mhurhangee/ep-ind-claims huggingface dataset:
Method for generating synchronization signals for wireless communication systems, said method comprising the steps of: - defining a number sequence d u [ n], n = 0,1,..., L - 1 with of length L, said number sequence being centrally symmetric around the element n = ( L - 1)/2 of said number sequence, L being an odd positive integer and n denoting element index; - mapping said number sequence on a first set of discrete Fourier frequency coefficients H̃ u; - generating a second set of discrete Fourier frequency coefficients H u by frequency shifting said first set of discrete Fourier frequency coefficients H̃ u by m shifts, where m is an integer except zero; and - transforming said second set of discrete Fourier frequency coefficients H u into a time domain signal. - defining a number sequence d u [ n], n = 0,1,..., L - 1 with of length L, said number sequence being centrally symmetric around the element n = ( L - 1)/2 of said number sequence, L being an odd positive integer and n denoting element index; - mapping said number sequence on a first set of discrete Fourier frequency coefficients H̃ u; - generating a second set of discrete Fourier frequency coefficients H u by frequency shifting said first set of discrete Fourier frequency coefficients H̃ u by m shifts, where m is an integer except zero; and - transforming said second set of discrete Fourier frequency coefficients H u into a time domain signal.
A determination device for determining a maximum power dissipation property of a light emitting diode strip comprising a first channel with one or more first elements (20, 25), the determination device comprising: - a first switch configured to provide a first voltage pulse to the first channel, - a detector (15, 16) configured to detect a first current signal that results from a provision of the first voltage pulse to the first channel, and - a controller configured to derive a maximum power dissipation property of the first channel of the light emitting diode strip from the detection of the first current signal, wherein the maximum power dissipation property defines a first maximum value of a first load of the first channel; characterised in that the controller is further configured to calculate a first maximum duty cycle of a first power supply signal produced by a power supply for supplying the first channel based on both the first maximum value of the first channel and a power capacity of the power supply such that a product of the first maximum value of the first load of the first channel and the first maximum duty cycle is equal to or smaller than the power capacity of the power supply. - a first switch configured to provide a first voltage pulse to the first channel, - a detector (15, 16) configured to detect a first current signal that results from a provision of the first voltage pulse to the first channel, and - a controller configured to derive a maximum power dissipation property of the first channel of the light emitting diode strip from the detection of the first current signal,
A method for preparing a backsheet comprising the steps of: - providing a polymeric support; - applying a weather resistant layer comprising a binder containing a crosslinkable group, an isocyanate crosslinking agent and a catalyst capable of improving the crosslinking of the binder online on a side of the support, characterized in that the catalyst is a bismuth based catalyst. - providing a polymeric support; - applying a weather resistant layer comprising a binder containing a crosslinkable group, an isocyanate crosslinking agent and a catalyst capable of improving the crosslinking of the binder online on a side of the support,
A cooking robot comprising: a cooking arm configured to perform a cooking operation for making a dish; a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and sensation data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the sensation data indicating a sensation of the cook measured in conjunction with a progress of the cooking process, characterised in that the sensation data comprises flavor information which is configured by gustatory information, the gustatory information being generated by a gustatory information neural network model which has performed learning using gustatory sensor data of the ingredient and the sensation of the cook upon eating the ingredient. a cooking arm configured to perform a cooking operation for making a dish; a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and sensation data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the sensation data indicating a sensation of the cook measured in conjunction with a progress of the cooking process, characterised in that the sensation data comprises flavor information which is configured by gustatory information, the gustatory information being generated by a gustatory information neural network model which has performed learning using gustatory sensor data of the ingredient and the sensation of the cook upon eating the ingredient.
A fenfluramine active pharmaceutical ingredient comprising fenfluramine and having less than 0.2% by weight in total of trifluoromethyl regioisomers of fenfluramine.
