mhurhangee/ep-ind-claims huggingface dataset:
A photographing parameter adjustment method, applied to a mobile terminal, wherein the mobile terminal comprises a camera module and a foldable display, and the method comprises: receiving a touch operation performed on the foldable display; in a process of receiving the touch operation, receiving a folding operation performed on the foldable display; wherein the method is characterized by further comprising: determining a shortest distance between the touch position of the touch operation and a first side of the foldable display; determining an adjustment step size corresponding to the shortest distance as an adjustment step size of a photographing parameter; determining a weight coefficient of the adjustment step size based on a change value of the folding angle of the foldable display; and adjusting the photographing parameter of the camera module based on the adjustment step size and the weight coefficient. receiving a touch operation performed on the foldable display; in a process of receiving the touch operation, receiving a folding operation performed on the foldable display; wherein the method is characterized by further comprising: determining a shortest distance between the touch position of the touch operation and a first side of the foldable display; determining an adjustment step size corresponding to the shortest distance as an adjustment step size of a photographing parameter; determining a weight coefficient of the adjustment step size based on a change value of the folding angle of the foldable display; and adjusting the photographing parameter of the camera module based on the adjustment step size and the weight coefficient. determining a shortest distance between the touch position of the touch operation and a first side of the foldable display; determining an adjustment step size corresponding to the shortest distance as an adjustment step size of a photographing parameter; determining a weight coefficient of the adjustment step size based on a change value of the folding angle of the foldable display; and adjusting the photographing parameter of the camera module based on the adjustment step size and the weight coefficient.
A cannula assembly, having an elongate cannula tube with a proximal inlet opening, a distal outlet opening, a lumen extending continuously between the inlet opening and the outlet opening, and with a sharpened cannula tip delimiting the outlet opening, wherein the cannula tube is configured to receive and guide a flexible medical functional section, which can be inserted into the lumen and is movable along the lumen, wherein a blocking device with at least one blocking element is provided and assigned to the lumen, wherein the at least one blocking element is configured to interact with the flexible medical functional section and, depending on a movement direction of the flexible medical functional section, is automatically transferred between a blocking position, in which the at least one blocking element blocks a proximally directed withdrawal movement of the flexible medical functional section by acting on the flexible medical functional section, and a release position, in which the at least one blocking element releases a distally directed advancing movement, characterized in that the blocking device is integrated in the cannula tube. an elongate cannula tube with a proximal inlet opening, a distal outlet opening, a lumen extending continuously between the inlet opening and the outlet opening, and with a sharpened cannula tip delimiting the outlet opening, wherein the cannula tube is configured to receive and guide a flexible medical functional section, which can be inserted into the lumen and is movable along the lumen, wherein a blocking device with at least one blocking element is provided and assigned to the lumen, wherein the at least one blocking element is configured to interact with the flexible medical functional section and, depending on a movement direction of the flexible medical functional section, is automatically transferred between a blocking position, in which the at least one blocking element blocks a proximally directed withdrawal movement of the flexible medical functional section by acting on the flexible medical functional section, and a release position, in which the at least one blocking element releases a distally directed advancing movement, characterized in that the blocking device is integrated in the cannula tube.
A glass antenna for a vehicle (100, 200, 300, 400, 500, 600) provided in window glass of a vehicle, comprising: a shared antenna conductor which is able to receive radio waves of a first frequency band and a second frequency band higher than the first frequency band; and a feeding part connected to the shared antenna conductor, wherein the shared antenna conductor includes a first element extended from the feeding part as a starting point and a second element extended from the first element as a starting point, a termination of an extension of the first element and a termination of an extension of the second element are provided to be close to each other so that at least a part of the first element and the second element configure a semi-loop form having a cut-out part in a part of a loop form, a conductor length of the first element is 0.65 λ g2 or higher and 1.0 λ g2 or lower, wherein a wavelength in air in a central frequency of the second frequency band is λ 02, a glass shortening coefficient of wavelength is k 2, wherein k 2 = 0.64, and λ g2 = λ 02 ·k 2, characterized in that the shortest distance between a defogger provided in the window glass and the shared antenna conductor is 15 mm or longer. a shared antenna conductor which is able to receive radio waves of a first frequency band and a second frequency band higher than the first frequency band; and a feeding part connected to the shared antenna conductor, wherein the shared antenna conductor includes a first element extended from the feeding part as a starting point and a second element extended from the first element as a starting point, a termination of an extension of the first element and a termination of an extension of the second element are provided to be close to each other so that at least a part of the first element and the second element configure a semi-loop form having a cut-out part in a part of a loop form, a conductor length of the first element is 0.65 λ g2 or higher and 1.0 λ g2 or lower, wherein a wavelength in air in a central frequency of the second frequency band is λ 02, a glass shortening coefficient of wavelength is k 2, wherein k 2 = 0.64, and λ g2 = λ 02 ·k 2, characterized in that the shortest distance between a defogger provided in the window glass and the shared antenna conductor is 15 mm or longer.
