mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal (100, 1100) comprising: an identification module configured to store identification information, wherein the identification information comprises identification information of a mobile communication operator and identification information of a manufacturer of the mobile terminal; a display unit configured to display a list of applications provided by a provider, wherein the provider is the mobile communication operator or the manufacturer, corresponding to the identification information; a controller configured to generate a download request signal when selecting of at least one of items of the application list is recognized; a memory storing applications managed by the controller, and divided into first and second memory regions, wherein the first region is restricted for user access and the second region allows user access; and a communication unit configured to transmit the download request signal to a relay server, and download (S120, S123) an application corresponding to the selected item from the relay server in response to the download request signal; characterized in that the application to be installed is divided into an installation file and an execution file and the execution file is stored in the second memory region and the installation file is stored in the first memory region, wherein the installation file refers to source data for installing the application, and the execution file refers to result data generated as result of the installation of the application. an identification module configured to store identification information, wherein the identification information comprises identification information of a mobile communication operator and identification information of a manufacturer of the mobile terminal; a display unit configured to display a list of applications provided by a provider, wherein the provider is the mobile communication operator or the manufacturer, corresponding to the identification information; a controller configured to generate a download request signal when selecting of at least one of items of the application list is recognized; a memory storing applications managed by the controller, and divided into first and second memory regions, wherein the first region is restricted for user access and the second region allows user access; and a communication unit configured to transmit the download request signal to a relay server, and download (S120, S123) an application corresponding to the selected item from the relay server in response to the download request signal; characterized in that the application to be installed is divided into an installation file and an execution file and the execution file is stored in the second memory region and the installation file is stored in the first memory region, wherein the installation file refers to source data for installing the application, and the execution file refers to result data generated as result of the installation of the application.
An electrosurgical generator comprising: a resonant inverter including an H-bridge and a tank; a sensor array configured to measure at least one property of the tank including an input voltage and an output voltage of the tank; a pulse width modulation controller configured to output a first PWM timing signal and a second PWM timing signal to the H-bridge, wherein the PWM controller is configured to control a dead-time between the first PWM timing signal and the second PWM timing signal based on the at least one property measured by the sensor array, wherein the PWM controller calculates an efficiency measurement based on the input voltage and the output voltage, and wherein the PWM controller is configured to control the dead-time based on the efficiency measurement. a resonant inverter including an H-bridge and a tank; a sensor array configured to measure at least one property of the tank including an input voltage and an output voltage of the tank; a pulse width modulation controller configured to output a first PWM timing signal and a second PWM timing signal to the H-bridge, wherein the PWM controller is configured to control a dead-time between the first PWM timing signal and the second PWM timing signal based on the at least one property measured by the sensor array, wherein the PWM controller calculates an efficiency measurement based on the input voltage and the output voltage, and wherein the PWM controller is configured to control the dead-time based on the efficiency measurement.
A display apparatus comprising: a substrate having a display area at which a display device is located to display an image, and a non-display area around the display area, wherein the non-display area comprises a bending area bent about a bending axis; an encapsulation layer over the display area; a touchscreen layer over the encapsulation layer and comprising a touch electrode; a touch wire connected to the touch electrode, extending from an upper portion of the encapsulation layer to the bending area; a fan-out wire configured to apply an electric signal to the display area and at least partially disposed at the bending area; and a terminal unit disposed at one end of the non-display area and including a plurality of terminals (21, 22, 23), wherein the fan-out wire is connected to the terminal unit and the fan-out wire extends from the display area to the terminal unit across the bending area, wherein the touch wire is a continuous wire that extends from the display area to the terminal unit, crossing the bending area, wherein the touch wire and the fan-out wire are on different layers from each other in the bending area, and wherein an organic material layer is over the fan-out wire and under the touch wire in the bending area. a substrate having a display area at which a display device is located to display an image, and a non-display area around the display area, wherein the non-display area comprises a bending area bent about a bending axis; an encapsulation layer over the display area; a touchscreen layer over the encapsulation layer and comprising a touch electrode; a touch wire connected to the touch electrode, extending from an upper portion of the encapsulation layer to the bending area; a fan-out wire configured to apply an electric signal to the display area and at least partially disposed at the bending area; and a terminal unit disposed at one end of the non-display area and including a plurality of terminals (21, 22, 23), wherein the fan-out wire is connected to the terminal unit and the fan-out wire extends from the display area to the terminal unit across the bending area, wherein the touch wire is a continuous wire that extends from the display area to the terminal unit, crossing the bending area, wherein the touch wire and the fan-out wire are on different layers from each other in the bending area, and wherein an organic material layer is over the fan-out wire and under the touch wire in the bending area.
