mhurhangee/patent-ind-claim-en huggingface dataset:
An image display device comprising a housing internally comprising a light source , an optical component (A) including a supporting substrate which comprises a sapphire plate and has an incident surface and an emission surface through which light from the light source transmits and a polarizer disposed on the incident surface or the emission surface, an image forming part disposed between the light source and the optical component (A), and a heat radiation part made of metal for cooling the polarizer disposed outside the housing , wherein the polarizer and the heat radiation part are connected by a metallized layer , containing a metal as a main component and further containing a glass component, disposed on the incident surface or the emission surface of the supporting substrate and a connection part made of metal, wherein the metallized layer is adhered to the supporting substrate by the glass component, and wherein the heat radiation part is deformable, extendable, or pivotable, such that a position where the heat radiation part 8 is cooled can be moved to a desired position. a housing internally comprising a light source , an optical component (A) including a supporting substrate which comprises a sapphire plate and has an incident surface and an emission surface through which light from the light source transmits and a polarizer disposed on the incident surface or the emission surface, an image forming part disposed between the light source and the optical component (A), and a heat radiation part made of metal for cooling the polarizer disposed outside the housing , wherein the polarizer and the heat radiation part are connected by a metallized layer , containing a metal as a main component and further containing a glass component, disposed on the incident surface or the emission surface of the supporting substrate and a connection part made of metal, wherein the metallized layer is adhered to the supporting substrate by the glass component, and wherein the heat radiation part is deformable, extendable, or pivotable, such that a position where the heat radiation part 8 is cooled can be moved to a desired position.
Apparatus with integrated laundry treatment functionality, in particular an item of laundry treatment furniture for household use, in order to subject an item of clothing to a treatment in an operating state in the apparatus , wherein the apparatus has a carrier for holding the item of clothing in the apparatus and wherein the carrier is configured so as to spread out a first subregion of the item of clothing for the treatment, without spreading out a second subregion , wherein the carrier is configured such that the first subregion of the item of clothing is spread out in a first treatment step and a second subregion of the item of clothing is spread out in a second treatment step, wherein the carrier is mounted such that it can move in the apparatus , characterised in that the apparatus is configured such that the carrier can be transferred from a first orientation in the first treatment step into a second orientation in the second treatment step.
An optical sensor for detecting objects in a monitoring area, having a transmitter which emits transmitted light beams in the form of transmitted light pulses, having a receiver which receives transmitted light pulses, and having an evaluation unit in which received signals present at the output of the receiver are evaluated to generate an object detection signal, characterised in that a limiter circuit is arranged downstream of the receiver , which has two limiter stages, a first limiter stage being formed by a longitudinal stage which has a high impedance when a limit amplitude of the received signal is exceeded, and a second limiter stage being formed by a transverse stage by means of which, when the or a further limit amplitude of the received signal is exceeded, a part of this received signal is derived to earth, and in that the received signal is not limited in the limiter circuit below the or each limit amplitude.
Antisense oligonucleotide consisting of 10 to 18 nucleotides complementary to the TGF-beta2 nucleic acid sequence of SEQ ID NO.1, wherein the oligonucleotide is selected from the group consisting of CAAA GTATTTGGT CTCC (SEQ ID NO. 2), CAA AGTATTTGGTC TCC (SEQ ID NO. 2), C AA AG TATTTGGTC TCC (SEQ ID NO. 2), C AA AG TATTTGGT C T CC (SEQ ID NO. 2), C A AAG TATTTGGTC TCC (SEQ ID NO. 2), C A AA GTATTTGGTC TCC (SEQ ID NO. 2), C AA AGT ATTTGGTCT CC (SEQ ID NO. 2), C AA AGT ATTTGGTC T C C (SEQ ID NO. 2), AG TATTTGGTC TCC (SEQ ID NO.3), AAG TATTTGGT CTC (SEQ ID NO.4), AAG TATTTGGTC TCC (SEQ ID NO. 5), AG TATTTGGTC TCC (SEQ ID NO. 6), A GTATTTGGTC TCC (SEQ ID NO. 6), AGT ATTTGGTC TCC (SEQ ID NO. 6), AGT ATTTGGTCT CC (SEQ ID NO. 6), AAGT ATTTGGTC TC (SEQ ID NO. 6), AGT ATTTGGTC T C CA (SEQ ID NO. 7), AG TATTTGGTC TC C A (SEQ ID NO. 7), AG T A TTTGGTCT CCA (SEQ ID NO. 7), A G TA TTTGGTCT CCA (SEQ ID NO. 7), AGT ATTTGGTCTC CA (SEQ ID NO. 7), AG TATTTGGTCT CCA (SEQ ID NO. 7), AG TATTTGGTC TCCA (SEQ ID NO. 7), AAG TATTTGGT C T CC (SEQ ID NO. 8), AAG TATTTGGT CT C C (SEQ ID NO. 8), AAGT ATTTGGTC TCC (SEQ ID NO. 8), AAGT ATTTGGTC TCC (SEQ ID NO. 8), AAG TATTTGGTCT CC (SEQ ID NO. 8), AA GTATTTGGTC TCC (SEQ ID NO. 8), CAAA GTATTTGGT CTC (SEQ ID NO.9), CAAA GTATTTGGT CT (SEQ ID NO. 10), CAAA GTATTTGGT C (SEQ ID NO. 11), AAA GTATTTGGT CTCC (SEQ ID NO. 12), AAA GTATTTGGT CTC (SEQ ID NO. 13), AAA GTATTTGGT CT (SEQ ID NO. 14), AAA GTATTTGGT C (SEQ ID NO. 15), AA GTATTTGGT CT (SEQ ID NO. 16), AA GTATTTGGT C (SEQ ID NO. 17), A GTATTTGGT CTC (SEQ ID NO. 18), and A GTATTTGGT CT (SEQ ID NO. 19), A GTATTTGGT C (SEQ ID NO. 20), wherein nucleotides in bold letters are LNA modified oligonucleotides.
