mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus for an ultrasonic diagnostic apparatus comprising: acquisition means for acquiring a first image including at least a part of an inspection device and a second image including at least a part of a subject, the first and the second images being captured by imaging means ; first estimation means for estimating a position of the inspection device based on the first image; second estimation means for estimating position and orientation information for the subject based on the second image; region identification means for identifying an inspection region of the subject from a result of the estimation by the first estimation means and a result of the estimation by the second estimation means ; and control means for receiving a result finalization instruction input (S703, S1006) which finalizes an inspection result to be recorded or output to an outside, based on inspection results sequentially acquired from inspection device for inspecting the subject, and a region finalization instruction input (S702, S906) which finalizes inspection region information to be recorded or output to the outside in association with the inspection result, based on a plurality of inspection regions by a region identification means , wherein while the inspection results are sequentially acquired from the inspection device , the control means receives the result finalization instruction input after receiving the region finalization instruction input. acquisition means for acquiring a first image including at least a part of an inspection device and a second image including at least a part of a subject, the first and the second images being captured by imaging means ; first estimation means for estimating a position of the inspection device based on the first image; second estimation means for estimating position and orientation information for the subject based on the second image; region identification means for identifying an inspection region of the subject from a result of the estimation by the first estimation means and a result of the estimation by the second estimation means ; and control means for receiving a result finalization instruction input (S703, S1006) which finalizes an inspection result to be recorded or output to an outside, based on inspection results sequentially acquired from inspection device for inspecting the subject, and a region finalization instruction input (S702, S906) which finalizes inspection region information to be recorded or output to the outside in association with the inspection result, based on a plurality of inspection regions by a region identification means , wherein while the inspection results are sequentially acquired from the inspection device , the control means receives the result finalization instruction input after receiving the region finalization instruction input.
A computer-implemented method of configuring a cluster comprising a plurality of data processing accelerators, DPAs, the method comprising: receiving , by each of the DPAs, a same configuration policy for the plurality of DPAs from a host system, wherein the configuration policy includes configuration instructions for all DPAs as to which DPAs each DPA is to configure a communication link with; configuring , by the DPA, one or more connections between the DPA and other DPAs in the plurality of DPAs, according at least a portion of the configuration policy directed to configuring the DPA, wherein configuring a connection comprises making, or breaking, a communication path between the DPA and at least one of other DPAs; and performing a processing task received by the DPA in a first group of DPAs using one or more DPAs in the first group of DPAs, wherein the first group of DPAs is one of a plurality of groups formed from the plurality of DPAs. receiving , by each of the DPAs, a same configuration policy for the plurality of DPAs from a host system, wherein the configuration policy includes configuration instructions for all DPAs as to which DPAs each DPA is to configure a communication link with; configuring , by the DPA, one or more connections between the DPA and other DPAs in the plurality of DPAs, according at least a portion of the configuration policy directed to configuring the DPA, wherein configuring a connection comprises making, or breaking, a communication path between the DPA and at least one of other DPAs; and performing a processing task received by the DPA in a first group of DPAs using one or more DPAs in the first group of DPAs, wherein the first group of DPAs is one of a plurality of groups formed from the plurality of DPAs.
An immunoglobulin G-degrading enzyme of Streptococcus pyogenes (IdeS) polypeptide for use in the prevention or treatment of an humoral immune response caused by administration of a recombinant adeno-associated virus (AAV) vector, wherein the humoral immune response is against the recombinant AAV vector and wherein the IdeS is administered within 72 hours before the recombinant AAV vector is administered.
A method by a wireless device for transmitting Hybrid Automatic Repeat Request, HARQ, feedback, comprises: obtaining, by the wireless device, a Physical Uplink Control Channel, PUCCH, configuration parameter comprising a channel code type; based on the PUCCH configuration parameter comprising the channel code type, selecting a PUCCH format for transmitting the HARQ feedback to a network node on the PUCCH; and transmitting the HARQ feedback to the network node. obtaining, by the wireless device, a Physical Uplink Control Channel, PUCCH, configuration parameter comprising a channel code type; based on the PUCCH configuration parameter comprising the channel code type, selecting a PUCCH format for transmitting the HARQ feedback to a network node on the PUCCH; and transmitting the HARQ feedback to the network node.
