mhurhangee/ep-ind-claims huggingface dataset:
A power transfer system comprising: a power transmission device including a power transmission device side active electrode, a power transmission device side passive electrode, and a high-frequency high-voltage generator circuit configured to generate a high voltage of high frequency between the power transmission device side active electrode and the power transmission device side passive electrode; and a power reception device including a power reception device side active electrode opposed to the power transmission device side active electrode, a power reception device side passive electrode, and a high-frequency high-voltage load circuit connected between the power reception device side active electrode and the power reception device side passive electrode, characterized in that the high-frequency high-voltage generator circuit generates a high voltage having a frequency such that a phase difference between a phase of an electric potential difference between the power transmission device side active electrode and the power transmission device side passive electrode and a phase of an electric potential difference between the power reception device side active electrode and the power reception device side passive electrode has an absolute value of not less than zero degrees and less than 90 degrees. a power transmission device including a power transmission device side active electrode, a power transmission device side passive electrode, and a high-frequency high-voltage generator circuit configured to generate a high voltage of high frequency between the power transmission device side active electrode and the power transmission device side passive electrode; and a power reception device including a power reception device side active electrode opposed to the power transmission device side active electrode, a power reception device side passive electrode, and a high-frequency high-voltage load circuit connected between the power reception device side active electrode and the power reception device side passive electrode, characterized in that the high-frequency high-voltage generator circuit generates a high voltage having a frequency such that a phase difference between a phase of an electric potential difference between the power transmission device side active electrode and the power transmission device side passive electrode and a phase of an electric potential difference between the power reception device side active electrode and the power reception device side passive electrode has an absolute value of not less than zero degrees and less than 90 degrees.
A method of processing data, the method comprising: receiving, by a texture unit of a graphics processing unit, GPU, and from a shader processor of the GPU, an instruction instructing the texture unit to repeatedly execute operations based on a condition defined in the instruction being satisfied; repeatedly executing, with the texture unit, the operations based on the condition defined in the instruction being satisfied or not being satisfied; reading, with the texture unit, a first texel value during a first iteration of the repeated execution of the operations; determining, with the texture unit, that the condition is satisfied by comparing the first texel value with a variable defined in the instruction; determining, with the texture unit, that a second iteration of execution of the operations is needed based on the determination, wherein repeatedly executing the operations comprises outputting, with the texture unit, an output of the texture unit as a feedback signal to an input of the texture unit based on the determination that the second iteration of execution of the operations is needed, and wherein outputting data comprises outputting the data resulting from the repeated execution of the operations. receiving, by a texture unit of a graphics processing unit, GPU, and from a shader processor of the GPU, an instruction instructing the texture unit to repeatedly execute operations based on a condition defined in the instruction being satisfied; repeatedly executing, with the texture unit, the operations based on the condition defined in the instruction being satisfied or not being satisfied; reading, with the texture unit, a first texel value during a first iteration of the repeated execution of the operations; determining, with the texture unit, that the condition is satisfied by comparing the first texel value with a variable defined in the instruction; determining, with the texture unit, that a second iteration of execution of the operations is needed based on the determination, wherein repeatedly executing the operations comprises outputting, with the texture unit, an output of the texture unit as a feedback signal to an input of the texture unit based on the determination that the second iteration of execution of the operations is needed, and wherein outputting data comprises outputting the data resulting from the repeated execution of the operations.
