mhurhangee/patent-ind-claim-en huggingface dataset:
A stent comprising: an elongated body having a proximate end , a distal end , a central axis, and a center lumen and at least one open sinusoidally undulating channel helically and longitudinally wound around the central axis and extending from the proximal end to the distal end of the elongated body , said undulating channel formed on the exterior surface of said body to provide fluid communication between said proximal end and said distal end , wherein the diameter at the proximate end of the stent is smaller than the diameter at the distal end, wherein said undulating channel is not in fluid communication with the center lumen , wherein said elongated body comprises a bioabsorbable material, and wherein said center lumen can accommodate a guide wire and can provide additional flow throughput after the guide wire has been removed. an elongated body having a proximate end , a distal end , a central axis, and a center lumen and at least one open sinusoidally undulating channel helically and longitudinally wound around the central axis and extending from the proximal end to the distal end of the elongated body , said undulating channel formed on the exterior surface of said body to provide fluid communication between said proximal end and said distal end , wherein the diameter at the proximate end of the stent is smaller than the diameter at the distal end, wherein said undulating channel is not in fluid communication with the center lumen , wherein said elongated body comprises a bioabsorbable material, and wherein said center lumen can accommodate a guide wire and can provide additional flow throughput after the guide wire has been removed.
A method to digitally sign a document, comprising: receiving, by a secure development platform, SDP, from a user device , a request for a digital certificate and corresponding public private key pair; creating, by the SDP , the public private key pair and generating a request for the digital certificate, the SDP comprising an SDP processor coupled to a secure SDP memory ; transmitting, by the SDP, the private key of the public private key pair to the secure SDP memory ; transmitting, by the SDP, to a Public-key infrastructure PKI, service processor , the request for the digital certificate; if information in the request for the digital certificate is correct: creating, by the PKI service processor, the digital certificate with the public key of the public-private key pair in the request; and receiving, by the SDP, the digital certificate from the PKI service processor ; storing the digital certificate in the secure SDP memory ; receiving, by the SDP from the user device , a document to digitally sign; transmitting, to the PKI service processor , a request to validate the digital certificate, stored in the secure SDP memory, related to the user device ; receiving, from the PKI service processor , an indication of validity of the digital certificate; and if the indication indicates a valid digital certificate: digitally signing by the SDP the document based upon the digital certificate private key created by the SDP ; and providing by the SDP the signed document to the user device . receiving, by a secure development platform, SDP, from a user device , a request for a digital certificate and corresponding public private key pair; creating, by the SDP , the public private key pair and generating a request for the digital certificate, the SDP comprising an SDP processor coupled to a secure SDP memory ; transmitting, by the SDP, the private key of the public private key pair to the secure SDP memory ; transmitting, by the SDP, to a Public-key infrastructure PKI, service processor , the request for the digital certificate; if information in the request for the digital certificate is correct: creating, by the PKI service processor, the digital certificate with the public key of the public-private key pair in the request; and receiving, by the SDP, the digital certificate from the PKI service processor ; storing the digital certificate in the secure SDP memory ; receiving, by the SDP from the user device , a document to digitally sign; transmitting, to the PKI service processor , a request to validate the digital certificate, stored in the secure SDP memory, related to the user device ; receiving, from the PKI service processor , an indication of validity of the digital certificate; and if the indication indicates a valid digital certificate: digitally signing by the SDP the document based upon the digital certificate private key created by the SDP ; and providing by the SDP the signed document to the user device . digitally signing by the SDP the document based upon the digital certificate private key created by the SDP ; and providing by the SDP the signed document to the user device .
Front module for a vehicle with at least an impact energy absorber member , a front bumper , a lower leg stiffener , and a bolster frame , wherein the lower leg stiffener is configured to stiffen the pedestrian protection in order to protect a lower leg of a pedestrian, with integrated air guiding means for guiding air from the front bumper member of the vehicle to a radiator of the vehicle, wherein the impact energy absorber member comprises integrated air guiding means with at least one vertical flap , wherein the flap is reinforced by a rib , wherein the rib is fixed to the front bumper member and to the bolster frame of the front module , wherein the flap , and therefore the air guiding means , are integrated parts of the impact energy absorber .