A modular phased array antenna (400, 500) comprising: a plurality of modular antenna array blocks assembled together as a single antenna array, wherein each modular antenna array block includes: a plurality of transmit/receive integrated multichannel module, TRIMM, cards, each TRIMM card including electronics for power and beamforming signals, wherein the electronics for power and beamforming signals are connected in parallel to each modular antenna array block, a plurality of radiators for radiating antenna signals and collectively having a radiator face, a radome integrated with the plurality of radiators and interfacing directly to the radiator face, wherein the radome does not extend beyond the radiator face, and a frame for supporting the TRIMM cards; and an array face including an array plate and the radiators and the radome of each modular antenna array block interlocked and aligned to create a single monolithic array face; and characterised in that the array plate of the respective modular antenna array block is attached to a front of said respective modular antenna array block, and a plurality of interlocking joints positioned on top and bottom of the array plate are configured to allow for adjustment and alignment of said respective modular antenna array block. a plurality of transmit/receive integrated multichannel module, TRIMM, cards, each TRIMM card including electronics for power and beamforming signals, wherein the electronics for power and beamforming signals are connected in parallel to each modular antenna array block, a plurality of radiators for radiating antenna signals and collectively having a radiator face, a radome integrated with the plurality of radiators and interfacing directly to the radiator face, wherein the radome does not extend beyond the radiator face, and a frame for supporting the TRIMM cards; and an array face including an array plate and the radiators and the radome of each modular antenna array block interlocked and aligned to create a single monolithic array face; and characterised in that the array plate of the respective modular antenna array block is attached to a front of said respective modular antenna array block, and a plurality of interlocking joints positioned on top and bottom of the array plate are configured to allow for adjustment and alignment of said respective modular antenna array block.
A method of controlling access to a content item in a domain comprising a set of devices that are members of the domain, a digital right being associated with the content item, the devices implementing a Digital Rights Management system managing access to the content, devices of the set of devices being arranged to be members of multiple domains and to store multiple corresponding domain identifiers, the method comprising - identifying a domain by means of a unique domain identifier, the domain identifier being stored in all devices of the domain, - deriving, in the domain, one or more domain-specific digital rights from the digital right associated with the content item, the one or more domain-specific digital rights being bound to the domain through the Digital Rights Management system and allowing the devices in the domain access to the content item, - deleting the domain identifier for the domain from a particular device of the set of devices if the particular device is removed from the domain, and - sending a revocation message into the domain if the digital right associated with the content item is revoked or removed from the domain, and deleting the derived domain-specific digital rights, in which every device in the domain has one or more domain identifiers and only communicates with other devices having at least one identical domain identifier, and in which a new device that successfully authenticates itself to a device in the domain receives one or more of the one or more domain identifiers, and in which a new device receives one or more of the one or more domain identifiers from a central controller device conditional upon successful authentication by a majority of the devices in each of said domains. - identifying a domain by means of a unique domain identifier, the domain identifier being stored in all devices of the domain, - deriving, in the domain, one or more domain-specific digital rights from the digital right associated with the content item, the one or more domain-specific digital rights being bound to the domain through the Digital Rights Management system and allowing the devices in the domain access to the content item, - deleting the domain identifier for the domain from a particular device of the set of devices if the particular device is removed from the domain, and - sending a revocation message into the domain if the digital right associated with the content item is revoked or removed from the domain, and deleting the derived domain-specific digital rights,
Resin transfer moulding device for manufacturing a component, comprising: - a vat into which starting material for manufacturing the component is introducable; - a cover which is insertable onto the vat in such a way that starting material for manufacturing the component is enclosable between the vat and the cover; - a heating device for manufacturing the component by heating starting material enclosable between the vat and the cover; wherein the vat is manufactured from a material having a coefficient of expansion substantially equal to a coefficient of expansion of the manufactured component; and the cover is manufactured from a material having a coefficient of expansion greater than the coefficient of expansion of the material of the vat; and wherein the vat and the component have approximately equal coefficients of expansion so as to prevent the cooling component from shrinking onto the vat after production, and the cover made of the material having the greater coefficient of expansion makes it more easily possible to take off the cover after cooling. - a vat into which starting material for manufacturing the component is introducable; - a cover which is insertable onto the vat in such a way that starting material for manufacturing the component is enclosable between the vat and the cover; - a heating device for manufacturing the component by heating starting material enclosable between the vat and the cover;
A method for improving resistivity imaging, comprising: disposing a downhole tool into a borehole, wherein the downhole tool comprises a pad and a button array disposed on the pad; taking a measurement with the button array at a location in the borehole; selecting a projection angle defined as the angle between the real axis in the impedance complex plane and a vector having its origin at the measured impedance and ending on a vector that is parallel to the mud impedance; obtaining a corrected measurement from the projection angle and the measurement; and constructing an image using the corrected measurement; characterized in that: a ratio of a function of the phase angle of mud and a phase angle of the measurement to a function of the phase angle of the mud and the projection angle is used to calculate the corrected measurement. disposing a downhole tool into a borehole, wherein the downhole tool comprises a pad and a button array disposed on the pad; taking a measurement with the button array at a location in the borehole; selecting a projection angle defined as the angle between the real axis in the impedance complex plane and a vector having its origin at the measured impedance and ending on a vector that is parallel to the mud impedance; obtaining a corrected measurement from the projection angle and the measurement; and constructing an image using the corrected measurement;
Method of navigation around a visual content, the content being available at the level of a terminal having a means (1.6) of entering navigation commands, said navigation commands making it possible to select a part of the content so as to display it on a display means (1.3) of the terminal; the method being characterized in that it comprises a step of duplication into two identical images (II, 12) of said displayed part when an end of said content lying in the direction of the movement specified by the navigation command is displayed on the display means (1.3), a first image remaining stationary, a second image moving in the direction of the movement specified by the navigation command as long as said command is active.
