mhurhangee/patent-ind-claim-en huggingface dataset:
A digital broadcast receiving apparatus comprising: a tuner configured to receive a digital broadcast wave signal of a reception frequency matching an intended channel, the digital broadcast wave signal comprising an area code representing an area in which the broadcast wave of the intended channel can be received: reception strength determination means configured to determine whether or not a reception strength of the received digital broadcast wave signal has become a predetermined value or lower; scan processing means configured to change the reception frequency of the tuner and to generate a receivable channel list from the channels matching receivable digital broadcast wave signals whose reception strengths exceed the predetermined value, except for channels matching digital broadcast wave signals whose area codes coincide with the area code of the digital broadcast wave signal currently being received, if the reception strength determination means determines that the reception strength has become the predetermined value or lower; and preset update means configured to perform updating and store the receivable channel list generated by the scan processing means in a preset memory . a tuner configured to receive a digital broadcast wave signal of a reception frequency matching an intended channel, the digital broadcast wave signal comprising an area code representing an area in which the broadcast wave of the intended channel can be received: reception strength determination means configured to determine whether or not a reception strength of the received digital broadcast wave signal has become a predetermined value or lower; scan processing means configured to change the reception frequency of the tuner and to generate a receivable channel list from the channels matching receivable digital broadcast wave signals whose reception strengths exceed the predetermined value, except for channels matching digital broadcast wave signals whose area codes coincide with the area code of the digital broadcast wave signal currently being received, if the reception strength determination means determines that the reception strength has become the predetermined value or lower; and preset update means configured to perform updating and store the receivable channel list generated by the scan processing means in a preset memory .
Curing system for curing a sealant, especially in an aerofoil structure or a fuselage structure of an aircraft or spacecraft, comprising: a casing which substantially encloses or forms a space or cavity for accommodating the sealant to be cured; and a device for conditioning an airflow for the space or cavity that accommodates the sealant; wherein the casing comprises an airflow inlet at one end region of the casing and an airflow outlet at another end region of the casing for an airflow through said space or cavity , wherein the casing is elongate and in the form of a channel and is configured to direct the airflow through said space or cavity from the airflow inlet to the airflow outlet ; and wherein the conditioning device comprises a heater and/or a humidifier for heating and/or humidifying the airflow in the space or cavity that accommodates the sealant. a casing which substantially encloses or forms a space or cavity for accommodating the sealant to be cured; and a device for conditioning an airflow for the space or cavity that accommodates the sealant; wherein the casing comprises an airflow inlet at one end region of the casing and an airflow outlet at another end region of the casing for an airflow through said space or cavity , wherein the casing is elongate and in the form of a channel and is configured to direct the airflow through said space or cavity from the airflow inlet to the airflow outlet ; and
A parallel data processing method based on multiple graphic processing units, GPUs, the method comprising: binding a plurality of GPUs to a same worker group; creating (S101), in a central processing unit, CPU, a plurality of worker threads for controlling the plurality of GPUs in the same worker group respectively; binding (S102) each worker thread to a corresponding GPU in the worker group; loading (S103) a plurality of batches of training data from a nonvolatile memory to GPU video memories in a plurality of worker groups; and controlling (S104) the plurality of GPUs bound to the same worker group to respectively train different parts of a same model through the worker threads. binding a plurality of GPUs to a same worker group; creating (S101), in a central processing unit, CPU, a plurality of worker threads for controlling the plurality of GPUs in the same worker group respectively; binding (S102) each worker thread to a corresponding GPU in the worker group; loading (S103) a plurality of batches of training data from a nonvolatile memory to GPU video memories in a plurality of worker groups; and controlling (S104) the plurality of GPUs bound to the same worker group to respectively train different parts of a same model through the worker threads.
A partially separated fiber bundle comprising separation-processed sections, each divided into a plurality of bundles of at least three bundles, and not-separation-processed sections, that are alternately formed along the lengthwise direction of a fiber bundle comprising a plurality of single fibers, characterized in that , at any width-direction cross-section taken along the lengthwise direction of the partially separated fiber bundle, a rate of single fibers contained in a region at which adjacent divided fiber bundles are joined by a not-separation-processed part is 67% or less relative to the total single fibers in the width-direction cross-section.