Guide device for machines for mechanical processing, comprising at least one housing seat of at least one work tool, particularly for bending presses, comprising: - at least one attachment portion associated in a removable manner with said at least one housing seat; - at least one projection portion configured to project a light radiation defining at least one bending line on a sheet-like element to be bent; characterized by the fact that it comprises on/off switching means of said laser device comprising at least one wireless device configured to allow the on and/or off switching of said laser device remotely and by the fact that it comprises a programming and control unit operationally connected to said wireless device and configured to allow the on and/or off switching of said laser device at predefined time intervals. - at least one attachment portion associated in a removable manner with said at least one housing seat; - at least one projection portion configured to project a light radiation defining at least one bending line on a sheet-like element to be bent;
A method of controlling a temperature of a heater included in an aerosol generation device, the method comprising: receiving temperature profiles of different types of cigarette from a portable user terminal through the local area network before coupling a cigarette to the heater; sensing a cigarette coupled to the heater after receiving the temperature profiles; identifying a type of the sensed cigarette; selecting a temperature profile corresponding to the identified type of the cigarette from the received temperature profiles of different types of cigarette; controlling power supplied from a battery to the heater according to the selected temperature profile. receiving temperature profiles of different types of cigarette from a portable user terminal through the local area network before coupling a cigarette to the heater; sensing a cigarette coupled to the heater after receiving the temperature profiles; identifying a type of the sensed cigarette; selecting a temperature profile corresponding to the identified type of the cigarette from the received temperature profiles of different types of cigarette; controlling power supplied from a battery to the heater according to the selected temperature profile.
A computer-implemented method to control an autonomous driving vehicle, the method comprising: receiving a first control command and a speed measurement of the ADV; the method being characterised by the following steps: determining an expected acceleration of the ADV based on the speed measurement and the first control command using a calibration table; wherein the calibration table is a two dimensional curve having table entries with coordinates of: control command and speed, and entry values are acceleration values for the corresponding coordinates; wherein the first control command is a speed control command; receiving an acceleration measurement of the ADV; determining a feedback error based on the acceleration measurement and the expected acceleration; updating a portion of the calibration table based on the determined feedback error; and generating a second control command to control the ADV based on the calibration table having the updated portion to control the ADV autonomously according to the second control command. determining an expected acceleration of the ADV based on the speed measurement and the first control command using a calibration table; wherein the calibration table is a two dimensional curve having table entries with coordinates of: control command and speed, and entry values are acceleration values for the corresponding coordinates; wherein the first control command is a speed control command; receiving an acceleration measurement of the ADV; determining a feedback error based on the acceleration measurement and the expected acceleration; updating a portion of the calibration table based on the determined feedback error; and generating a second control command to control the ADV based on the calibration table having the updated portion to control the ADV autonomously according to the second control command.
A wire harness comprising at least one electrically conducting path (15, 18, 32) and an exterior member accommodating the electrically conducting path (15, 18, 32) to protect the electrically conducting path (15, 18, 32), wherein the exterior member is configured to have a tubular body and comprises a heat reflecting portion provided at at least a portion of an outer surface of the exterior member to reflect external heat, and wherein the heat reflecting portion (27, 27c, 27d) is formed as a later-attached component or a later-attached member added on to the outer surface of the exterior member, or as a portion serving as a mirror, wherein the heat reflecting portion is formed as a coated portion on the outer surface of the exterior member, or as a non-coated portion of a coated exterior member on the outer surface of the exterior member.
Use of a quartz glass member, comprising at least two or more kinds of doping metal elements in a total amount of 0.01 wt% or more to less than 0.1 wt%, wherein the metal elements are formed of at least one kind of a first metal element selected from metal elements belonging to Group 3B of the periodic table and at least one kind of a second metal element selected from the group consisting of Mg, Ca, Sr, Ba, Sc, Y, Ti, Zr, Hf, lanthanoids, and actinoids for avoiding fluoride accumulation during use in a plasma etching process for semiconductor production.
A seal material comprising a cross-linked rubber, wherein the cross-linked rubber is obtained through cross-linking of a cross-linkable rubber composition containing a binary fluororubber, a carbon material, a polyol cross-linker, and a cross-linking promoter, and the carbon material includes one or more carbon nanotubes, the cross-linking promoter includes at least one selected from the group consisting of an ammonium salt, a phosphonium salt, and an amine compound, and the content of the cross-linking promoter in the cross-linkable rubber composition is not less than 0.1 parts by mass and not more than 5 parts by mass per 100 parts by mass of the binary fluororubber, and the cross-linked rubber has an adhesion strength of 2 N or less to a metal surface after being heated at 250°C for 70 hours while in contact with the metal surface, as measured by a method described in the examples section of the description. the cross-linked rubber is obtained through cross-linking of a cross-linkable rubber composition containing a binary fluororubber, a carbon material, a polyol cross-linker, and a cross-linking promoter, and the carbon material includes one or more carbon nanotubes, the cross-linking promoter includes at least one selected from the group consisting of an ammonium salt, a phosphonium salt, and an amine compound, and the content of the cross-linking promoter in the cross-linkable rubber composition is not less than 0.1 parts by mass and not more than 5 parts by mass per 100 parts by mass of the binary fluororubber, and the cross-linked rubber has an adhesion strength of 2 N or less to a metal surface after being heated at 250°C for 70 hours while in contact with the metal surface, as measured by a method described in the examples section of the description.
