mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit for controlling a process of a transmitting terminal, the process comprising: receiving a system information, broadcast from a base station, including information on a temporary transmission radio resource pool, indicating a radio resource usable by the transmitting terminal for performing a direct communication transmission to a receiving terminal over a direct link connection, the system information including configuration information on the temporary transmission radio resource pool, the configuration information limiting an amount of time that the temporary transmission radio resource pool is usable by the transmitting terminal; determining to use the radio resource indicated in the information on the temporary radio resource pool for the direct communication transmission to the receiving terminal when the transmitting terminal receives the system information on the temporary transmission radio resource pool and detects a condition on a start of a Radio Resource Control, RRC, connection establishment with the base station; and transmitting data using the radio resource for the direct communication transmission only for the limited amount of time according to the configuration information from the moment the condition on the start of the RRC connection establishment being detected until the transmitting terminal is informed by the base station about a rejection of the RRC connection establishment. receiving a system information, broadcast from a base station, including information on a temporary transmission radio resource pool, indicating a radio resource usable by the transmitting terminal for performing a direct communication transmission to a receiving terminal over a direct link connection, the system information including configuration information on the temporary transmission radio resource pool, the configuration information limiting an amount of time that the temporary transmission radio resource pool is usable by the transmitting terminal; determining to use the radio resource indicated in the information on the temporary radio resource pool for the direct communication transmission to the receiving terminal when the transmitting terminal receives the system information on the temporary transmission radio resource pool and detects a condition on a start of a Radio Resource Control, RRC, connection establishment with the base station; and transmitting data using the radio resource for the direct communication transmission only for the limited amount of time according to the configuration information from the moment the condition on the start of the RRC connection establishment being detected until the transmitting terminal is informed by the base station about a rejection of the RRC connection establishment.
A device for transmitting power to a remote device over first and second communication lines (DALI+, DALI-) and for communication with the remote device over the first and second communication lines, comprising: a power source for providing power to the first and second communication lines; a first driver for implementing a first communications protocol which comprises coupling the first and second communication lines together to encode a first signal level and isolating the first and second communication lines from each other to encode a second signal level, characterized in that the device comprises a second driver for implementing a second communications protocol which is configured for modulating the first communication line with a signal having a modulation depth below 100%, such that a voltage difference between the first communication line and the second communication line (DALI+, DALI-) is never zero during the modulating of the first communication line. a power source for providing power to the first and second communication lines; a first driver for implementing a first communications protocol which comprises coupling the first and second communication lines together to encode a first signal level and isolating the first and second communication lines from each other to encode a second signal level, characterized in that the device comprises a second driver for implementing a second communications protocol which is configured for modulating the first communication line with a signal having a modulation depth below 100%, such that a voltage difference between the first communication line and the second communication line (DALI+, DALI-) is never zero during the modulating of the first communication line.
Method of operating a user equipment in a radio access network, the user equipment being configured with a set of bandwidth parts, the user equipment being operable for communicating utilising an activated bandwidth part of the set of bandwidth parts; wherein the set of bandwidth parts comprises a first bandwidth part and a second bandwidth part, the first bandwidth part of the set being associated to a first set of characteristics, the second bandwidth part of the set being associated to a second set of characteristics; wherein further the first set of characteristics and the second set of characteristics comprise at least one characteristic different between the first set and the second set of characteristics; wherein the user equipment further operates with a common search space for control signaling, the common search space being included in the first bandwidth part and the second bandwidth part; the method comprising receiving control signaling in the common search space based on the first set of characteristics while the second bandwidth part is activated. wherein the set of bandwidth parts comprises a first bandwidth part and a second bandwidth part, the first bandwidth part of the set being associated to a first set of characteristics, the second bandwidth part of the set being associated to a second set of characteristics; wherein further the first set of characteristics and the second set of characteristics comprise at least one characteristic different between the first set and the second set of characteristics; wherein the user equipment further operates with a common search space for control signaling, the common search space being included in the first bandwidth part and the second bandwidth part; the method comprising receiving control signaling in the common search space based on the first set of characteristics while the second bandwidth part is activated.