Inductive heating device configured for heating an aerosol-forming substrate of a smoking article , the aerosol-forming substrate of the smoking article comprising a susceptor , the inductive heating device comprising: - a device housing - a DC power source having a DC supply voltage (V CC ), - a power supply electronics comprising a DC/AC inverter connected to the DC power source , and - a cavity arranged in the device housing , the cavity having an internal surface shaped to accommodate at least a portion of the aerosol-forming substrate of the smoking article , the cavity being arranged such that upon accommodation of the portion of the aerosol-forming substrate of the smoking article in the cavity an inductor (L2) of an LC load network is inductively coupled to the susceptor of the aerosol-forming substrate of the smoking article during operation, characterized in that the power supply electronics is configured to operate at a frequency ranging from 1 MHz to 30 MHz, and in that the DC/AC inverter includes a Class-E power amplifier including a transistor switch , a transistor switch driver circuit , and the LC load network which is configured to operate at an ohmic load smaller than 2 Ohms, wherein the LC load network comprises a shunt capacitor (C1) and a series connection of a capacitor (C2) and the inductor (L2) having an ohmic resistance (R Coil ). - a device housing - a DC power source having a DC supply voltage (V CC ), - a power supply electronics comprising a DC/AC inverter connected to the DC power source , and - a cavity arranged in the device housing , the cavity having an internal surface shaped to accommodate at least a portion of the aerosol-forming substrate of the smoking article , the cavity being arranged such that upon accommodation of the portion of the aerosol-forming substrate of the smoking article in the cavity an inductor (L2) of an LC load network is inductively coupled to the susceptor of the aerosol-forming substrate of the smoking article during operation,
Method for reconfiguring an IoT device , wherein the IoT device is able to be connected to a cloud backend via a network, comprising the following steps: - storing an access code, to be input locally, in the cloud backend , - storing the access code or check information formed based thereon on the IoT device , - querying the access code from the cloud backend , - inputting the queried access code on a local configuration interface of the IoT device or on an input device connected to the local configuration interface of the IoT device , - comparing the input access code with the access code stored on the IoT device or the check information formed based thereon, and - authorizing the IoT device to be reconfigured in the event of a positive comparison of the input access code with the access code stored on the IoT device or the check information formed based thereon, wherein the reconfiguration is reversed if the IoT device has not reconnected to the cloud backend within a predetermined period of time following the reconfiguration. - storing an access code, to be input locally, in the cloud backend , - storing the access code or check information formed based thereon on the IoT device , - querying the access code from the cloud backend , - inputting the queried access code on a local configuration interface of the IoT device or on an input device connected to the local configuration interface of the IoT device , - comparing the input access code with the access code stored on the IoT device or the check information formed based thereon, and - authorizing the IoT device to be reconfigured in the event of a positive comparison of the input access code with the access code stored on the IoT device or the check information formed based thereon, wherein the reconfiguration is reversed if the IoT device has not reconnected to the cloud backend within a predetermined period of time following the reconfiguration.
1- deoxygalactonojirimycin or a salt thereof for use in the treatment of Fabry disease in a patient having a splice site mutation in intron 4 of the nucleic acid sequence encoding a-galactosidase A.
A method for a non-photorealistic rendering of a set of at least one image of a same scene, wherein said method comprises: - generating a segmented image, said segmented image comprising a set of segmented regions of different depths generated with different segmentation scales; - generating a binary edge image, said binary edge image comprising at least one binary edge region generated with a given edge extraction scale of a plurality of edge extraction scales, said at least one binary edge region having a same depth as at least one region of said set of segmented regions; - rendering said set of at least one image, by combining said segmented image and said binary edge image; the method being characterized in that a region of the set of segmented regions is generated with a segmentation scale that is a function of the difference between the depth of the region and a first reference depth . - generating a segmented image, said segmented image comprising a set of segmented regions of different depths generated with different segmentation scales; - generating a binary edge image, said binary edge image comprising at least one binary edge region generated with a given edge extraction scale of a plurality of edge extraction scales, said at least one binary edge region having a same depth as at least one region of said set of segmented regions; - rendering said set of at least one image, by combining said segmented image and said binary edge image;
A piston for a cartridge , the piston having a medium side and an actuation side , and comprising a piston body , preferably having an at least substantially cylindrical outer shape, a piston cover arranged adjacent to at least a part of the piston body and a valve arranged within the piston body and adjacent to the piston cover , the piston body comprising a centering portion arranged at an outer region of an outer peripheral surface thereof, wherein the centering portion comprises at least one venting means , wherein the at least one venting means are in gas flow communication with the valve in a venting state of the piston such that a venting takes place between the medium side and the actuation side via the at least one venting means and the valve , characterised in that the centering portion is arranged at an outer wall of the piston body, with the outer wall defining the outer peripheral surface of the piston.
