mhurhangee/ep-ind-claims huggingface dataset:
An elastic retaining member for fixing a timepiece component on a support element, comprising an opening into which said support element can be inserted, the retaining member comprising rigid arms and elastic arms defined between connection areas of the member, these arms contributing to ensure elastic clamping of the support element in the opening, such a retaining member comprising an outer structure capable of being connected to said timepiece component via at least one point of attachment arranged in an outer peripheral wall of the retaining member and an inner structure comprising an inner peripheral wall of this retaining member, which contributes to defining said opening in such a retaining member, into which the support element is intended to be inserted, the rigid arms and the elastic arms connecting the outer structure and inner structure to one another and the outer structure having an overall hexagonal shape comprising convexly-shaped parts, each rigid arm being provided with a single flat contact area of the retaining member able to cooperate with a corresponding convex contact portion of the support element, each elastic arm being able to deform by way of: - a first torsional elastic deformation, and - a second tensile or extensional elastic deformation, in this retaining member when the support element is inserted into the opening, this support element applies a contact force on the contact areas of the rigid arms, such that the rigid arms are displaced, and the displacement of these rigid arms causes the double elastic deformation of the elastic arms. - a first torsional elastic deformation, and - a second tensile or extensional elastic deformation,
A video encoder, comprising: an input unit configured to receive frames of video, each of the frames comprising blocks of pixels; an intra-prediction unit configured, for a current block to be encoded, to determine a vanishing point (440;480) in which perspective lines seem to converge and to generate a residual by performing intra-prediction based on a prediction line (430;451) which originates in the vanishing point and runs through a current pixel in the current block; and an output unit configured to provide an encoded bit stream based on the residual. an input unit configured to receive frames of video, each of the frames comprising blocks of pixels; an intra-prediction unit configured, for a current block to be encoded, to determine a vanishing point (440;480) in which perspective lines seem to converge and to generate a residual by performing intra-prediction based on a prediction line (430;451) which originates in the vanishing point and runs through a current pixel in the current block; and an output unit configured to provide an encoded bit stream based on the residual.
A cell genetically modified to express an anti-CD19 CAR wherein the CAR comprises a CD19 antigen binding domain, a costimulatory signaling region, and a CD3 zeta signaling domain, for use in a method for preventing or delaying rejection of a transplanted tissue or organ in a subject, the method comprising administering to the subject an effective amount of said genetically modified cell before, at the same time as, or after the administration of the transplanted tissue or organ, wherein the CD19 antigen binding domain targets the CD19 B cell surface marker, wherein the genetically modified cell depletes B cells, and wherein B cell aplasia is sustained for eighteen months after the administration of the genetically modified cell to the subject, wherein the tissue or organ is heart, heart valve, lung, kidney, liver, pancreas, intestine, skin, blood vessel, bone marrow, stem cell, bone or islet cell.
A method in a wireless communication device for initiating a session with a radio network node, comprising: determining that the radio network node has enabled an access class barring, ACB, test; determining whether to perform or bypass the access class barring test for the session; and performing or bypassing the access class barring test according to the determination; the method further comprising and characterized by: setting an access class barring, ACB-bypass variable to true upon a determination to bypass the access class barring test for the session. determining that the radio network node has enabled an access class barring, ACB, test; determining whether to perform or bypass the access class barring test for the session; and performing or bypassing the access class barring test according to the determination; the method further comprising and characterized by: setting an access class barring, ACB-bypass variable to true upon a determination to bypass the access class barring test for the session.
Process for production of a whole broth enzyme composition, comprising the following steps: (a) providing a fermentation medium, originating from hydrolysis of lignocellulosic biomass, with a glucose content of from 5 to 450 g/L, a xylose content of from 2 to 300 g/L, a density of from 1 to 2 kg/L and a dry matter content of from 10 to 75 wt.-%; (b) addition of at least one filamentous fungus cell wherein SEQ1 gene sequence SEQ ID NO:1 has been disrupted; (c) mixing of the fermentation medium and the at least one filamentous fungus cell for a time period of from 1 minute to 10 days at a temperature of from 20 to 35 °C; (d) obtaining a whole broth enzyme composition. (a) providing a fermentation medium, originating from hydrolysis of lignocellulosic biomass, with a glucose content of from 5 to 450 g/L, a xylose content of from 2 to 300 g/L, a density of from 1 to 2 kg/L and a dry matter content of from 10 to 75 wt.-%; (b) addition of at least one filamentous fungus cell wherein SEQ1 gene sequence SEQ ID NO:1 has been disrupted; (c) mixing of the fermentation medium and the at least one filamentous fungus cell for a time period of from 1 minute to 10 days at a temperature of from 20 to 35 °C; (d) obtaining a whole broth enzyme composition.