An isolated polynucleotide encoding an adenovirus hexon protein comprising: (i) a HVR1 comprising an amino acid sequence according to SEQ ID NO: 11 (ii) a HVR2 comprising an amino acid sequence according to SEQ ID NO: 12, (iii) a HVR3 comprising an amino acid sequence according to SEQ ID NO: 13, (iv) a HVR4 comprising an amino acid sequence according to SEQ ID NO: 14 (v) a HVR5 comprising an amino acid sequence according to SEQ ID NO: 15, (vi) a HVR6 comprising an amino acid sequence according to SEQ ID NO: 16, and (vii) a HVR7 comprising an amino acid sequence according to SEQ ID NO: 17. (i) a HVR1 comprising an amino acid sequence according to SEQ ID NO: 11 (ii) a HVR2 comprising an amino acid sequence according to SEQ ID NO: 12, (iii) a HVR3 comprising an amino acid sequence according to SEQ ID NO: 13, (iv) a HVR4 comprising an amino acid sequence according to SEQ ID NO: 14 (v) a HVR5 comprising an amino acid sequence according to SEQ ID NO: 15, (vi) a HVR6 comprising an amino acid sequence according to SEQ ID NO: 16, and (vii) a HVR7 comprising an amino acid sequence according to SEQ ID NO: 17.
An optical arrangement, comprising: a disk-shaped laser-active medium, a deflecting device, having a plurality of mirror elements on which mirror faces (F; F2, F3, F4, F5,...) for deflecting a laser beam to be amplified are formed, and having a base body on which the mirror elements are fastened, wherein the mirror elements are arranged in pairs, the mirror faces (F3, F4; F5, F6;...) of which are oriented in such a way that the laser beam to be amplified is deflected by a respective mirror face (F3; F5,...) via the disk-shaped laser-active medium to another mirror face (F4; F6,...), wherein the mirror elements are formed in one piece or are monolithically joined, and have a connecting section which is preferably formed rotationally symmetrically with respect to a center axis and is rigidly, i.e. permanently, connected by a material-fit connection or a direct connection to the base body, characterized in that recesses are formed in the base body which respectively have a lateral face for the material-fit or for direct connection to the connecting section of a respective mirror element, and that the connecting section is formed by a spherical segment, and that the spherical segment is connected at a spherical cap of the spherical segment with a material fit or directly to the lateral face of the recess of the base body. a disk-shaped laser-active medium, a deflecting device, having a plurality of mirror elements on which mirror faces (F; F2, F3, F4, F5,...) for deflecting a laser beam to be amplified are formed, and having a base body on which the mirror elements are fastened, wherein the mirror elements are arranged in pairs, the mirror faces (F3, F4; F5, F6;...) of which are oriented in such a way that the laser beam to be amplified is deflected by a respective mirror face (F3; F5,...) via the disk-shaped laser-active medium to another mirror face (F4; F6,...), wherein the mirror elements are formed in one piece or are monolithically joined, and have a connecting section which is preferably formed rotationally symmetrically with respect to a center axis and is rigidly, i.e. permanently, connected by a material-fit connection or a direct connection to the base body, characterized in that recesses are formed in the base body which respectively have a lateral face for the material-fit or for direct connection to the connecting section of a respective mirror element, and that the connecting section is formed by a spherical segment, and that the spherical segment is connected at a spherical cap of the spherical segment with a material fit or directly to the lateral face of the recess of the base body.