A computer-implemented method for anonymously collecting malware-related data from client devices, the method comprising: receiving, by a network node , a first data structure from a client device , wherein the first data structure contains an identifier of the client device and an encrypted data that includes an identifier of a user of the client device and/or personal data of the user, and wherein the encrypted data was encrypted by the client device with a public key of the client device, wherein the public key was provided to the client device by an independent certification authority, transforming, by the network node, the received first data structure by replacing the identifier of the client device with an anonymized identifier, and transmitting the transformed first data structure containing the anonymized identifier and the encrypted data to a server , wherein the anonymized identifier includes an encrypted identifier of the client device; receiving, by the server, the transformed first data structure from the network node; receiving, by the server, a second data structure from the client device, wherein the second data structure contains malware-related data obtained on the client device; and combining, by the server, the transformed first data structure with the second data structure and storing the combined data structure at the server, whereby the server cannot access and/or view (i) the identifier of the client device and (ii) the identifier of the user of the client device and/or personal data of the user stored in the combined data structure. receiving, by a network node , a first data structure from a client device , wherein the first data structure contains an identifier of the client device and an encrypted data that includes an identifier of a user of the client device and/or personal data of the user, and wherein the encrypted data was encrypted by the client device with a public key of the client device, wherein the public key was provided to the client device by an independent certification authority, transforming, by the network node, the received first data structure by replacing the identifier of the client device with an anonymized identifier, and transmitting the transformed first data structure containing the anonymized identifier and the encrypted data to a server , wherein the anonymized identifier includes an encrypted identifier of the client device; receiving, by the server, the transformed first data structure from the network node; receiving, by the server, a second data structure from the client device, wherein the second data structure contains malware-related data obtained on the client device; and combining, by the server, the transformed first data structure with the second data structure and storing the combined data structure at the server, whereby the server cannot access and/or view (i) the identifier of the client device and (ii) the identifier of the user of the client device and/or personal data of the user stored in the combined data structure.
A reinforcement assembly for a concrete structure being formed using a formwork or mould , comprising: a plurality of spaced apart first lengths of chain having opposite tetherable ends ; and a plurality of spaced apart second lengths of chain having opposite tetherable ends , the plurality of second lengths of chain at an angle to the first lengths of chain ; wherein, in use, the reinforcement assembly being adjustable to pretension the first and second lengths of chain prior to a concrete mixture being poured into the formwork or mould , whereby the pretensioned reinforcement assembly being embedded within the resultant concrete structure , characterized in that the reinforcement assembly comprises: a first pretensionable member or members, and/or resiliently deformable member or members , attached between at least one of said tetherable ends of the first lengths of chain and a first link member or members ; and a second pretensionable member or members, and/or resiliently deformable member or members , attached between at least one said tetherable ends of the second lengths of chain and a second link member or members , wherein the link member or members are attachable to or extendable through the formwork or mould . a plurality of spaced apart first lengths of chain having opposite tetherable ends ; and a plurality of spaced apart second lengths of chain having opposite tetherable ends , the plurality of second lengths of chain at an angle to the first lengths of chain ; wherein, in use, the reinforcement assembly being adjustable to pretension the first and second lengths of chain prior to a concrete mixture being poured into the formwork or mould , whereby the pretensioned reinforcement assembly being embedded within the resultant concrete structure , characterized in that the reinforcement assembly comprises: a first pretensionable member or members, and/or resiliently deformable member or members , attached between at least one of said tetherable ends of the first lengths of chain and a first link member or members ; and a second pretensionable member or members, and/or resiliently deformable member or members , attached between at least one said tetherable ends of the second lengths of chain and a second link member or members , wherein the link member or members are attachable to or extendable through the formwork or mould . a first pretensionable member or members, and/or resiliently deformable member or members , attached between at least one of said tetherable ends of the first lengths of chain and a first link member or members ; and a second pretensionable member or members, and/or resiliently deformable member or members , attached between at least one said tetherable ends of the second lengths of chain and a second link member or members , wherein the link member or members are attachable to or extendable through the formwork or mould .
