obtaining a first haptic effect signal and a second haptic effect signal, wherein the first haptic effect signal is a different haptic effect signal than the second haptic effect signal; assigning the first haptic effect signal to a first haptic output device on the haptically-enabled device and assigning the second haptic effect signal to a second haptic output device on the haptically-enabled device when a first orientation is determined; and assigning the first haptic effect signal to the second haptic output device and assigning the second haptic effect signal to the first haptic output device when a second orientation is determined, characterized in that the method further comprises: determining a grasp strength of the user on the sides of the device; adjusting the magnitude of the haptic effect signals according to the grasp strength. determining an orientation of the haptically-enabled device; obtaining a first haptic effect signal and a second haptic effect signal, wherein the first haptic effect signal is a different haptic effect signal than the second haptic effect signal; assigning the first haptic effect signal to a first haptic output device on the haptically-enabled device and assigning the second haptic effect signal to a second haptic output device on the haptically-enabled device when a first orientation is determined; and assigning the first haptic effect signal to the second haptic output device and assigning the second haptic effect signal to the first haptic output device when a second orientation is determined, characterized in that the method further comprises: determining a grasp strength of the user on the sides of the device; adjusting the magnitude of the haptic effect signals according to the grasp strength. determining a grasp strength of the user on the sides of the device; adjusting the magnitude of the haptic effect signals according to the grasp strength.
Process for preparing trialkylmetal compounds of the general formula R 3 M where M = metal of group IIIA of the Periodic Table of the Elements R = C 1 -C 5 -alkyl, preferably methyl or ethyl, which comprises the steps: a) reaction of metal trichloride (MCl 3) with alkylaluminium sesquichloride (R 3 Al 2 Cl 3) in the presence of at least one alkali metal halide as auxiliary base, b) heating of the reaction mixture to a temperature above 120°C and separation of the trialkylmetal compound (R 3 M) from the reaction mixture via a separator, with partially alkylated products of the type MCl x R y (where x, y = 1 or 2 and x + y = 3) being recirculated to the reaction mixture, c) heating of the reaction mixture to a temperature in the range from 165°C to 350°C and separation of the remaining trialkylmetal compound (R 3 M) and the partially alkylated products (MCl x R y) from the reaction mixture. M = metal of group IIIA of the Periodic Table of the Elements R = C 1 -C 5 -alkyl, preferably methyl or ethyl, a) reaction of metal trichloride (MCl 3) with alkylaluminium sesquichloride (R 3 Al 2 Cl 3) in the presence of at least one alkali metal halide as auxiliary base, b) heating of the reaction mixture to a temperature above 120°C and separation of the trialkylmetal compound (R 3 M) from the reaction mixture via a separator, with partially alkylated products of the type MCl x R y (where x, y = 1 or 2 and x + y = 3) being recirculated to the reaction mixture, c) heating of the reaction mixture to a temperature in the range from 165°C to 350°C and separation of the remaining trialkylmetal compound (R 3 M) and the partially alkylated products (MCl x R y) from the reaction mixture.
A process to perform an in vitro diagnosis of the antiphospholipid antibody syndrome comprising the steps of: a) having available one or more isolated biological samples that have been obtained from the subject to be diagnosed; and b) identifying, within said one or more samples according to step a), the presence of antibodies directed towards the carbamylated β2-glycoprotein I. a) having available one or more isolated biological samples that have been obtained from the subject to be diagnosed; and b) identifying, within said one or more samples according to step a), the presence of antibodies directed towards the carbamylated β2-glycoprotein I.
A method of operating a driver-fatigue warning system (10; 110) suitable for use in an automated vehicle, said method comprising: rendering, with a camera (14; 114), an image (16; 116) of a lane-marking (18; 118) and of an object (22; 122) proximate to a host-vehicle (12; 112); alerting, with an alert-device (28; 128), an operator (30; 130) of the host-vehicle (12; 112) of driver-fatigue; determining, with a controller (32; 132) in communication with the camera (14; 114) and the alert-device (28; 128), a vehicle-offset (36; 136) of the host-vehicle (12; 112) relative to the lane-marking (18; 118) based on the image (16; 116); characterized in that: said method further comprising: determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue. rendering, with a camera (14; 114), an image (16; 116) of a lane-marking (18; 118) and of an object (22; 122) proximate to a host-vehicle (12; 112); alerting, with an alert-device (28; 128), an operator (30; 130) of the host-vehicle (12; 112) of driver-fatigue; determining, with a controller (32; 132) in communication with the camera (14; 114) and the alert-device (28; 128), a vehicle-offset (36; 136) of the host-vehicle (12; 112) relative to the lane-marking (18; 118) based on the image (16; 116); characterized in that: said method further comprising: determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue. determining an offset-position (44; 144) of the object (22; 122) relative to the lane-marking (18; 118) based on the image (16; 116); determining that a lane-departure (38; 138) has occurred when the vehicle-offset (36; 136) is less than a deviation-threshold (40; 140), not counting occurrences of lane-departures (38; 138) when the offset-position (44; 144) is less than an offset-threshold (46; 146); and activating the alert-device (28; 128) when the count (42; 142) of the occurrences of lane-departures (38; 138) exceeds a crossing-threshold (48; 148) indicative of driver-fatigue.