Cleaner combination in a block form having at least one cleaner component in the form of a descaler or cleaner block , to be received in a receiving device in an interior of a cooking appliance or oven , characterized in that the cleaner combination comprises, in addition to the descaler or cleaner block , further cleaner components which are connected to one another by way of at least one connecting and separating layer , which brings about gravity-induced detachment of a cleaner component , and/or which are provided with a dissolvable casing , where the cleaner combination comprises a descaler or cleaner block , a further cleaner block , a bleach block and/or an enzymatic cleaner block which are each connected to one another by means of a connecting and separating layer or are enclosed by a casing .
An inkjet recording device, satisfying elements through below, the inkjet recording device including an ink discharging unit configured to discharge an ink , the ink discharging unit including an inkjet head having a nozzle diameter of 17 μm or greater but 19 μm or less, the inkjet head including a nozzle plate and an ink repellent layer disposed on a surface of the nozzle plate , the inkjet recording device comprising, as the ink , an aqueous dye ink including a water-soluble dye and having a viscosity of 5 mPa·s or greater but 12 mPa·s or less at 25°C. the inkjet recording device including an ink discharging unit configured to discharge an ink , the ink discharging unit including an inkjet head having a nozzle diameter of 17 μm or greater but 19 μm or less, the inkjet head including a nozzle plate and an ink repellent layer disposed on a surface of the nozzle plate , the inkjet recording device comprising, as the ink , an aqueous dye ink including a water-soluble dye and having a viscosity of 5 mPa·s or greater but 12 mPa·s or less at 25°C.
Method for adapting a functionality of a vehicle carried out automatically by an assistance system, characterized in that in the event that the automatically carried out functionality is terminated by the driver, this termination is detected and stored, in the case of a termination frequency exceeding a predetermined threshold value, the terminated functionality being replaced by a changed or new functionality.
Use of sequential copolymers (P), comprising at least one chain (C) obtained by micellar polymerization within an aqueous dispersing medium, for keeping solid particles (p) in suspension in an aqueous fluid (F), wherein said chain (C) is soluble in the aqueous fluid (F), and formed of a series of hydrophilic units interrupted at different points by a plurality of hydrophobic sequences (B) of substantially identical size, wherein the chain (C) is obtained by introducing a surfactant in the aqueous dispersing medium at a concentration above its critical micelle concentration, wherein each of the hydrophobic blocks comprises substantially one and the same defined number n H of hydrophobic monomers, n H being calculated as follows: n H = N agg . MH / surfactant − cmc where: N agg is the aggregation number of the surfactant, which reflects the surfactant number present in each micelle [MH] is the molar concentration of hydrophobic monomer in the medium [surfactant] is the molar concentration of surfactant in the medium and cmc is the critical micelle molar concentration, and wherein the content of hydrophobic monomers corresponding to the ratio of the weight of the hydrophobic monomers with respect to the total weight of the hydrophobic and hydrophilic monomers is greater than or equal to 0.05% and less than or equal to 5%. N agg is the aggregation number of the surfactant, which reflects the surfactant number present in each micelle [MH] is the molar concentration of hydrophobic monomer in the medium [surfactant] is the molar concentration of surfactant in the medium and cmc is the critical micelle molar concentration, and wherein the content of hydrophobic monomers corresponding to the ratio of the weight of the hydrophobic monomers with respect to the total weight of the hydrophobic and hydrophilic monomers is greater than or equal to 0.05% and less than or equal to 5%.
An image processing device comprising a data processing unit configured to execute reproduction processing for recorded data on an information recording medium , wherein the data processing unit receives, from a display device (30; 520) configured to perform display processing on reproduction data supplied from the information recording medium, display device information including display function information about a virtual reality (VR) image, the VR image enabling selective display of images in different directions, the data processing unit acquires, from a database file recorded on the information recording medium, VR identification information indicating whether or not image data recorded on the information recording medium includes the VR image, and the data processing unit reads , from the information recording medium, image data that can be displayed on the display device on the basis of a result of comparison between the display device information and the VR identification information, and outputs the image data to the display device. the data processing unit receives, from a display device (30; 520) configured to perform display processing on reproduction data supplied from the information recording medium, display device information including display function information about a virtual reality (VR) image, the VR image enabling selective display of images in different directions, the data processing unit acquires, from a database file recorded on the information recording medium, VR identification information indicating whether or not image data recorded on the information recording medium includes the VR image, and the data processing unit reads , from the information recording medium, image data that can be displayed on the display device on the basis of a result of comparison between the display device information and the VR identification information, and outputs the image data to the display device.