A camshaft for extending over three or more cylinders arranged in series in an engine , the camshaft comprising: a plurality of cam parts each for an intake or exhaust valve and having a plurality of cam profiles having different shapes from each other; one tubular cam tube on which the plurality of cam parts is arranged to be spaced apart from each other in an axial direction, the tubular cam tube for extending over the three or more cylinders; and one driving shaft inserted into the tubular cam tube, wherein the tubular cam tube is configured by connecting a plurality of tubular members , which include a tubular cam member including a said cam part , wherein a female spline is arranged on an inner tubular surface of at least each tubular cam member which includes a said cam part among the plurality of tubular members , and a plurality of the female splines are partially arranged in the axial direction of the tubular cam tube on an inner tubular surface of the tubular cam tube, wherein a male spline is arranged on an outer tubular surface of the driving shaft, and wherein, in a state where the driving shaft is inserted into the tubular cam tube, the plurality of female splines and the male spline are fitted to each other so that the tubular cam tube is configured to rotate integrally with the driving shaft and be movable in an axial direction thereof. a plurality of cam parts each for an intake or exhaust valve and having a plurality of cam profiles having different shapes from each other; one tubular cam tube on which the plurality of cam parts is arranged to be spaced apart from each other in an axial direction, the tubular cam tube for extending over the three or more cylinders; and one driving shaft inserted into the tubular cam tube, wherein the tubular cam tube is configured by connecting a plurality of tubular members , which include a tubular cam member including a said cam part , wherein a female spline is arranged on an inner tubular surface of at least each tubular cam member which includes a said cam part among the plurality of tubular members , and a plurality of the female splines are partially arranged in the axial direction of the tubular cam tube on an inner tubular surface of the tubular cam tube, wherein a male spline is arranged on an outer tubular surface of the driving shaft, and wherein, in a state where the driving shaft is inserted into the tubular cam tube, the plurality of female splines and the male spline are fitted to each other so that the tubular cam tube is configured to rotate integrally with the driving shaft and be movable in an axial direction thereof.
A blur image processing method of an electronic device, the method comprising: obtaining an original image and blur-related information for generating a blur image from a user through an input unit, wherein the blur-related information includes information about a region for blurring indicating a part of the original image; generating a diagonal image with regard to each pixel of the region for blurring, based on the original image, wherein the diagonal image is a set of diagonally summed pixel values of the region for blurring; and generating the blur image from the diagonal image using the blur-related information and predefined weighted values of a region of interest, ROI, defining a filter size, wherein higher weighted values are applied to central pixels of the ROI and lower weighted values are applied to neighboring pixels of the ROI. obtaining an original image and blur-related information for generating a blur image from a user through an input unit, wherein the blur-related information includes information about a region for blurring indicating a part of the original image; generating a diagonal image with regard to each pixel of the region for blurring, based on the original image, wherein the diagonal image is a set of diagonally summed pixel values of the region for blurring; and generating the blur image from the diagonal image using the blur-related information and predefined weighted values of a region of interest, ROI, defining a filter size, wherein higher weighted values are applied to central pixels of the ROI and lower weighted values are applied to neighboring pixels of the ROI.
A process for the preparation of nitrogen doped carbon nanohorns for use in oxygen reduction reaction (ORR) with enhanced conductivity and improved surface area comprising following steps: a. Pre-treating the carbon nanohorns; b. Annealing the carbon nanohorns of step (a) in the presence of a nitrogen source at 500-1200°C for 1-3 hours; wherein pre-treatment of carbon nanohorns results into functionalization of carbon nanohorns which is carried out using hydrogen peroxide; wherein the nitrogen doped carbon nanohorns are optionally co-doped with metal selected from Fe and Co. a. Pre-treating the carbon nanohorns; b. Annealing the carbon nanohorns of step (a) in the presence of a nitrogen source at 500-1200°C for 1-3 hours;
A strut-type suspension device comprising: an upper support ; a shock absorber that is supported by the upper support ; a coil spring that is arranged surrounding the shock absorber , between an upper spring seat and a lower spring seat ; and a bearing that is arranged between the upper spring seat and the upper support , wherein the upper support includes a mounting portion that has a support surface for supporting the bearing ; and the support surface is inclined with respect to a plane perpendicular to a shock absorber axis , characterized in that the mounting portion includes the support surface , and a protruding face disposed around an inner peripheral edge of the support surface ; and an angle between the support surface and the protruding face is greater than 90°. an upper support ; a shock absorber that is supported by the upper support ; a coil spring that is arranged surrounding the shock absorber , between an upper spring seat and a lower spring seat ; and a bearing that is arranged between the upper spring seat and the upper support , wherein the upper support includes a mounting portion that has a support surface for supporting the bearing ; and the support surface is inclined with respect to a plane perpendicular to a shock absorber axis , characterized in that the mounting portion includes the support surface , and a protruding face disposed around an inner peripheral edge of the support surface ; and an angle between the support surface and the protruding face is greater than 90°.