A flexible pipe for transporting a fluid, comprising: - an inner sheath made of polymer, delimiting a fluid circulation passage having a central axis (A-A'); - at least one layer of armour (24, 25) arranged outside the inner sheath; - an inner frame, suitable for coming into contact with the fluid circulating in the pressure sheath, the inner frame being arranged in the internal sheath, the inner frame comprising a first folded strip delimiting a helical gap opening out towards the central axis (A-A'); - a helical insert closing the helical gap towards the inside; wherein the helical insert is made of steel and comprises, in section in a median axial plane, a radial outer region, arranged at least partly in the helical gap, and an axial inner region projecting from the radial region, the axial inner region at least partially closing the helical gap, the helical insert having an outer free edge arranged in the helical gap, and an inner free edge arranged outside the helical gap, characterised in that the radial region comprises, in cross-section, a linear section, and a curved inner connecting section, the axial inner region projecting from the inner connecting section, and in that, in cross-section in the median axial plane, the axial inner region extends along a continuously differentiable curve from the radial region to the interior free edge of the helical insert. - an inner sheath made of polymer, delimiting a fluid circulation passage having a central axis (A-A'); - at least one layer of armour (24, 25) arranged outside the inner sheath; - an inner frame, suitable for coming into contact with the fluid circulating in the pressure sheath, the inner frame being arranged in the internal sheath, the inner frame comprising a first folded strip delimiting a helical gap opening out towards the central axis (A-A'); - a helical insert closing the helical gap towards the inside; wherein the helical insert is made of steel and comprises, in section in a median axial plane, a radial outer region, arranged at least partly in the helical gap, and an axial inner region projecting from the radial region, the axial inner region at least partially closing the helical gap, the helical insert having an outer free edge arranged in the helical gap, and an inner free edge arranged outside the helical gap, characterised in that the radial region comprises, in cross-section, a linear section, and a curved inner connecting section, the axial inner region projecting from the inner connecting section, and in that, in cross-section in the median axial plane, the axial inner region extends along a continuously differentiable curve from the radial region to the interior free edge of the helical insert.
A method, executed in a first network node (300, 600) of a wireless communication system, for measuring serving cell or neighbour cell quality for mobility purposes, said method is characterized by; a. deriving a cell specific grid comprising resource elements having no data allocation, thereby a silent grid, of a serving cell or neighbour cell i whose quality is to be measured, b. measuring signal interference during said silent grid over a measurement period, c. estimating the quality of the serving cell or neighbour cell i based on the measured signal interference. a. deriving a cell specific grid comprising resource elements having no data allocation, thereby a silent grid, of a serving cell or neighbour cell i whose quality is to be measured, b. measuring signal interference during said silent grid over a measurement period, c. estimating the quality of the serving cell or neighbour cell i based on the measured signal interference.
A device for use in monitoring blood pressure comprising: a controller configured to: monitor a first blood pressure measurement based on a first blood pressure signal; characterised in that: a decision to initiate acquiring a second blood pressure measurement is based on med-dia-ratio calculated using the first blood pressure signal only, wherein med-dia-ratio is the difference between the mean arterial pressure and the diastolic pressure divided by the pulse pressure; and wherein the controller is further configured to initiate acquiring the second blood pressure measurement if the med-dia-ratio exceeds a predetermined threshold. a controller configured to: monitor a first blood pressure measurement based on a first blood pressure signal; characterised in that: a decision to initiate acquiring a second blood pressure measurement is based on med-dia-ratio calculated using the first blood pressure signal only, wherein med-dia-ratio is the difference between the mean arterial pressure and the diastolic pressure divided by the pulse pressure; and wherein the controller is further configured to initiate acquiring the second blood pressure measurement if the med-dia-ratio exceeds a predetermined threshold. a decision to initiate acquiring a second blood pressure measurement is based on med-dia-ratio calculated using the first blood pressure signal only, wherein med-dia-ratio is the difference between the mean arterial pressure and the diastolic pressure divided by the pulse pressure; and wherein the controller is further configured to initiate acquiring the second blood pressure measurement if the med-dia-ratio exceeds a predetermined threshold.
A method of wireless communication in a wireless network having at least one contention-based shared channel in which communications are configured with transmission opportunities having one or more control intervals configured to accommodate contention-based reservation, the one or more control intervals being time division multiplexed with one or more data intervals for data transmission, the method comprising: receiving, at a base station, data for communication, wherein the data is received at a time during a current data interval on a contention-based shared channel; reviewing received signals on the contention-based shared channel to determine whether reservation signals are detected during a previous period between the time and a beginning of a previous control interval located immediately prior to the current data interval, wherein the reservation signals indicate the contention-based reservation; in response to no reservation signals being detected on the contention-based shared channel, performing an abbreviated clear channel assessment, CCA, within the current data interval; and transmitting the data in a shortened data interval in response to a successful completion of the abbreviated CCA. receiving, at a base station, data for communication, wherein the data is received at a time during a current data interval on a contention-based shared channel; reviewing received signals on the contention-based shared channel to determine whether reservation signals are detected during a previous period between the time and a beginning of a previous control interval located immediately prior to the current data interval, wherein the reservation signals indicate the contention-based reservation; in response to no reservation signals being detected on the contention-based shared channel, performing an abbreviated clear channel assessment, CCA, within the current data interval; and transmitting the data in a shortened data interval in response to a successful completion of the abbreviated CCA.