A method for relocating, by a first serving node, a serving node in a wireless communication system, the method comprising: receiving a tracking area update, TAU, request message from a UE; transmitting an update location request to a home subscriber server, HSS, when the first serving node having received the TAU request message is different from a second serving node that is an old node; and transmitting an update location message to a service capability exposure function, SCEF, when the first serving node is different from the second serving node that is the old node and a connection for transmitting/receiving non-Internet protocol, non-IP, data via the SCEF is configured for the UE. receiving a tracking area update, TAU, request message from a UE; transmitting an update location request to a home subscriber server, HSS, when the first serving node having received the TAU request message is different from a second serving node that is an old node; and transmitting an update location message to a service capability exposure function, SCEF, when the first serving node is different from the second serving node that is the old node and a connection for transmitting/receiving non-Internet protocol, non-IP, data via the SCEF is configured for the UE.
A system of cardiac pacing comprising: a) processing means configured to determine a baseline rhythm using a plurality of body-surface electrodes, the baseline rhythm including an atrial marker associated with an atrial event and a ventricular marker associated with a ventricular event; b) processing means configured to define a pre-specified window between the atrial marker and the ventricular marker; c) processing means configured to apply a low pass filter to a signal within the window; and d) processing means configured to determine a rectified slope of the signal; and characterized by e) processing means configured to determine a time point in which the rectified slope exceeds 10% of a maximum value of the rectified slope; and f) processing means configured to determine a point of onset of a depolarization complex in the signal, wherein the point of onset occurs at a largest curvature in the signal within the window from Vs-100 ms to t1, wherein Vs indicates the timing of a ventricular event. a) processing means configured to determine a baseline rhythm using a plurality of body-surface electrodes, the baseline rhythm including an atrial marker associated with an atrial event and a ventricular marker associated with a ventricular event; b) processing means configured to define a pre-specified window between the atrial marker and the ventricular marker; c) processing means configured to apply a low pass filter to a signal within the window; and d) processing means configured to determine a rectified slope of the signal; and characterized by e) processing means configured to determine a time point in which the rectified slope exceeds 10% of a maximum value of the rectified slope; and f) processing means configured to determine a point of onset of a depolarization complex in the signal, wherein the point of onset occurs at a largest curvature in the signal within the window from Vs-100 ms to t1, wherein Vs indicates the timing of a ventricular event.
A communication device comprising a cell- or mobile telephone and a hunting radio, both the mobile telephone and the hunting radio being provided with units for Bluetooth communication or other wireless communication, and a headset (1, 2), which is provided with operating means (6, 14) for controlling both, the headset (1, 2) is equipped for Bluetooth communication or other wireless communication with both the mobile telephone and the hunting radio characterised in that the mobile telephone and the hunting radio are used simultaneously and that the operating means comprise a first operating device for operating the hunting radio, and a second operating member for operating the mobile telephone.