A method for fault detection in line protection for a power transmission system, comprising: obtaining a voltage at a measurement point, at which a protection device for the line protection is installed, on an electrical line; obtaining a current at the measurement point; determining a differential value of the current; determining a voltage at a setting point on the electrical line from the voltage at the measurement point, the current at the measurement point and the differential value of the current according to a time domain lumped parameter model for the electrical line; determining a voltage change between the determined voltage at the setting point during fault period and a voltage at the setting point determined during a pre-fault period; and performing the fault detection based on the determined voltage change and a fault threshold, wherein the fault threshold is a product of a reliable coefficient and the voltage at the setting point determined during the pre-fault period during a non-power swing period, and the fault threshold is a product of the reliable coefficient and a fixed voltage during a power swing period. obtaining a voltage at a measurement point, at which a protection device for the line protection is installed, on an electrical line; obtaining a current at the measurement point; determining a differential value of the current; determining a voltage at a setting point on the electrical line from the voltage at the measurement point, the current at the measurement point and the differential value of the current according to a time domain lumped parameter model for the electrical line; determining a voltage change between the determined voltage at the setting point during fault period and a voltage at the setting point determined during a pre-fault period; and performing the fault detection based on the determined voltage change and a fault threshold, wherein the fault threshold is a product of a reliable coefficient and the voltage at the setting point determined during the pre-fault period during a non-power swing period, and the fault threshold is a product of the reliable coefficient and a fixed voltage during a power swing period.
A tire comprising: a tire frame member formed in a ring shape; and a belt layer that is provided at an outer periphery of the tire frame member, and in which a resin-covered cord , which is configured by covering a reinforcing cord with a covering resin , is wound onto the outer periphery of the tire frame member in a spiral pattern around a tire circumferential direction, and is bonded to the tire frame member, characterized in that , a chamfered portion being formed at a tire axial direction end portion of a tire radial direction inside face of the resin-covered cord . a tire frame member formed in a ring shape; and a belt layer that is provided at an outer periphery of the tire frame member, and in which a resin-covered cord , which is configured by covering a reinforcing cord with a covering resin , is wound onto the outer periphery of the tire frame member in a spiral pattern around a tire circumferential direction, and is bonded to the tire frame member, characterized in that , a chamfered portion being formed at a tire axial direction end portion of a tire radial direction inside face of the resin-covered cord .
A method of operating a medical registration system , the medical registration system comprising a robot which carries a surface point sampling device and comprising a computer connected to the robot , to obtain a registration of a 3D image of a patient (P) with the patient (P) by: a) acquiring the 3D image of the patient (P); b) acquiring an initial registration of the 3D image with the patient (P) as the registration; c) instructing the robot to sample the spatial locations of N different points on the surface of the patient (P) using the surface point sampling device , wherein N is a positive integer; d) updating the registration based on the spatial locations of the N sampled points; and e) repeating steps c) and d) until a predetermined exit condition is fulfilled. a) acquiring the 3D image of the patient (P); b) acquiring an initial registration of the 3D image with the patient (P) as the registration; c) instructing the robot to sample the spatial locations of N different points on the surface of the patient (P) using the surface point sampling device , wherein N is a positive integer; d) updating the registration based on the spatial locations of the N sampled points; and e) repeating steps c) and d) until a predetermined exit condition is fulfilled.