An electrode for electrical discharge machining, comprising: plural plate discharge portions which are parallel with each other; and a plate support portion to which end portions of the plate discharge portions on a side opposite to tips of the discharge portions are connected; characterized in that the plate discharge portions have a thickness that is increased toward the tips thereof. plural plate discharge portions which are parallel with each other; and a plate support portion to which end portions of the plate discharge portions on a side opposite to tips of the discharge portions are connected; characterized in that the plate discharge portions have a thickness that is increased toward the tips thereof.
A sliding component comprising a pair of sliding members , said pair of sliding members being slidable relative to each other on sliding surfaces (S) of the sliding members, wherein at least one of the sliding surfaces (S) includes a dimple group in which a plurality of dimples is arranged, each of the dimples having an opening portion a shape of which has a long axis (L) and a short axis (K) orthogonal to the long axis (L), and the dimple group includes: a clockwise dimple group in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, characterized in that the clockwise dimple group includes a first dimple group in which the long axes of the dimples are aligned, and the counterclockwise dimple group includes a second dimple group in which the long axes of the dimples are aligned. wherein at least one of the sliding surfaces (S) includes a dimple group in which a plurality of dimples is arranged, each of the dimples having an opening portion a shape of which has a long axis (L) and a short axis (K) orthogonal to the long axis (L), and the dimple group includes: a clockwise dimple group in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, a clockwise dimple group in which the dimples are arranged in a clockwise direction from an inner diameter side to an outer diameter side of the one of the sliding surfaces; and a counterclockwise dimple group in which the dimples are arranged in a counterclockwise direction from the inner diameter side to the outer diameter side of the one of the sliding surfaces, characterized in that the clockwise dimple group includes a first dimple group in which the long axes of the dimples are aligned, and the counterclockwise dimple group includes a second dimple group in which the long axes of the dimples are aligned.
An electronic device comprising: a main frame comprising; an opening portion formed in the main frame ; a recess portion (22; 24) formed at the opening portion along an inner frame of the main frame below a surface of the main frame by a stepped portion ; and a plate (10; 40) contacting the recess portion and is seated and connected by being supported or guided by the stepped portion , wherein the plate providing a space of a thickness t1 corresponding to the subtraction of a thickness of the plate from a thickness of the main frame , and a frame of the plate (10; 40) is formed of a curved portion (11; 41) that is curved towards a center of the plate; wherein the frame of the plate includes at least a straight frame section, and the straight frame section has the curved portion that is curved towards the center of the plate; and wherein the main frame includes at least one coupling portion, and a spacing distance from the curved portion to the stepped portion increases as a distance to the at least one coupling portion increases. a main frame comprising; an opening portion formed in the main frame ; a recess portion (22; 24) formed at the opening portion along an inner frame of the main frame below a surface of the main frame by a stepped portion ; and a plate (10; 40) contacting the recess portion and is seated and connected by being supported or guided by the stepped portion , wherein the plate providing a space of a thickness t1 corresponding to the subtraction of a thickness of the plate from a thickness of the main frame , and a frame of the plate (10; 40) is formed of a curved portion (11; 41) that is curved towards a center of the plate; wherein the frame of the plate includes at least a straight frame section, and the straight frame section has the curved portion that is curved towards the center of the plate; and wherein the main frame includes at least one coupling portion, and a spacing distance from the curved portion to the stepped portion increases as a distance to the at least one coupling portion increases.