Profiled body for an aircraft, comprising a device for de-icing and/or avoiding ice-buildup, a heat dissipation device for dissipating heat to a surface region of said aircraft, wherein said heat dissipation device is constructed for linear heat dissipation for the purpose of producing a predetermined breaking point or breaking line or separation line within ice accumulating on said surface region, and a deformation device for deforming at least a part of the surface of said surface region, characterized in that said heat dissipation device comprises a heat source that is surrounded by an insulating sheath operable to reduce or prevent heat from being radiated into the interior region of said profiled body.
Piezo-electric hydraulic fluid pump comprising: a main housing; a hydraulic fluid reservoir located within the main housing; a piston head moveably mounted within the main housing; a piezo-electric stack; a bias mechanism arranged to couple the piston head and piezo-electric stack and maintain the piezo-electric stack in compression; an outlet plate statically mounted within the main housing adjacent to the piston head, wherein the adjacent surfaces of the outlet plate and piston head define a pumping chamber; an inlet disc valve arranged to permit a one-way flow of hydraulic fluid from the reservoir into the pumping chamber; and an outlet disc valve arranged to permit a one-way flow of hydraulic fluid out of the pumping chamber, wherein the piezo-electric stack includes an internal void that comprises the hydraulic fluid reservoir. a main housing; a hydraulic fluid reservoir located within the main housing; a piston head moveably mounted within the main housing; a piezo-electric stack; a bias mechanism arranged to couple the piston head and piezo-electric stack and maintain the piezo-electric stack in compression; an outlet plate statically mounted within the main housing adjacent to the piston head, wherein the adjacent surfaces of the outlet plate and piston head define a pumping chamber; an inlet disc valve arranged to permit a one-way flow of hydraulic fluid from the reservoir into the pumping chamber; and an outlet disc valve arranged to permit a one-way flow of hydraulic fluid out of the pumping chamber,
Device for winding tyre components on a tyre building drum for producing a belt-tread package, wherein the tyre building drum has drum segments that are expandable in the radial direction and the outer drum surface is formed by the outer surface of the individual drum segments, wherein the outer drum surface takes the form of a cylinder and be reduced or increased in size by the expandable drum segments, wherein the tyre building drum for winding the tyre components is mounted rotatably in the circumferential direction, characterized in that the outer drum surface is covered by a peripheral rubber sleeve and the rubber sleeve has on the outer side a cross-sectionally convex contour, wherein the convex contour of the rubber sleeve has the effect of imparting a curved contour to the belt package to be produced, wherein a multiplicity of magnets for fixing and guiding the belt ply lying against the rubber sleeve are arranged in the rubber material of the rubber sleeve, wherein the rubber sleeve has a groove on the underside, wherein a ridge (3, 4) is arranged on the upper side of at least one drum segment, wherein the rubber sleeve is fixed with interlocking engagement in the axial direction on the drum segment by the groove and the ridge (3, 4).
An eye-tracking system comprising an image sensor configured to acquire image data; a logic subsystem; and a storage subsystem comprising instructions stored thereon that are executable by the logic subsystem to: detect a face of a user in the image data, locate the eye in a region of the face in the image data to obtain an eye image, normalize one or more of a scale and an illumination of the eye image, determine a voting map for each of a plurality of ellipse hypotheses, fit an ellipse to an iris of the eye in the eye image based upon the voting map of each ellipse hypothesis, including, determining a best fit ellipse from the plurality of ellipse hypotheses and for each pixel of the eye image, determining a gradient vector for the pixel, and, for each pixel of the voting map corresponding to the pixel of the eye image, updating a value of the corresponding pixel of the voting map with the magnitude of the gradient vector, and output a determination of a gaze direction based upon the ellipse fitted. detect a face of a user in the image data, locate the eye in a region of the face in the image data to obtain an eye image, normalize one or more of a scale and an illumination of the eye image, determine a voting map for each of a plurality of ellipse hypotheses, fit an ellipse to an iris of the eye in the eye image based upon the voting map of each ellipse hypothesis, including, determining a best fit ellipse from the plurality of ellipse hypotheses and for each pixel of the eye image, determining a gradient vector for the pixel, and, for each pixel of the voting map corresponding to the pixel of the eye image, updating a value of the corresponding pixel of the voting map with the magnitude of the gradient vector, and output a determination of a gaze direction based upon the ellipse fitted.