A recording apparatus for recording information on a recording medium, comprising: authentication means for conducting mutual authentication with an input apparatus connected to said recording apparatus via a bus; input control means for determining whether content input from the input apparatus via the bus should be protected on the bus, based on whether the content is encrypted with a first encryption method, decryption means for decrypting content encrypted with the first encryption method and supplied from the input apparatus via the bus; and recording means for recording on the recording medium, together with the content decrypted by said decryption means, protection information indicating whether or not the content is to be protected when being transmitted on the bus, wherein said recording means is controlled by the input control means to generate protection information indicating that the content is to be protected when being transmitted on the bus, if the input control means has determined that the content supplied from the input apparatus via the bus has been encrypted according to the first encryption method, and wherein said recording means is controlled by the input control means to generate protection information indicating that the content is not to be protected when being transmitted on the bus, if the input control means has determined that the content supplied from the input apparatus via the bus has not been encrypted according to the first encryption method. authentication means for conducting mutual authentication with an input apparatus connected to said recording apparatus via a bus; input control means for determining whether content input from the input apparatus via the bus should be protected on the bus, based on whether the content is encrypted with a first encryption method, decryption means for decrypting content encrypted with the first encryption method and supplied from the input apparatus via the bus; and recording means for recording on the recording medium, together with the content decrypted by said decryption means, protection information indicating whether or not the content is to be protected when being transmitted on the bus, wherein said recording means is controlled by the input control means to generate protection information indicating that the content is to be protected when being transmitted on the bus, if the input control means has determined that the content supplied from the input apparatus via the bus has been encrypted according to the first encryption method, and wherein said recording means is controlled by the input control means to generate protection information indicating that the content is not to be protected when being transmitted on the bus, if the input control means has determined that the content supplied from the input apparatus via the bus has not been encrypted according to the first encryption method.
A laser therapeutic device comprising: an optical fiber for guiding a therapeutic laser beam; a probe tube being a barrel of an endoscope to which a tip of the optical fiber is connected; characterized by an optical guide element having a quadrangular cross section arranged in the probe tube for guiding a laser beam emitted from the tip of the optical fiber toward a tip side of the probe tube; and imaging means and illumination means both arranged in clearances formed between sides of the optical guide element and an inner circumferential surface of the probe tube. an optical fiber for guiding a therapeutic laser beam; a probe tube being a barrel of an endoscope to which a tip of the optical fiber is connected; characterized by an optical guide element having a quadrangular cross section arranged in the probe tube for guiding a laser beam emitted from the tip of the optical fiber toward a tip side of the probe tube; and imaging means and illumination means both arranged in clearances formed between sides of the optical guide element and an inner circumferential surface of the probe tube.
A sampling device for especially DNA-containing samples, comprising a sample collection region, which is provided on the free end of a longitudinal holding device, wherein the sample collection region is designed to be separated from the sampling device, and the holding device as viewed in the longitudinal direction has a proximal portion comprising an inner recess which extends from the distal end thereof at least over a longitudinal region in the proximal direction and a sleeve oriented in distal alignment with respect to the recess, wherein the proximal portion and the distal sleeve are connected to each other via a pin inserted with little play in the inner recess and the sleeve, wherein the dimensions of the pin, of the sleeve and of the inner recess are adapted to each other such that in normal operation a stable connection of the proximal portion is made with the sleeve and that the sample collection region is arranged on a longitudinal projection, the free end of which is again inserted with little play into the distal end of the sleeve, wherein the lengths of the inner recess, of the sleeve, of the pin and of the projection are coordinated with each other such that the pin can be inserted fully into the recess with a proximally directed displacement of the projection relative to the sleeve.