A non-contact video based system for determining an arterial pulse transit time between a proximal and distal region of a subject of interest from source video images acquired using a video camera, the system comprising: a video imaging system for capturing time varying source images over at least one channel, said source images comprising video images captured of a proximal and distal region of an exposed area of skin of a subject of interest; and a processor in communication with said video camera and a memory, said processor executing machine readable instructions for performing: extracting, from said source images, a time series signal for each of said proximal and distal regions; computing a phase angle with respect to frequency for each of said time series signals; determining a phase difference curve with respect to frequency by computing for each frequency the difference between the corresponding phase angles of said distal and proximal regions, said phase difference curve being a monotonic function of frequencies in said signals; and extracting, from said monotonic function, an arterial pulse transit time of said subject. a video imaging system for capturing time varying source images over at least one channel, said source images comprising video images captured of a proximal and distal region of an exposed area of skin of a subject of interest; and a processor in communication with said video camera and a memory, said processor executing machine readable instructions for performing: extracting, from said source images, a time series signal for each of said proximal and distal regions; computing a phase angle with respect to frequency for each of said time series signals; determining a phase difference curve with respect to frequency by computing for each frequency the difference between the corresponding phase angles of said distal and proximal regions, said phase difference curve being a monotonic function of frequencies in said signals; and extracting, from said monotonic function, an arterial pulse transit time of said subject. extracting, from said source images, a time series signal for each of said proximal and distal regions; computing a phase angle with respect to frequency for each of said time series signals; determining a phase difference curve with respect to frequency by computing for each frequency the difference between the corresponding phase angles of said distal and proximal regions, said phase difference curve being a monotonic function of frequencies in said signals; and extracting, from said monotonic function, an arterial pulse transit time of said subject.
A method for obtaining a parameter relating to flow in a vessel, the method comprising: obtaining ultrasound data from an imaging plane, wherein the ultrasound data comprises Doppler ultrasound data; identifying a vessel cross section within the imaging plane based on the ultrasound data; determining a shape of the identified vessel cross section; determining a vessel axis based on the shape of the identified vessel cross section based on an assumption of circular cross section on a plane perpendicular to the vessel axis, wherein the vessel axis extends along the length of the vessel; determining a Doppler angle (α) between the vessel axis and the imaging plane; and deriving the parameter relating to flow based on the Doppler angle, the vessel axis and the Doppler ultrasound data, and wherein, determining the shape of the identified vessel cross section comprises fitting a general ellipse equation to the identified vessel cross section, characterised in that fitting the general ellipse equation to the identified vessel cross section comprises applying an image momentum method to the ultrasound data, generating a binary mask of the ultrasound data optimized for a set of imaging parameters, and wherein the determining of the shape of the identified vessel cross section is based on the binary mask. obtaining ultrasound data from an imaging plane, wherein the ultrasound data comprises Doppler ultrasound data; identifying a vessel cross section within the imaging plane based on the ultrasound data; determining a shape of the identified vessel cross section; determining a vessel axis based on the shape of the identified vessel cross section based on an assumption of circular cross section on a plane perpendicular to the vessel axis, wherein the vessel axis extends along the length of the vessel; determining a Doppler angle (α) between the vessel axis and the imaging plane; and deriving the parameter relating to flow based on the Doppler angle, the vessel axis and the Doppler ultrasound data, and wherein, determining the shape of the identified vessel cross section comprises fitting a general ellipse equation to the identified vessel cross section, characterised in that fitting the general ellipse equation to the identified vessel cross section comprises applying an image momentum method to the ultrasound data, generating a binary mask of the ultrasound data optimized for a set of imaging parameters, and wherein the determining of the shape of the identified vessel cross section is based on the binary mask.