A method of manufacturing a brush comprising the steps of: first providing a carrier having at least a first through hole extending from a front side to a backside of the carrier and at least a first wall element being integral with the carrier and extending from the backside in vicinity of the through hole ; second introducing a first cleaning element into the first through hole such that an end portion of the first cleaning element is exposed on the backside of the carrier ; third treating the end portion of the first cleaning element such that it deforms and becomes wider than the first through hole ; and fourth deforming the first wall element until it at least partially extends over the deformed end portion of the first cleaning element such that the first cleaning element is effectively retained in its axial position. first providing a carrier having at least a first through hole extending from a front side to a backside of the carrier and at least a first wall element being integral with the carrier and extending from the backside in vicinity of the through hole ; second introducing a first cleaning element into the first through hole such that an end portion of the first cleaning element is exposed on the backside of the carrier ; third treating the end portion of the first cleaning element such that it deforms and becomes wider than the first through hole ; and fourth deforming the first wall element until it at least partially extends over the deformed end portion of the first cleaning element such that the first cleaning element is effectively retained in its axial position.
Method for an autonomous cleaning apparatus, the method comprising the steps of: • scanning a vicinity of an autonomous cleaning apparatus by means of at least one sensor; the method being characterized in that it further comprises the steps of: • detecting an unreachable area , being unreachable by the autonomous cleaning apparatus; • detecting a door in proximity to the unreachable area ; • detecting that the unreachable area is unreachable due to the positioning of the door wing; • automatically moving the door wing, by the autonomous cleaning apparatus, in order to obtain access to and clean the unreachable area the method being characterized in that • the step of detecting a door in proximity to the unreachable area comprises measuring the length (D1, D2, 217) of each side of the door wing. • scanning a vicinity of an autonomous cleaning apparatus by means of at least one sensor; the method being characterized in that it further comprises the steps of: • detecting an unreachable area , being unreachable by the autonomous cleaning apparatus; • detecting a door in proximity to the unreachable area ; • detecting that the unreachable area is unreachable due to the positioning of the door wing; • automatically moving the door wing, by the autonomous cleaning apparatus, in order to obtain access to and clean the unreachable area the method being characterized in that • the step of detecting a door in proximity to the unreachable area comprises measuring the length (D1, D2, 217) of each side of the door wing. • detecting an unreachable area , being unreachable by the autonomous cleaning apparatus; • detecting a door in proximity to the unreachable area ; • detecting that the unreachable area is unreachable due to the positioning of the door wing; • automatically moving the door wing, by the autonomous cleaning apparatus, in order to obtain access to and clean the unreachable area the method being characterized in that • the step of detecting a door in proximity to the unreachable area comprises measuring the length (D1, D2, 217) of each side of the door wing.
A method for regulating rotational speeds of fans, wherein the fans are configured to lower temperatures of components which are mounted in slots of a frame of a communication device correspondingly, and the slots are grouped according to a predetermined grouping mode to form slot groups; the method comprising: obtaining (S10) total demanded air volume data of each slot group according to temperature control parameter information of each component which is mounted in the corresponding slot, and forming a total demanded air volume single-column matrix based on the total demanded air volume data of each slot group; obtaining (S20) rotational speed parameter information of each fan and air supply efficiency data of each fan to each slot group, forming an air supply efficiency single-column matrix of each fan based on the air supply efficiency data of the each fan to each slot group, and forming an air supply efficiency matrix based on the air supply efficiency single-column matrix of each fan; obtaining (S30) air supply volume data of each fan according to the total demanded air volume single-column matrix and the air supply efficiency matrix; and regulating (S40) the rotational speed of each fan according to the air supply volume data of the each fan and the rotational speed parameter information of the each fan. obtaining (S10) total demanded air volume data of each slot group according to temperature control parameter information of each component which is mounted in the corresponding slot, and forming a total demanded air volume single-column matrix based on the total demanded air volume data of each slot group; obtaining (S20) rotational speed parameter information of each fan and air supply efficiency data of each fan to each slot group, forming an air supply efficiency single-column matrix of each fan based on the air supply efficiency data of the each fan to each slot group, and forming an air supply efficiency matrix based on the air supply efficiency single-column matrix of each fan; obtaining (S30) air supply volume data of each fan according to the total demanded air volume single-column matrix and the air supply efficiency matrix; and regulating (S40) the rotational speed of each fan according to the air supply volume data of the each fan and the rotational speed parameter information of the each fan.