A device for processing an input signal, the device comprising a delay unit adapted for delaying the input signal by a predefined delay time; a plurality of shifting units having assigned phase values which are different from one another, and each adapted for phase shifting the delayed input signal by an assigned phase value; a plurality of mixer units one of which being adapted for mixing the input signal with the delayed input signal and at least another one of which being adapted for mixing the input signal with one of the at least one phase shifted signal; and an extraction unit adapted for extracting information from each of the mixed signals.
A portable electronic apparatus including a battery pack and an electronic card medium constituted of a card-shaped electronic device, removably mounted on a main body of said electronic apparatus, comprising: a unit retention mechanism in which said electronic card medium is slide-mounted from one of left and right direction; a unit lock member supported so as to slide in a back and forth direction, and to be engaged with at least an end face on either side of said electronic card medium mounted; and a battery retention mechanism in which said battery pack is removably mounted from above, at a position where said battery pack holds immobile said unit lock member engaged with said electronic card medium, wherein said electronic card medium is of a rectangular plate shape, with a corner on one of end portions cut away in a triangular shape; and said unit lock member is engaged with said corner cut away in a triangular shape of said electronic card medium. a unit retention mechanism in which said electronic card medium is slide-mounted from one of left and right direction; a unit lock member supported so as to slide in a back and forth direction, and to be engaged with at least an end face on either side of said electronic card medium mounted; and a battery retention mechanism in which said battery pack is removably mounted from above, at a position where said battery pack holds immobile said unit lock member engaged with said electronic card medium, wherein said electronic card medium is of a rectangular plate shape, with a corner on one of end portions cut away in a triangular shape; and said unit lock member is engaged with said corner cut away in a triangular shape of said electronic card medium.
A reading apparatus for reading a wireless tag attached to a commodity, the reading apparatus comprising: a wireless tag reader configured to emit a radio wave and read information in a radio wave returned from a wireless tag; and a processor configured to: control the wireless tag reader to emit the radio wave; upon detection of radio waves returned from one or more wireless tags, determine one or more commodity codes based on information contained in the radio waves; and upon detection of at least one commodity placed in a predetermined area, register the one or more commodity codes determined within a predetermined time prior to the placement of said at least one commodity in the predetermined area. a wireless tag reader configured to emit a radio wave and read information in a radio wave returned from a wireless tag; and a processor configured to: control the wireless tag reader to emit the radio wave; upon detection of radio waves returned from one or more wireless tags, determine one or more commodity codes based on information contained in the radio waves; and upon detection of at least one commodity placed in a predetermined area, register the one or more commodity codes determined within a predetermined time prior to the placement of said at least one commodity in the predetermined area. control the wireless tag reader to emit the radio wave; upon detection of radio waves returned from one or more wireless tags, determine one or more commodity codes based on information contained in the radio waves; and upon detection of at least one commodity placed in a predetermined area, register the one or more commodity codes determined within a predetermined time prior to the placement of said at least one commodity in the predetermined area.
A computer implemented method for use in selecting training data for annotation by an annotator as part of an active-learning machine learning process, wherein the selected training data is for use in training a model to take as input a medical image and output a segmentation of the medical image, the method comprising: providing an unlabeled medical image as input to the model and obtaining a segmentation of the unlabeled medical image as output from the model; the method characterized by: determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria. providing an unlabeled medical image as input to the model and obtaining a segmentation of the unlabeled medical image as output from the model; the method characterized by: determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria. determining whether a geometric property of a segment of the segmentation satisfies one or more geometric criteria of a radiological feature represented by the segment; and/or determining whether an edge region of the segment satisfies one or more edge criteria; and selecting the unlabeled medical image as training data that is to be annotated by the annotator as part of the active-learning machine learning process, if the segment does not satisfy the one or more geometric criteria and/or the one or more edge criteria.