A method by a database system engine for database storage operations, the method comprising: pre-allocating, in a logical sparse file, a plurality of segments fixed in size and contiguous at fixed offsets, wherein the segments are fixed sized contiguous logical address ranges within a collection file, each segment starts at an offset that is a multiple of the segment size, which is configurable and fixed for the collection file, and the collection file is a sparse file that can contain the data for multiple tables, indexes, triggers, and/or other database objects; receiving a command to write database objects to the segments; mapping the database objects to the segments in a database catalog, wherein the database catalog is a collection catalog, and the collection catalog is a system maintained catalog that contains metadata information for managing the collection file, and the database objects are mapped in the database catalog to the segments using indices indicating object IDs of the database objects and object segment indices in relation to the object IDs in the database catalog; interfacing with a file system to initialize storage medium space of the collection file for writing the database objects to the segments at the fixed offsets; and writing the database objects to the segments at the fixed offsets. pre-allocating, in a logical sparse file, a plurality of segments fixed in size and contiguous at fixed offsets, wherein the segments are fixed sized contiguous logical address ranges within a collection file, each segment starts at an offset that is a multiple of the segment size, which is configurable and fixed for the collection file, and the collection file is a sparse file that can contain the data for multiple tables, indexes, triggers, and/or other database objects; receiving a command to write database objects to the segments; mapping the database objects to the segments in a database catalog, wherein the database catalog is a collection catalog, and the collection catalog is a system maintained catalog that contains metadata information for managing the collection file, and the database objects are mapped in the database catalog to the segments using indices indicating object IDs of the database objects and object segment indices in relation to the object IDs in the database catalog; interfacing with a file system to initialize storage medium space of the collection file for writing the database objects to the segments at the fixed offsets; and writing the database objects to the segments at the fixed offsets.
Pressure-holding valve arrangement for a fuel line, having: a main fluid section which can be closed by means of a first spring-loaded closing body in order to maintain a fuel pressure in the fuel line; the first closing body comprising a closing body head for sealing the main fluid section which can be pressed against a sealing seat by means of a spring force; an auxiliary fluid section which is formed for filling the fuel line with fuel in the first spring-loaded closing body; and a second spring-loaded closing body which is provided for closing the auxiliary fluid section; an outer wall of the first spring-loaded closing body comprising at least one axial guide for guiding fuel. a main fluid section which can be closed by means of a first spring-loaded closing body in order to maintain a fuel pressure in the fuel line; the first closing body comprising a closing body head for sealing the main fluid section which can be pressed against a sealing seat by means of a spring force; an auxiliary fluid section which is formed for filling the fuel line with fuel in the first spring-loaded closing body; and a second spring-loaded closing body which is provided for closing the auxiliary fluid section; an outer wall of the first spring-loaded closing body comprising at least one axial guide for guiding fuel.
A cleaning formulation comprising a) from 50-95 % by weight water; b) from 0.1 to 10 weight percent of at least one alkyl ketal ester(s) and c) from 1 to 10 weight percent of at least one surfactant, wherein component b) is one or more of or a) from 50-95 % by weight water; b) from 0.1 to 10 weight percent of at least one alkyl ketal ester(s) and c) from 1 to 10 weight percent of at least one surfactant, wherein component b) is one or more of or
A method of changing association identification, AID, of a 1 st station performing a direct communication with a 2 nd station in a wireless communication system, comprising the steps of: transmitting, by the 1 st station, a reassignment request frame for requesting a new AID to an access point, AP; receiving, by the 1 st station, a reassignment response frame from the AP, wherein the reassignment response frame includes new AID information to be newly assigned to the 1 st station; transmitting, by the 1 st station, an update request frame including the new AID information to the 2 nd station; and receiving, by the 1 st station, an update response frame from the 2 nd station in response to the update request frame. transmitting, by the 1 st station, a reassignment request frame for requesting a new AID to an access point, AP; receiving, by the 1 st station, a reassignment response frame from the AP, wherein the reassignment response frame includes new AID information to be newly assigned to the 1 st station; transmitting, by the 1 st station, an update request frame including the new AID information to the 2 nd station; and receiving, by the 1 st station, an update response frame from the 2 nd station in response to the update request frame.