A three-dimensional printing system for manufacturing a three-dimensional article comprising: a build chamber ; a carrier plate defining: a receptacle for receiving and aligning a prefabricated body ; and an alignment target formed into the carrier plate separated from the receptacle ; a vertical positioning apparatus ; a laser system ; a sensor , located above the carrier plate a powder dispenser ; and a controller configured to: operate the laser system at a low power level, which is not capable of fusing powder, to generate and scan a radiation beam over an upper surface of the carrier plate ; concurrent with scanning the radiation beam , receive a signal from the sensor ; analyze the signal to find locations of the target formed into the carrier plate and to align the radiation beam to the prefabricated body ; and operate the vertical positioning apparatus , the laser system , and the powder dispenser to selectively fuse layers of powder over the prefabricated body to complete manufacture of the three-dimensional article a build chamber ; a carrier plate defining: a receptacle for receiving and aligning a prefabricated body ; and an alignment target formed into the carrier plate separated from the receptacle ; a receptacle for receiving and aligning a prefabricated body ; and an alignment target formed into the carrier plate separated from the receptacle ; a vertical positioning apparatus ; a laser system ; a sensor , located above the carrier plate a powder dispenser ; and a controller configured to: operate the laser system at a low power level, which is not capable of fusing powder, to generate and scan a radiation beam over an upper surface of the carrier plate ; concurrent with scanning the radiation beam , receive a signal from the sensor ; analyze the signal to find locations of the target formed into the carrier plate and to align the radiation beam to the prefabricated body ; and operate the laser system at a low power level, which is not capable of fusing powder, to generate and scan a radiation beam over an upper surface of the carrier plate ; concurrent with scanning the radiation beam , receive a signal from the sensor ; analyze the signal to find locations of the target formed into the carrier plate and to align the radiation beam to the prefabricated body ; and operate the vertical positioning apparatus , the laser system , and the powder dispenser to selectively fuse layers of powder over the prefabricated body to complete manufacture of the three-dimensional article
An integrally bladed rotor (62; 102) for a gas turbine engine comprising: a rotor portion with a peripheral surface ; at least one airfoil including a suction side and a pressure side extending between a leading edge and a trailing edge , the at least one airfoil extending radially from the peripheral surface , the airfoil including an airfoil thickness between the pressure side and the suction side ; and a patch portion disposed at a location between the airfoil and the peripheral surface that defines a boundary that prevents crack propagation into the rotor portion , on one of the suction side and the pressure side , the patch portion including a first thickness in addition to the airfoil thickness , characterized in that : the patch portion extends partway between the leading edge and the trailing edge and is spaced apart from the trailing edge and/or the leading edge . a rotor portion with a peripheral surface ; at least one airfoil including a suction side and a pressure side extending between a leading edge and a trailing edge , the at least one airfoil extending radially from the peripheral surface , the airfoil including an airfoil thickness between the pressure side and the suction side ; and a patch portion disposed at a location between the airfoil and the peripheral surface that defines a boundary that prevents crack propagation into the rotor portion , on one of the suction side and the pressure side , the patch portion including a first thickness in addition to the airfoil thickness , characterized in that : the patch portion extends partway between the leading edge and the trailing edge and is spaced apart from the trailing edge and/or the leading edge .