An anti-skid system for an electromechanical braking system of at least one vehicle, in particular at least one railway vehicle, including at least one wheel, wherein said anti-skid system comprises: - an anti-skid module arranged to execute a predetermined anti-skid function and to provide an output, the value of which is determined by said predetermined anti-skid function; - a supervisor module (421, 521) arranged for monitoring said anti-skid module and to receive the output of said anti-skid module and a braking force application request signal, the value of which is indicative of a braking force application request value; wherein said supervisor module (421, 521) includes a braking force application request adjustment module (403, 503) arranged to adjust the value of said braking force application request signal according to said output of the anti-skid module; wherein the supervisor module (421, 521) and the anti-skid module are modules that are distinct from each other, and the braking force application request adjustment module (403, 503) is arranged to adjust said braking force application request signal independently of the execution of the anti-skid function by the anti-skid module. - an anti-skid module arranged to execute a predetermined anti-skid function and to provide an output, the value of which is determined by said predetermined anti-skid function; - a supervisor module (421, 521) arranged for monitoring said anti-skid module and to receive the output of said anti-skid module and a braking force application request signal, the value of which is indicative of a braking force application request value; wherein said supervisor module (421, 521) includes a braking force application request adjustment module (403, 503) arranged to adjust the value of said braking force application request signal according to said output of the anti-skid module; wherein the supervisor module (421, 521) and the anti-skid module are modules that are distinct from each other, and the braking force application request adjustment module (403, 503) is arranged to adjust said braking force application request signal independently of the execution of the anti-skid function by the anti-skid module.
A turbine blade comprising: an airfoil portion including a suction side having a suction side contour, a pressure side having a pressure side contour, a leading edge, a trailing edge and a tip portion; a squealer pocket formed in the tip portion, the squealer pocket including a base wall having an uninterrupted surface, a first side wall that extends along the pressure side between the leading edge and the trailing edge, and a second side wall that extends along the suction side between the leading edge and the trailing edge, the first side wall including a first internal surface having a first continuous curvilinear profile extending from the tip portion to the trailing edge, and the second side wall including a second internal surface having a second continuous curvilinear profile extending from the tip portion to the trailing edge; and a bleed passage exposed at the tip portion extending from the squealer pocket towards the trailing edge, the first and second side walls (66,67) being configured to deliver a substantially unobstructed fluid flow from the squealer pocket to the bleed passage and limit fluid flow spillage onto one of the pressure side and the suction side, wherein the first and second continuous curvilinear profiles extend through the bleed passage to the trailing edge. an airfoil portion including a suction side having a suction side contour, a pressure side having a pressure side contour, a leading edge, a trailing edge and a tip portion; a squealer pocket formed in the tip portion, the squealer pocket including a base wall having an uninterrupted surface, a first side wall that extends along the pressure side between the leading edge and the trailing edge, and a second side wall that extends along the suction side between the leading edge and the trailing edge, the first side wall including a first internal surface having a first continuous curvilinear profile extending from the tip portion to the trailing edge, and the second side wall including a second internal surface having a second continuous curvilinear profile extending from the tip portion to the trailing edge; and a bleed passage exposed at the tip portion extending from the squealer pocket towards the trailing edge, the first and second side walls (66,67) being configured to deliver a substantially unobstructed fluid flow from the squealer pocket to the bleed passage and limit fluid flow spillage onto one of the pressure side and the suction side, wherein the first and second continuous curvilinear profiles extend through the bleed passage to the trailing edge.
A method for maintaining zonal isolation in a subterranean well having a borehole in which hydrogen sulfide is present, comprising: (i) pumping a cement slurry comprising a material that swells when contacted by hydrogen sulfide into the borehole; (ii) allowing the cement slurry to set and harden; (iii) in the event of cement-matrix or bonding failure, exposing the set cement to wellbore fluids that contain hydrogen sulfide; and (iv) allowing the material to swell, thereby restoring zonal isolation. wherein the material comprises natural rubber, nitrile rubber, styrene-butadiene rubber, polymers or copolymers comprising ethylene, propylene, or both, butyl (isobutene-isoprene) rubber, hydrogenated nitrile butadiene rubber, acrylonitrile-butadiene copolymer, or combinations thereof. (i) pumping a cement slurry comprising a material that swells when contacted by hydrogen sulfide into the borehole; (ii) allowing the cement slurry to set and harden; (iii) in the event of cement-matrix or bonding failure, exposing the set cement to wellbore fluids that contain hydrogen sulfide; and (iv) allowing the material to swell, thereby restoring zonal isolation.