Means for transmitting diagnostic and/or test information over a communication channel using multicarrier modulation comprising: means configured for transmitting or receiving an initiate diagnostic mode message; and means configured for transmitting a message using multicarrier modulation, whereby the message comprises a plurality of data variables that represent the diagnostic and/or test information about the communication channel, wherein bits in the message are modulated onto DMT symbols and wherein a first data variable represents power level per tone information detected using a wideband modulated signal that was known in advance and generated by modulating the carriers of the multicarrier system with a known pseudo-random sequence, thereby generating the wideband signal, a second data variable represents Signal to Noise ratio during training, a third data variable represents margin information and a fourth data variable represents data rate information. means configured for transmitting or receiving an initiate diagnostic mode message; and means configured for transmitting a message using multicarrier modulation, whereby the message comprises a plurality of data variables that represent the diagnostic and/or test information about the communication channel, wherein bits in the message are modulated onto DMT symbols and wherein a first data variable represents power level per tone information detected using a wideband modulated signal that was known in advance and generated by modulating the carriers of the multicarrier system with a known pseudo-random sequence, thereby generating the wideband signal, a second data variable represents Signal to Noise ratio during training, a third data variable represents margin information and a fourth data variable represents data rate information.
A method of maintaining static friction in an internal combustion engine comprising a crankcase and at least one of a gear and a wet-clutch, the method comprising supplying to the crankcase and at least one of the gear and wet-clutch a lubricating composition comprising: (a) an oil of lubricating viscosity present in an amount of from 40 wt % to 99.98 wt % of the lubricating composition; and (b) the reaction product of a hydrocarbyl-substituted succinic anhydride and 5-aminosalicylic acid, wherein the reaction product is present in an amount of from 0.1 wt % to 4 wt % of the lubricating composition. (a) an oil of lubricating viscosity present in an amount of from 40 wt % to 99.98 wt % of the lubricating composition; and (b) the reaction product of a hydrocarbyl-substituted succinic anhydride and 5-aminosalicylic acid, wherein the reaction product is present in an amount of from 0.1 wt % to 4 wt % of the lubricating composition.
A mobile station apparatus comprising: circuitry , which is adapted to determine a search space that is defined by control channel candidates to be attempted to be decoded and that is comprised of a plurality of Control Channel Elements, CCEs, starting on a specific CCE number, by determining the plurality of CCEs from the number of one or more consecutive CCEs, on which a control channel is mapped, and to decode the control channel in the search space; and a transmitter , which is adapted to transmit a response signal on an uplink resource derived from a CCE number of the one or more consecutive CCEs, on which the control channel is mapped. circuitry , which is adapted to determine a search space that is defined by control channel candidates to be attempted to be decoded and that is comprised of a plurality of Control Channel Elements, CCEs, starting on a specific CCE number, by determining the plurality of CCEs from the number of one or more consecutive CCEs, on which a control channel is mapped, and to decode the control channel in the search space; and a transmitter , which is adapted to transmit a response signal on an uplink resource derived from a CCE number of the one or more consecutive CCEs, on which the control channel is mapped.
A chemical-mechanical polishing composition comprising: (a) diamond abrasive; (b) pH adjusting compound; (c) optionally, a polishing additive; and (d) a liquid medium comprising water, a water soluble organic compound, or a combination thereof, wherein the diamond abrasive has an average size of 2 μm to 4 μm and wherein the pH of the polishing composition is from 3 to 7. (a) diamond abrasive; (b) pH adjusting compound; (c) optionally, a polishing additive; and (d) a liquid medium comprising water, a water soluble organic compound, or a combination thereof,
A method of wireless communications in wireless local area networks, WLANs, the method being performed by a wireless device, comprising: identifying , within a channel width, one or more bandwidth regions associated with incumbent technologies; broadcasting , to a basic service set, BSS, initiated by the wireless device, a preamble puncture pattern in one or more management frames, the preamble puncture pattern being based on the one or more bandwidth regions associated with incumbent technologies; and transmitting a packet based on the preamble puncture pattern. identifying , within a channel width, one or more bandwidth regions associated with incumbent technologies; broadcasting , to a basic service set, BSS, initiated by the wireless device, a preamble puncture pattern in one or more management frames, the preamble puncture pattern being based on the one or more bandwidth regions associated with incumbent technologies; and transmitting a packet based on the preamble puncture pattern.