Sectional warp beam having a core and two lateral flanges (3, 4) at either end of the core, characterized in that the sectional warp beam has a clamp bar for acquiring and fixing of a yarn skein across the entire width of the sectional warp beam, and that a fastening installation by way of which the clamp bar is fixable between the lateral flanges (3, 4) is provided.
A sensor arrangement for determining a relative position of an object in space in relation to the sensor arrangement, wherein the sensor arrangement comprises: - at least three eddy current sensors (11, 12, 13, 14) arranged in a row, wherein areas of coverage of respectively adjacent eddy current sensors (11, 12, 13, 14) in the row overlap; and - an evaluation unit which is adapted to determine the relative position along the row from signals (s 1a, s 1b, s 1c, s 2b, s 2c, s 3b, s 3c) produced by the object and respectively detected by the individual eddy current sensors, wherein the evaluation unit is adapted to compare signals (s 1a, s 1b, s 1c, s 2b, s 2c, s 3b, s 3c) respectively detected by different eddy current sensors (11, 12, 13, 14) with one another and to determine the relative position while taking at least one thus obtained comparison result into account. - at least three eddy current sensors (11, 12, 13, 14) arranged in a row, wherein areas of coverage of respectively adjacent eddy current sensors (11, 12, 13, 14) in the row overlap; and - an evaluation unit which is adapted to determine the relative position along the row from signals (s 1a, s 1b, s 1c, s 2b, s 2c, s 3b, s 3c) produced by the object and respectively detected by the individual eddy current sensors, wherein the evaluation unit is adapted to compare signals (s 1a, s 1b, s 1c, s 2b, s 2c, s 3b, s 3c) respectively detected by different eddy current sensors (11, 12, 13, 14) with one another and to determine the relative position while taking at least one thus obtained comparison result into account.
A pharmaceutical composition in form of emulsion or microemulsion, which is in liquid phase up to a temperature of about 40°C in vitro, comprising: a) an aqueous phase; b) an oily phase; c) at least one non ionic surfactant; d) at least one poloxamer in an amount between 5% and 12% by weight, with respect to the weight of the composition; e) optionally at least one physiologically acceptable excipient; f) at least one dye selected from Lugol's solution, methylene blue, toluidine blue, crystal violet, indigo carmine, congo red and phenol red. a) an aqueous phase; b) an oily phase; c) at least one non ionic surfactant; d) at least one poloxamer in an amount between 5% and 12% by weight, with respect to the weight of the composition; e) optionally at least one physiologically acceptable excipient; f) at least one dye selected from Lugol's solution, methylene blue, toluidine blue, crystal violet, indigo carmine, congo red and phenol red.
A method of managing security vulnerability in a host computer system, the method comprising: receiving, by a host security device, external network traffic that is trying to enter the host computer system; determining, by the host security device, reputation data by determining authenticity of one or more internet protocol addresses from which external network traffic data originated, wherein the reputation data comprises vulnerability signatures, packet permits, and indication of compromises associated with the external network traffic data; determining, by the host security device, intrusion data based on a knowledge base with respect to at least one of reputation data and historical security breaches, wherein the intrusion data comprises anti-malware logs, event logs, and intrusion activities; generating, by the host security device, a plurality of test cases based on the reputation data and the intrusion data, wherein the test cases are to test a set of security rules for managing security vulnerability in the host computer system; and determining, by the host security device, a set of implementable topologies for the host computer system, based on a simulation of each of the plurality of test cases, using a first artificial neural network "ANN" model, wherein a best fit topology for the network is determined using the first ANN model and rendered as output to a user or administrator as a recommended topology for the network. receiving, by a host security device, external network traffic that is trying to enter the host computer system; determining, by the host security device, reputation data by determining authenticity of one or more internet protocol addresses from which external network traffic data originated, wherein the reputation data comprises vulnerability signatures, packet permits, and indication of compromises associated with the external network traffic data; determining, by the host security device, intrusion data based on a knowledge base with respect to at least one of reputation data and historical security breaches, wherein the intrusion data comprises anti-malware logs, event logs, and intrusion activities; generating, by the host security device, a plurality of test cases based on the reputation data and the intrusion data, wherein the test cases are to test a set of security rules for managing security vulnerability in the host computer system; and determining, by the host security device, a set of implementable topologies for the host computer system, based on a simulation of each of the plurality of test cases, using a first artificial neural network "ANN" model, wherein a best fit topology for the network is determined using the first ANN model and rendered as output to a user or administrator as a recommended topology for the network.