Method for testing a wind turbine installation in respect of riding through a voltage dip, in which a voltage dip is simulated, measured data on the performance of the wind turbine installation is obtained on the basis of the simulated voltage dip and the measured data obtained is analysed in respect of variables defined in performance requirements and their permitted values, wherein the measured data is combined to form a measured dataset in a standardised measured data format, the measured dataset is forwarded to an automatic analysis unit, in which evaluation criteria are stored, and wherein in the automatic analysis unit - values for the variables defined in the performance requirements are derived from the measured data, - the values of the variables derived from the measured data are compared with the permitted values contained in the performance requirements, - an evaluation of the comparison is performed in accordance with the stored evaluation criteria and - the result of the evaluation is kept ready for output. - values for the variables defined in the performance requirements are derived from the measured data, - the values of the variables derived from the measured data are compared with the permitted values contained in the performance requirements, - an evaluation of the comparison is performed in accordance with the stored evaluation criteria and - the result of the evaluation is kept ready for output.
A method for accessing data, which is applied to an Application Processor, AP" wherein the AP comprises a Bearer Independent Protocol, BIP, gateway; characterized in that the method comprises: sending, by the BIP gateway, a data access instruction to a Universal Integrated Circuit Card, UICC, through a Serial Peripheral Interface, SPI; and receiving, by the BIP gateway, data which is corresponding to the data access instruction and is from the UICC through the SPI. sending, by the BIP gateway, a data access instruction to a Universal Integrated Circuit Card, UICC, through a Serial Peripheral Interface, SPI; and receiving, by the BIP gateway, data which is corresponding to the data access instruction and is from the UICC through the SPI.
A flavorful tobacco composition for use in a tobacco product in the form of an extract of at least one of the root of a plant of the Nicotiana species or the stalk of a plant of the Nicotiana species, wherein the flavorful tobacco composition comprises at least one compound selected from vanillin and syringaldehyde.
A method for performing wireless communication carried out by a transmitting user equipment, UE, the method comprising: performing a plurality of physical sidelink shared channel, PSSCH, transmissions on PSSCH resources to a receiving UE; receiving, from the receiving UE, a plurality of sidelink, SL, hybrid automatic repeat request, HARQ, feedbacks for the plurality of PSSCH transmissions on physical sidelink feedback channel, PSFCH, resources; and after receiving the plurality of SL HARQ feedbacks, transmitting, to a base station, one SL HARQ feedback on one physical uplink control channel, PUCCH resource, indicated by information on the PUCCH resource, wherein the information on the PUCCH resource includes information on a slot offset and information on a PUCCH resource index, wherein the information on the slot offset is configured by the base station to the transmitting UE through a radio resource control, RRC, signalling, wherein the slot of the one PUCCH resource is determined based on the slot offset for the one PUCCH resource from a last slot of the PSFCH resources, and and wherein the information on the PUCCH resource index is signalled by the base station to the transmitting UE through a sidelink downlink control information, DCI. performing a plurality of physical sidelink shared channel, PSSCH, transmissions on PSSCH resources to a receiving UE; receiving, from the receiving UE, a plurality of sidelink, SL, hybrid automatic repeat request, HARQ, feedbacks for the plurality of PSSCH transmissions on physical sidelink feedback channel, PSFCH, resources; and after receiving the plurality of SL HARQ feedbacks, transmitting, to a base station, one SL HARQ feedback on one physical uplink control channel, PUCCH resource, indicated by information on the PUCCH resource, wherein the information on the PUCCH resource includes information on a slot offset and information on a PUCCH resource index, wherein the information on the slot offset is configured by the base station to the transmitting UE through a radio resource control, RRC, signalling, wherein the slot of the one PUCCH resource is determined based on the slot offset for the one PUCCH resource from a last slot of the PSFCH resources, and and wherein the information on the PUCCH resource index is signalled by the base station to the transmitting UE through a sidelink downlink control information, DCI.