An electronic control device for vehicular automatic transmission having a fail-safe mechanism that fixes a preset gear position due to abnormal stop of electronic control, the electronic control device comprising: a main CPU that performs gear shift control of the vehicular automatic transmission; and a sub-CPU that detects an abnormality in the main CPU, said sub-CPU having a lower arithmetic capability than the main CPU; wherein the sub-CPU obtains information on whether a control state of the vehicular automatic transmission is while a gear position is being maintained or while a gear position is being changed from the main CPU, when detecting an abnormality in the main CPU while the vehicle is traveling, performs alternative control of stopping gear shift control by the main CPU, causing the vehicular automatic transmission to perform a gear position maintaining operation of continuing to maintain a gear position while the gear position is being maintained, and causing the vehicular automatic transmission to perform a gear shift auxiliary operation of continuing the gear position shift operation and maintaining a shifted gear position while the gear position is being changed instead of the main CPU, and terminates the alternative control when the vehicle stops traveling, and abnormally stops electronic control of the vehicular automatic transmission. a main CPU that performs gear shift control of the vehicular automatic transmission; and a sub-CPU that detects an abnormality in the main CPU, said sub-CPU having a lower arithmetic capability than the main CPU; wherein the sub-CPU obtains information on whether a control state of the vehicular automatic transmission is while a gear position is being maintained or while a gear position is being changed from the main CPU, when detecting an abnormality in the main CPU while the vehicle is traveling, performs alternative control of stopping gear shift control by the main CPU, causing the vehicular automatic transmission to perform a gear position maintaining operation of continuing to maintain a gear position while the gear position is being maintained, and causing the vehicular automatic transmission to perform a gear shift auxiliary operation of continuing the gear position shift operation and maintaining a shifted gear position while the gear position is being changed instead of the main CPU, and terminates the alternative control when the vehicle stops traveling, and abnormally stops electronic control of the vehicular automatic transmission.
A method at a domain controller embedded in a vehicle for software update control the method comprising: sending , from the domain controller to a source of a software update package , a request for the software update package, the request being signed by the domain controller; receiving , at the domain controller from the source of the software update package, the software update package, wherein receiving the software update package is based upon the request from the domain controller; verifying , at the domain controller, that the source of the software update package is associated with a certificate signed by an original equipment manufacturer, OEM; unbundling the software update package into at least one software update, each of the at least one software update being destined for a control unit in the vehicle managed by the domain controller; signing each of the at least one software update; and forwarding each signed software update to the control unit for which the software update is destined. sending , from the domain controller to a source of a software update package , a request for the software update package, the request being signed by the domain controller; receiving , at the domain controller from the source of the software update package, the software update package, wherein receiving the software update package is based upon the request from the domain controller; verifying , at the domain controller, that the source of the software update package is associated with a certificate signed by an original equipment manufacturer, OEM; unbundling the software update package into at least one software update, each of the at least one software update being destined for a control unit in the vehicle managed by the domain controller; signing each of the at least one software update; and forwarding each signed software update to the control unit for which the software update is destined.
A method of obtaining data regarding a gas analyte, comprising: providing the analyte from a gas chromatography column ; providing the analyte to a gas flow cell ; passing VUV wavelengths or less of light from a VUV light source via a light path through the gas flow cell: detecting absorption of the VUV wavelengths or less of the light by the analyte through the use of a spectrometer optically coupled to an optical output of the gas flow cell ; obtaining a three dimensional data set indicative of an amount of absorption of the analyte as a function of wavelength and time; and analyzing the three dimensional data set with a regression fit procedure to determine an identity of the analyte and analyzing the three dimensional data set with the regression fit procedure to determine a quantity of the analyte, wherein the regression fit procedure determines both the identity of the analyte and the amount of analyte. providing the analyte from a gas chromatography column ; providing the analyte to a gas flow cell ; passing VUV wavelengths or less of light from a VUV light source via a light path through the gas flow cell: detecting absorption of the VUV wavelengths or less of the light by the analyte through the use of a spectrometer optically coupled to an optical output of the gas flow cell ; obtaining a three dimensional data set indicative of an amount of absorption of the analyte as a function of wavelength and time; and analyzing the three dimensional data set with a regression fit procedure to determine an identity of the analyte and analyzing the three dimensional data set with the regression fit procedure to determine a quantity of the analyte, wherein the regression fit procedure determines both the identity of the analyte and the amount of analyte. detecting absorption of the VUV wavelengths or less of the light by the analyte through the use of a spectrometer optically coupled to an optical output of the gas flow cell ; obtaining a three dimensional data set indicative of an amount of absorption of the analyte as a function of wavelength and time; and analyzing the three dimensional data set with a regression fit procedure to determine an identity of the analyte and analyzing the three dimensional data set with the regression fit procedure to determine a quantity of the analyte, wherein the regression fit procedure determines both the identity of the analyte and the amount of analyte.