A method of generating manufacturing parameters during a dental procedure for a dental prosthesis, the method comprising the steps of: a) intra-orally scanning a patient to generate intra-oral data; b) extra-orally scanning the patient during a mandibular motion to generate dynamic extra-oral maxillofacial data; c) resolving the intra-oral data with the dynamic extra-oral maxillofacial data to generate a combined data model; d) generating a model representation of the dental prosthesis based on the combined data model and displaying the model representation to a user; and e) generating said manufacturing parameters based on the combined data model, further comprising a step prior to step c), of identifying the patient; and a further step after step d), of exporting the intra-oral data and associating it with a dental record of the patient, and characterised in that said step of identifying the patient is performed using facial recognition based on the dynamic extra-oral maxillofacial data and/or static extra-oral maxillofacial data. a) intra-orally scanning a patient to generate intra-oral data; b) extra-orally scanning the patient during a mandibular motion to generate dynamic extra-oral maxillofacial data; c) resolving the intra-oral data with the dynamic extra-oral maxillofacial data to generate a combined data model; d) generating a model representation of the dental prosthesis based on the combined data model and displaying the model representation to a user; and e) generating said manufacturing parameters based on the combined data model, further comprising a step prior to step c), of identifying the patient; and a further step after step d), of exporting the intra-oral data and associating it with a dental record of the patient, and characterised in that said step of identifying the patient is performed using facial recognition based on the dynamic extra-oral maxillofacial data and/or static extra-oral maxillofacial data.
An indicator module (120, 130, 140, 170, 210, 220, 170), comprising: a body portion (400, 500); a first plurality of electrodes attached to the body portion (400, 500), the body portion (400, 500) comprising a first mounting portion (410, 510) adapted to removably attach the body portion (400, 500) to a first electrical module (110, 120, 130, 140, 170, 210, 220, 170) and to put the first plurality of electrodes in electrical contact with respective ones of a plurality of electrodes (440, 118) in the first electrical module (110, 120, 130, 140, 210, 220, 170); an indicator circuit (630, 640); wherein said indicator module comprises a switch module, comprising a plurality of switch elements; said switch module being operatively connected to the first plurality of electrodes and to the indicator circuit (630, 640); characterized in that said switch module is configured to selectively operatively connect the indicator circuit (630, 640) to one or more of the first plurality of electrodes. a body portion (400, 500); a first plurality of electrodes attached to the body portion (400, 500), the body portion (400, 500) comprising a first mounting portion (410, 510) adapted to removably attach the body portion (400, 500) to a first electrical module (110, 120, 130, 140, 170, 210, 220, 170) and to put the first plurality of electrodes in electrical contact with respective ones of a plurality of electrodes (440, 118) in the first electrical module (110, 120, 130, 140, 210, 220, 170); an indicator circuit (630, 640); wherein said indicator module comprises a switch module, comprising a plurality of switch elements; said switch module being operatively connected to the first plurality of electrodes and to the indicator circuit (630, 640); characterized in that said switch module is configured to selectively operatively connect the indicator circuit (630, 640) to one or more of the first plurality of electrodes.
An array substrate, which comprises: a display region and a drive circuit region; the drive circuit region comprises GOA units and wires connecting the GOA units to the display region, the GOA unit comprising a substrate, a gate electrode layer, an insulation layer, an active layer and a source/drain electrode layer, and the drive circuit region further comprises a gate wire connecting to the gate electrode layer, and a source/drain layer wire at the same layer with the source/drain electrode layer, wherein the area between the portions of the gate wire and the source/drain layer wire which intercross with each other is only formed with the insulation layer, characterized in that, in an free area around the portions of the wires which intercross with each other, a discharge-inducing region is formed, which region is formed with a dummy electrode portion at the same layer with the source/drain layer wire, a dummy electrode portion connecting to the gate wire, and an insulation layer and an active layer formed between the two dummy electrode portions (7, 8).
A method comprising: receiving information of one or more parameters associated with one or more components of a temperature-controlled unit of a road vehicle, the information of the one or more parameters being received in response to a change in acceleration of the road vehicle, wherein the change in acceleration of the road vehicle is detected in an event hard brakes of the road vehicle are applied; determining an impact on the one or more components of the temperature-controlled unit due to the change in the acceleration; and transmitting a notification to a device based on the impact on the one or more components of the temperature-controlled unit. receiving information of one or more parameters associated with one or more components of a temperature-controlled unit of a road vehicle, the information of the one or more parameters being received in response to a change in acceleration of the road vehicle, wherein the change in acceleration of the road vehicle is detected in an event hard brakes of the road vehicle are applied; determining an impact on the one or more components of the temperature-controlled unit due to the change in the acceleration; and transmitting a notification to a device based on the impact on the one or more components of the temperature-controlled unit.