An imaging device comprising: photovoltaic type pixels that have photoelectric conversion regions generating photovoltaic power for each pixel depending on irradiation light, wherein a PN junction diode is formed in the photoelectric conversion region as a photo-sensor, wherein the photoelectric conversion region is configured of a P-type region , an N-type region , an electrode for ohmic contact with the P-type region , and an electrode for ohmic contact with the N-type region ; an element isolation region that is provided between the photoelectric conversion regions of adjacent pixels and in a state of substantially surrounding the photoelectric conversion region and that includes a first element isolation region , a second element isolation region and a third element isolation region , wherein Si0 2 is used for the first element isolation region covering a side of the N-type region opposite to the P-type region , a conductive semiconductor is used for the second element isolation region , and an N-type substrate of the conductive semiconductor functions as the third element isolation region covering a side of the P-type region opposite to the N-type region, wherein the second element isolation region connects the first element isolation region and the third element isolation region ; and a P-type region inserted between the second element isolation regions of adjacent pixels. photovoltaic type pixels that have photoelectric conversion regions generating photovoltaic power for each pixel depending on irradiation light, wherein a PN junction diode is formed in the photoelectric conversion region as a photo-sensor, wherein the photoelectric conversion region is configured of a P-type region , an N-type region , an electrode for ohmic contact with the P-type region , and an electrode for ohmic contact with the N-type region ; an element isolation region that is provided between the photoelectric conversion regions of adjacent pixels and in a state of substantially surrounding the photoelectric conversion region and that includes a first element isolation region , a second element isolation region and a third element isolation region , wherein Si0 2 is used for the first element isolation region covering a side of the N-type region opposite to the P-type region , a conductive semiconductor is used for the second element isolation region , and an N-type substrate of the conductive semiconductor functions as the third element isolation region covering a side of the P-type region opposite to the N-type region, wherein the second element isolation region connects the first element isolation region and the third element isolation region ; and a P-type region inserted between the second element isolation regions of adjacent pixels.
A serving gateway, S-GW, comprising: a receiver, configured to receive a first message from a mobility management entity, MME, wherein the first message carries a first indication, the first indication is configued to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB; the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME; a processor, configured to allocate the first identifier and the second identifier to the first EPS bearer of the UE according to the first indication; and a transmitter, configured to send a first response message to the MME, wherein the first response message carries the first identifier and the second identifier. a receiver, configured to receive a first message from a mobility management entity, MME, wherein the first message carries a first indication, the first indication is configued to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB; the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME; a processor, configured to allocate the first identifier and the second identifier to the first EPS bearer of the UE according to the first indication; and a transmitter, configured to send a first response message to the MME, wherein the first response message carries the first identifier and the second identifier.
A laminate comprising: a porous substrate impregnated with a composition having a low dielectric constant and a low dielectric loss factor, wherein the composition comprises: a first resin derived from a cyanate ester, wherein the first resin forms a triazine structure upon curing, a second resin comprising a polyphenylene oxide, a substantially halogen-free, phosphorus-containing flame retardant having an atomic phosphorus content in the range of about 1-20 weight percent, based on the total weight of the resin components, and a halogen content of no more than 1000ppm, and a quantity of a particulate filler, the particulate filler being present in a range of about 50 to about 400 parts by weight based on 100 parts by weight of the first resin and the second resin. a first resin derived from a cyanate ester, wherein the first resin forms a triazine structure upon curing, a second resin comprising a polyphenylene oxide, a substantially halogen-free, phosphorus-containing flame retardant having an atomic phosphorus content in the range of about 1-20 weight percent, based on the total weight of the resin components, and a halogen content of no more than 1000ppm, and a quantity of a particulate filler, the particulate filler being present in a range of about 50 to about 400 parts by weight based on 100 parts by weight of the first resin and the second resin.