A handle for a razor assembly comprising: a handle body having a distal end with a cavity opening therein; a pusher retained in the cavity and extending outwardly from the cavity; and a retaining element disposed on the distal end of the handle body, characterized in that the retaining element is arranged in a window configured to communicate with the cavity and the pusher further includes an indentation configured to receive the retaining element. a handle body having a distal end with a cavity opening therein; a pusher retained in the cavity and extending outwardly from the cavity; and a retaining element disposed on the distal end of the handle body, characterized in that the retaining element is arranged in a window configured to communicate with the cavity and the pusher further includes an indentation configured to receive the retaining element.
An apparatus for abrasive blasting comprising a housing engageable around a tubular surface to be blasted, said housing forming a blasting chamber with the surface, wherein said housing comprises a blast nozzle arranged to direct grit towards the tubular surface, a suction extraction port arranged to remove grit and waste material from the blasting chamber, and a rebound surface, said rebound surface arranged to bounce the grit rebounding from the tubular surface back towards the tubular surface, the apparatus further comprising means for rotating the apparatus around the tubular surface, characterised in that the means for rotating the apparatus are mounted on the housing.
A method of collecting an aerosolised respirable fraction of an inhalable medicinal formulation including respirable and non-respirable particle size fractions, comprising: generating an aerosolised dose of the medicinal formulation containing respirable and non-respirable particles; removing particles of a non-respirable size from said aerosolised dose by inertial separation; delivering a pneumatic flow carrying respirable particles along an unimpeded pathway to a filter unit comprising a filter and a filter support, wherein the unimpeded pathway comprises an orifice opposed to the filter through which the pneumatic flow is delivered to the filter; effecting filtration of the pneumatic flow at said filter such that the particles are retained on the filter; - wherein the filter comprises a front surface onto which the pneumatic flow is delivered and a rear surface, and the filter support comprises one or more elongate support members extending across the pathway on the surface of the filter opposed to the orifice for supporting a central region of the filter, the filter support defining two to six apertures and obstructing no more than 80% of the surface area of said opposed surface, wherein the pneumatic flow is generated by a suction source that applies suction via the back surface of the filter; and wherein the pneumatic flow is delivered though the orifice towards the filter in a laminar flow. generating an aerosolised dose of the medicinal formulation containing respirable and non-respirable particles; removing particles of a non-respirable size from said aerosolised dose by inertial separation; delivering a pneumatic flow carrying respirable particles along an unimpeded pathway to a filter unit comprising a filter and a filter support, wherein the unimpeded pathway comprises an orifice opposed to the filter through which the pneumatic flow is delivered to the filter; effecting filtration of the pneumatic flow at said filter such that the particles are retained on the filter; - wherein the filter comprises a front surface onto which the pneumatic flow is delivered and a rear surface, and the filter support comprises one or more elongate support members extending across the pathway on the surface of the filter opposed to the orifice for supporting a central region of the filter, the filter support defining two to six apertures and obstructing no more than 80% of the surface area of said opposed surface, - wherein the filter comprises a front surface onto which the pneumatic flow is delivered and a rear surface, and the filter support comprises one or more elongate support members extending across the pathway on the surface of the filter opposed to the orifice for supporting a central region of the filter, the filter support defining two to six apertures and obstructing no more than 80% of the surface area of said opposed surface, wherein the pneumatic flow is generated by a suction source that applies suction via the back surface of the filter; and wherein the pneumatic flow is delivered though the orifice towards the filter in a laminar flow.