Laser diode circuit, comprising a charging circuit , which is connectable to a voltage source (V1) and has a capacitor (C1), and a load circuit , which is powered by the charging circuit and has a laser diode (LD) in forward direction, wherein the load circuit is connected in parallel with the capacitor (C1) and comprises a controllable first switch (S1) connected in series with the laser diode (LD), and wherein the charging circuit comprises, in a serial connection, a coil (L1), an electronic element (D1, SD, SL) which allows current to pass to the capacitor (C1) and blocks current in the opposite direction, and the capacitor (C1), characterized in that the load circuit has a second diode (D2), which is not a laser diode, connected in the same forward direction in series with the laser diode (LD), or has a disconnector (ST) connected in series upstream or downstream of the laser diode (LD), which is configured to be disconnected at the end of the recharging process when the laser diode (LD) would have a negative potential in order to protect the laser diode (LD). wherein the load circuit is connected in parallel with the capacitor (C1) and comprises a controllable first switch (S1) connected in series with the laser diode (LD), and wherein the charging circuit comprises, in a serial connection, a coil (L1), an electronic element (D1, SD, SL) which allows current to pass to the capacitor (C1) and blocks current in the opposite direction, and the capacitor (C1), characterized in that the load circuit has a second diode (D2), which is not a laser diode, connected in the same forward direction in series with the laser diode (LD), or has a disconnector (ST) connected in series upstream or downstream of the laser diode (LD), which is configured to be disconnected at the end of the recharging process when the laser diode (LD) would have a negative potential in order to protect the laser diode (LD).
A supported platinum catalyst comprising: a carbon powder support; and platinum group particles supported on the carbon powder support, wherein the carbon powder support is carbon black or acetylene black, wherein the platinum group particles have a particle diameter distribution of 1.0 nm to 6.0 nm, evaluated using surface observation and transmission observation obtained by observation using a scanning electron microscope and a transmission electron microscope, and wherein a percentage of the platinum group particles present on a surface of the carbon powder support and in a portion from said surface of the carbon powder support to a depth of 10 nm to a total amount of the platinum group particles supported on the carbon powder support, that is evaluated using a three-dimensional transmission electron microscope, is equal to or greater than 70%, and wherein a percentage of the platinum group particles present on the surface of the carbon powder support to a total amount of the platinum group particles supported on the carbon powder support, that is evaluated using a three-dimensional transmission electron microscope, is equal to or smaller than 38,1%. a carbon powder support; and platinum group particles supported on the carbon powder support, wherein the carbon powder support is carbon black or acetylene black, wherein the platinum group particles have a particle diameter distribution of 1.0 nm to 6.0 nm, evaluated using surface observation and transmission observation obtained by observation using a scanning electron microscope and a transmission electron microscope, and wherein a percentage of the platinum group particles present on a surface of the carbon powder support and in a portion from said surface of the carbon powder support to a depth of 10 nm to a total amount of the platinum group particles supported on the carbon powder support, that is evaluated using a three-dimensional transmission electron microscope, is equal to or greater than 70%, and wherein a percentage of the platinum group particles present on the surface of the carbon powder support to a total amount of the platinum group particles supported on the carbon powder support, that is evaluated using a three-dimensional transmission electron microscope, is equal to or smaller than 38,1%.
A method for providing a visitor controlled access into a building , comprising the steps of: providing entrance identification information to a mobile device of the visitor when the mobile device is in close proximity of an entrance of the building , the entrance identification information being uniquely associated with the entrance , in particular with a location of the entrance ; the mobile device sending the entrance identification information to a remote server ; the mobile device receiving a list of residents of the building from the server based on the entrance identification information; the mobile device presenting the list of residents to the visitor ; the mobile device receiving an input from the visitor regarding a selection of a resident from the list of residents; establishing a link between the mobile device and a remote device associated with the selected resident ; and providing access grant information to an access control means adapted to control access of the visitor into the building via the entrance . providing entrance identification information to a mobile device of the visitor when the mobile device is in close proximity of an entrance of the building , the entrance identification information being uniquely associated with the entrance , in particular with a location of the entrance ; the mobile device sending the entrance identification information to a remote server ; the mobile device receiving a list of residents of the building from the server based on the entrance identification information; the mobile device presenting the list of residents to the visitor ; the mobile device receiving an input from the visitor regarding a selection of a resident from the list of residents; establishing a link between the mobile device and a remote device associated with the selected resident ; and providing access grant information to an access control means adapted to control access of the visitor into the building via the entrance .