A system for forming a shoe comprising; a perforated last ; a mold with a cavity shaped to receive a bottom region of the perforated last ; and an injection machine configured to couple to an inlet port in the mold and to inject a material configured to foam and form a sole , wherein the perforated last has a plurality of perforations extending through a thickness of a wall of the perforated last , the plurality of perforations fluidly coupling air inside an inner conduit of the perforated last to air outside of the perforated last and wherein the plurality of perforations are clustered adjacent to regions of the midsole where an increased thickness of the sole is desired, and wherein the perforated last is substantially solid and the inner conduit extends down from an opening at a top of the perforated last through a portion of a height of the perforated last ; wherein a manifold is arranged within the perforated last and is coupled to the inner conduit , wherein the manifold is fluidly coupled to the inner conduit and extends through the perforated last , wherein a portion of the perforations are fluidly coupled to the manifold , thereby fluidly coupling air surrounding the perforated last to air inside the inner conduit . a perforated last ; a mold with a cavity shaped to receive a bottom region of the perforated last ; and an injection machine configured to couple to an inlet port in the mold and to inject a material configured to foam and form a sole , wherein the perforated last has a plurality of perforations extending through a thickness of a wall of the perforated last , the plurality of perforations fluidly coupling air inside an inner conduit of the perforated last to air outside of the perforated last and wherein the plurality of perforations are clustered adjacent to regions of the midsole where an increased thickness of the sole is desired, and wherein the perforated last is substantially solid and the inner conduit extends down from an opening at a top of the perforated last through a portion of a height of the perforated last ; wherein a manifold is arranged within the perforated last and is coupled to the inner conduit , wherein the manifold is fluidly coupled to the inner conduit and extends through the perforated last , wherein a portion of the perforations are fluidly coupled to the manifold , thereby fluidly coupling air surrounding the perforated last to air inside the inner conduit .
A fluorescence microscope for imaging an object including different fluorophore species having distinct spectral emission characteristics, comprising: an optical system configured to collect fluorescent light emitted from the different fluorophore species within a field of view (FOV) and to focus the fluorescent light for detection, a spectral splitting arrangement configured to split the fluorescent light collected within said field of view (FOV) into at least two spectrally different fluorescent light components , a multi-channel detector system comprising at least two image sensors configured to detect at least two spatial light intensity distributions based on said at least two spectrally different fluorescent light components , each spatial light intensity distribution representing an image of the object over said field of view (FOV), a processor configured to determine spatial distributions of the different fluorophore species based on a spectral unmixing analysis of each spatial light intensity distribution, wherein the processor is further configured to obtain compensation information representing a variation of spectral characteristics of the spectral splitting arrangement over said field of view (FOV) and to determine a spatial distribution of each fluorophore species by taking into account said compensation information, characterized in that the optical system is configured to be non-telecentric on the image side. an optical system configured to collect fluorescent light emitted from the different fluorophore species within a field of view (FOV) and to focus the fluorescent light for detection, a spectral splitting arrangement configured to split the fluorescent light collected within said field of view (FOV) into at least two spectrally different fluorescent light components , a multi-channel detector system comprising at least two image sensors configured to detect at least two spatial light intensity distributions based on said at least two spectrally different fluorescent light components , each spatial light intensity distribution representing an image of the object over said field of view (FOV), a processor configured to determine spatial distributions of the different fluorophore species based on a spectral unmixing analysis of each spatial light intensity distribution, wherein the processor is further configured to obtain compensation information representing a variation of spectral characteristics of the spectral splitting arrangement over said field of view (FOV) and to determine a spatial distribution of each fluorophore species by taking into account said compensation information, characterized in that the optical system is configured to be non-telecentric on the image side.
A capsule for a self-expanding implant, wherein the self-expanding implant is a prosthetic heart valve and the capsule is for holding the self-expanding implant during implantation, wherein the capsule comprises, sequentially from a proximal end to a distal end, a flexural section (102, 102a-102e), a reinforcement section (101, 101a-101e) and a radiopaque reinforcement ring (104a-104e), and wherein the reinforcement section (101, 101a-101e) has higher radial strength than the flexural section (102, 102a-102e), characterized in that the reinforcement section consists of a polymer tube and a plurality of reinforcement rings disposed over the polymer tube apart from one another, and wherein the plurality of reinforcement rings are formed of a metal or a polymer material having higher radial strength than the polymer tube, and wherein the plurality of reinforcement rings which are mutually spaced ensures a good flexibility for the capsule .