A method for metering granular material, in particular, in connection with a distribution method and/or sowing method, in which method the granular material that is being conveyed by an airflow is conducted in a separated and/or equalized manner with approximately regularly spaced-apart grains through at least one metering unit located in one of a plurality of seed tubes to an outlet tube or a seed tube or, as applicable, to a seed coulter or fertilizer coulter , wherein a motor-driven and rotating conveying element and/or metering element and/or separating element is arranged in the metering unit , which conveying element and/or metering element and/or separating element is in contact with at least a part of the airflow as well as with the granular material that is being conveyed through the metering unit , characterised in that , for cleaning purposes and/or in connection with a headland control and/or when starting or completing a sowing process or spreading process, a rotation speed of the rotating conveying element and/or metering element and/or separating element is reduced or increased at least temporarily by at least five, preferably by at least fifteen to thirty percent in relation to a regular operating rotation speed as is set for a spreading drive, wherein residual amounts of granular material and/or foreign substances and/or impurities are emptied from the metering unit , in each case by the brief increase of the rotation speed of the rotating conveying element and/or metering element and/or separating element or by the brief reduction of the rotation speed of the rotating conveying element and/or metering element and/or separating element.
An adjustment method for adjusting a measurement module of an electricity meter connected to a distribution grid , the method comprising the following steps that are implemented in the electricity meter following installation of the electricity meter in an operating position: . acquiring at least one measurement of the frequency of the distribution grid ; . if the difference between the frequency of the distribution grid and a first frequency is less that a first predetermined threshold, adjusting the measurement module by using first calibration parameters that were produced and stored in the electricity meter during a calibration stage performed prior to installing the meter in the operating position; . if the difference between the frequency of the distribution grid and the first frequency is greater than or equal to the first predetermined threshold, calculating second calibration parameters from the first calibration parameters and from adaptation parameters, and adjusting the measurement module by using the second calibration parameters, the adaptation parameters comprising first adaptation parameters evaluated at the first frequency and second adaptation parameters evaluated at a second frequency, the second frequency being such that the difference between the frequency of the distribution grid and the second frequency is less that a second predetermined threshold. . acquiring at least one measurement of the frequency of the distribution grid ; . if the difference between the frequency of the distribution grid and a first frequency is less that a first predetermined threshold, adjusting the measurement module by using first calibration parameters that were produced and stored in the electricity meter during a calibration stage performed prior to installing the meter in the operating position; . if the difference between the frequency of the distribution grid and the first frequency is greater than or equal to the first predetermined threshold, calculating second calibration parameters from the first calibration parameters and from adaptation parameters, and adjusting the measurement module by using the second calibration parameters, the adaptation parameters comprising first adaptation parameters evaluated at the first frequency and second adaptation parameters evaluated at a second frequency, the second frequency being such that the difference between the frequency of the distribution grid and the second frequency is less that a second predetermined threshold.
A track assembly for a track-driven vehicle , which track assembly comprises a track-carrying beam , which extending along a longitudinal axis (Z) is terminated in a first gable end respectively a second gable end , a front and a rear wheel , one of which is driving, a plurality of carrying wheels , a continuous track , which can travel around said wheel, a drive train comprising an engine and a transmission device for driving said driving wheel , whereby the driving wheel is rotatably bedded and accommodated in a housing and the transmission device is accommodated in a projection from the housing, characterized in that the track-carrying beam comprises a first compartment and that a first opening is arranged in the first gable end with which opening the first compartment can communicate with the surroundings, whereby the housing forms a unit, which in a retaining manner is accommodated in the track-carrying beam by means of the projection of the housing being inserted into the first compartment via the first opening . a track-carrying beam , which extending along a longitudinal axis (Z) is terminated in a first gable end respectively a second gable end , a front and a rear wheel , one of which is driving, a plurality of carrying wheels , a continuous track , which can travel around said wheel, a drive train comprising an engine and a transmission device for driving said driving wheel , whereby the driving wheel is rotatably bedded and accommodated in a housing and the transmission device is accommodated in a projection from the housing, characterized in that the track-carrying beam comprises a first compartment and that a first opening is arranged in the first gable end with which opening the first compartment can communicate with the surroundings, whereby the housing forms a unit, which in a retaining manner is accommodated in the track-carrying beam by means of the projection of the housing being inserted into the first compartment via the first opening .