A method of providing an overcoated printed substrate, the method comprising: providing a printed substrate comprising a primer layer disposed on a print substrate and a liquid electrostatically printed layer disposed on the primer layer; and applying a UV curable overcoat composition to the printed layer of the printed substrate, wherein the UV curable overcoat composition comprises a UV curable resin and inorganic nanoparticles dispersed therein. providing a printed substrate comprising a primer layer disposed on a print substrate and a liquid electrostatically printed layer disposed on the primer layer; and applying a UV curable overcoat composition to the printed layer of the printed substrate,
A reinforced package, comprising: a carton comprising a plurality of panels that extend at least partially around an interior of the carton, the plurality of panels comprising a front panel, a first side panel foldably connected to the front panel, a second side panel foldably connected to the front panel, and at least one back panel (23, 25) foldably connected to at least one of the first side panel and the second side panel; and a bag attached to the carton, the bag having an at least partially open end, an at least partially closed end, and an interior space for holding a product; wherein the carton is positionable in a non-erect position wherein the interior space of the bag is at least partially collapsed and in an erect position wherein the interior space of the bag is increased, the carton is configured to support the bag in the erect position, and the first side panel and the second side panel have retention features for at least partially retaining the carton in the erect position; characterized in that the carton further comprises support features extending from at least one panel of the plurality of panels, the first side panel comprises a first panel portion foldably connected to a second panel portion along a first lateral fold line extending in the first side panel, and the support features comprise a first support extending from the first panel portion and a second support extending from the second panel portion. a carton comprising a plurality of panels that extend at least partially around an interior of the carton, the plurality of panels comprising a front panel, a first side panel foldably connected to the front panel, a second side panel foldably connected to the front panel, and at least one back panel (23, 25) foldably connected to at least one of the first side panel and the second side panel; and a bag attached to the carton, the bag having an at least partially open end, an at least partially closed end, and an interior space for holding a product; wherein the carton is positionable in a non-erect position wherein the interior space of the bag is at least partially collapsed and in an erect position wherein the interior space of the bag is increased, the carton is configured to support the bag in the erect position, and the first side panel and the second side panel have retention features for at least partially retaining the carton in the erect position; characterized in that the carton further comprises support features extending from at least one panel of the plurality of panels, the first side panel comprises a first panel portion foldably connected to a second panel portion along a first lateral fold line extending in the first side panel, and the support features comprise a first support extending from the first panel portion and a second support extending from the second panel portion.
Method for adjusting an actuation of a proportional valve for its functional operation as part of a fluid system, having the following steps: - acquiring measurements from the proportional valve during its operation outside the fluid system; - preparing a characteristic diagram based on the measurements; - integrating the proportional valve into the fluid system, and - adapting the actuation of the proportional valve to the fluid system on the basis of the characteristic diagram by means of a control device. - acquiring measurements from the proportional valve during its operation outside the fluid system; - preparing a characteristic diagram based on the measurements; - integrating the proportional valve into the fluid system, and - adapting the actuation of the proportional valve to the fluid system on the basis of the characteristic diagram by means of a control device.
A point-of-sale device comprising: a processor; a network interface coupled to the processor that allows the POS device to communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; in response to the touch event, directing a function call indicative of the touch event to a secure user interface element of the payment application and not to a user input handler associated with an operating system of the POS device; and identifying, by the secure UI element of the payment application, an intended input represented by the touch event based on the set of coordinates, the set of coordinates directed to the payment application by the function call. a processor; a network interface coupled to the processor that allows the POS device to communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; communicate with a payment processing system over a network; and a memory storing a payment application that, when executed by the processor, causes the POS device to perform operations that include: receiving, by a secure input handler of the payment application executing in the POS device, a set of coordinates associated with a touch event from a driver module of a touchscreen of the POS device, wherein the touch event is performed on a user interface presented on the touchscreen; in response to the touch event, directing a function call indicative of the touch event to a secure user interface element of the payment application and not to a user input handler associated with an operating system of the POS device; and identifying, by the secure UI element of the payment application, an intended input represented by the touch event based on the set of coordinates, the set of coordinates directed to the payment application by the function call.