An electrosurgical cable, on one end connecting to an electrosurgical power supply and a fluid source source and on the other end to a surgical instrument, comprising: an elongated outer conductor having an outer radius c ; an outer insulator surrounding said outer conductor and having inner radius d and an outer radius e, said outer conductor and said outer insulator forming a tube; an elongated inner conductor inside said tube, said inner electrode having a radius a ; and an inner insulator surrounding said inner conductor, said inner insulator having an outer radius b; wherein: there is a channel between an interior surface of said tube and said inner insulator, the radii a , b, c, d, e are selected so a<b<c≤d≤e characterized in that the radii a, b, c, d and e are selected so a total applied voltage ( U 0 ) is distributed between the inner insulator ( U in ) and gas gap between inner and outer insulators ( U gas ), so that the applied voltage U 0 is greater than the breakdown voltage U bd , U gas <U bd and U 0 = U in + U gas , wherein a , b, c, d and e are selected so that U in ≈ U gas , and a =0.25 mm, b =2.5 mm, c = d =4 mm and e =5 mm. an elongated outer conductor having an outer radius c ; an outer insulator surrounding said outer conductor and having inner radius d and an outer radius e, said outer conductor and said outer insulator forming a tube; an elongated inner conductor inside said tube, said inner electrode having a radius a ; and an inner insulator surrounding said inner conductor, said inner insulator having an outer radius b; wherein: there is a channel between an interior surface of said tube and said inner insulator, the radii a , b, c, d, e are selected so a<b<c≤d≤e characterized in that the radii a, b, c, d and e are selected so a total applied voltage ( U 0 ) is distributed between the inner insulator ( U in ) and gas gap between inner and outer insulators ( U gas ), so that the applied voltage U 0 is greater than the breakdown voltage U bd , U gas <U bd and U 0 = U in + U gas , wherein a , b, c, d and e are selected so that U in ≈ U gas , and a =0.25 mm, b =2.5 mm, c = d =4 mm and e =5 mm. there is a channel between an interior surface of said tube and said inner insulator, the radii a , b, c, d, e are selected so a<b<c≤d≤e characterized in that the radii a, b, c, d and e are selected so a total applied voltage ( U 0 ) is distributed between the inner insulator ( U in ) and gas gap between inner and outer insulators ( U gas ), so that the applied voltage U 0 is greater than the breakdown voltage U bd , U gas <U bd and U 0 = U in + U gas , wherein a , b, c, d and e are selected so that U in ≈ U gas , and a =0.25 mm, b =2.5 mm, c = d =4 mm and e =5 mm.
A holder for an inhaler article , the holder comprising an air flow passage , characterised in that the holder comprises an inhalation volume estimator , the inhalation volume estimator comprising: a turbine ; an indicator coupled to the turbine for indicating inhalation volume information relating to a volume of an air flow through the air flow passage; and a modifying mechanism coupled to the indicator for resetting or otherwise modifying the inhalation volume information, wherein the turbine is configured to rotate in response to air flow through the air flow passage and alter the inhalation volume information indicated by the indicator, and wherein the modifying mechanism is operable by one or both of engaging the inhaler article with the holder and disengaging the inhaler article from the holder. a turbine ; an indicator coupled to the turbine for indicating inhalation volume information relating to a volume of an air flow through the air flow passage; and a modifying mechanism coupled to the indicator for resetting or otherwise modifying the inhalation volume information, wherein the turbine is configured to rotate in response to air flow through the air flow passage and alter the inhalation volume information indicated by the indicator, and wherein the modifying mechanism is operable by one or both of engaging the inhaler article with the holder and disengaging the inhaler article from the holder.
A car key for a road vehicle comprising a housing and a mechanical and/or electronic key function provided in or on the housing for controlling access and/or departure of a road vehicle, characterised in that the car key comprises an electronic PKI module which provides a digital public key infrastructure functionality with at least one public key and a private key corresponding thereto, wherein the car key further comprises a communication module which is designed to connect the car key to a terminal device other than the road vehicle and is set up to provide the public key infrastructure functionality of the PKI module on the terminal device .
Vapour extractor with a control module , wherein the control module comprises a control panel for setting functions of the vapour extractor coupled to the control module , wherein the control panel has at least two regions (A1, ..., B7) and wherein the control module is designed to set at least one respective specific function of the vapour extractor in a first operating mode of the control module and upon actuation of a specific region (A1, ..., B7), characterised in that the control module can further be operated in a second operating mode, wherein the first operating mode is a normal operation for setting the respective specific functions of the coupled vapour extractor and the second operating mode is a rest state of the control module, wherein the functions in the second operating mode are at least partially deactivated and wherein the control module is designed to set at least one predetermined function of the coupled vapour extractor in the second operating mode only upon actuation of at least two regions (A1, ..., B7).