mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining intensity of electromagnetic radiation, comprising: providing a plurality of ferrimagnetic and/or ferromagnetic crystals suitable for producing a photoinduced magnetoelectric effect arranged in an array, each respective ferrimagnetic or ferromagnetic crystal having a different control resonance frequency; exposing the ferrimagnetic and/or ferromagnetic crystals to electromagnetic radiation of unknown intensity or variable intensity such that the ferrimagnetic and/or ferromagnetic crystals undergo an internal photoelectric effect, measuring an irradiated resonance frequency of the irradiated ferrimagnetic and/or ferromagnetic crystals; and determining the intensity of the electromagnetic radiation irradiating the ferrimagnetic and/or ferromagnetic crystals from the respective control resonance frequency and the respective irradiated resonance frequency. providing a plurality of ferrimagnetic and/or ferromagnetic crystals suitable for producing a photoinduced magnetoelectric effect arranged in an array, each respective ferrimagnetic or ferromagnetic crystal having a different control resonance frequency; exposing the ferrimagnetic and/or ferromagnetic crystals to electromagnetic radiation of unknown intensity or variable intensity such that the ferrimagnetic and/or ferromagnetic crystals undergo an internal photoelectric effect, measuring an irradiated resonance frequency of the irradiated ferrimagnetic and/or ferromagnetic crystals; and determining the intensity of the electromagnetic radiation irradiating the ferrimagnetic and/or ferromagnetic crystals from the respective control resonance frequency and the respective irradiated resonance frequency.
A medical assembly comprising: at least one expandable member configured to expand from a collapsed configuration to an expanded configuration, the at least one expandable member configured to at least partially define a channel through the at least one expandable member in the expanded configuration; a catheter defining a lumen and configured to deliver a fluid from the lumen and through the channel defined by the at least one expandable member in the expanded configuration, wherein the at least one expandable member is configured to reside within the catheter in the collapsed configuration and configured to be advanced out from the catheter to assume the expanded configuration; and one or more electrodes carried by the at least one expandable member, wherein the one or more electrodes are configured to transmit an electrical signal through a fluid to cause the fluid to undergo cavitation that generates a pressure wave within the fluid. at least one expandable member configured to expand from a collapsed configuration to an expanded configuration, the at least one expandable member configured to at least partially define a channel through the at least one expandable member in the expanded configuration; a catheter defining a lumen and configured to deliver a fluid from the lumen and through the channel defined by the at least one expandable member in the expanded configuration, wherein the at least one expandable member is configured to reside within the catheter in the collapsed configuration and configured to be advanced out from the catheter to assume the expanded configuration; and one or more electrodes carried by the at least one expandable member, wherein the one or more electrodes are configured to transmit an electrical signal through a fluid to cause the fluid to undergo cavitation that generates a pressure wave within the fluid.
A pyrimidoquinazoline pigment represented by the following formula : wherein R 1 and R 2 each independently represent a benzene ring or a naphthalene ring optionally having a substituent; wherein the pigment is selected from the compounds of the following formulas (1-1) to (1-12): wherein R 1 and R 2 each independently represent a benzene ring or a naphthalene ring optionally having a substituent; wherein the pigment is selected from the compounds of the following formulas (1-1) to (1-12):
Packaging for preserving a sterile pharmaceutical composition, comprising at least one inner layer of polypropylene having a thickness of between 200 and 800 μm and one outer layer of polyethylene, said outer layer being in contact with the environment and having a thickness of between 300 and 1000 μm.
A riding mower comprising: a mower assembly supported on a vehicle body frame between pairs of left and right rear wheels and front wheels ; a steering assembly configured for operation by a driver; a driver seat supported on the vehicle body frame ; and a floor panel provided on the vehicle body frame extending frontward from an area including the driver seat ; the floor panel comprising: a main panel located in front of the driver seat ; and a left footrest and a right footrest each extending further frontward from the main panel ; and a recessed portion being formed on at least one side edge of the floor panel , the recessed portion including a side edge dropoff point (DP) that, in a plan view, is the shortest distance to a front-back direction centerline (CL) of the vehicle body; and the recessed portion being formed from a front recessed side edge that extends forward from the side edge dropoff point (DP), and a rear recessed side edge that extends rearward from the side edge dropoff point (DP). a mower assembly supported on a vehicle body frame between pairs of left and right rear wheels and front wheels ; a steering assembly configured for operation by a driver; a driver seat supported on the vehicle body frame ; and a floor panel provided on the vehicle body frame extending frontward from an area including the driver seat ; the floor panel comprising: a main panel located in front of the driver seat ; and a left footrest and a right footrest each extending further frontward from the main panel ; and a main panel located in front of the driver seat ; and a left footrest and a right footrest each extending further frontward from the main panel ; and a recessed portion being formed on at least one side edge of the floor panel , the recessed portion including a side edge dropoff point (DP) that, in a plan view, is the shortest distance to a front-back direction centerline (CL) of the vehicle body; and the recessed portion being formed from a front recessed side edge that extends forward from the side edge dropoff point (DP), and a rear recessed side edge that extends rearward from the side edge dropoff point (DP).
A dunnage product (100; 209) comprising multiple plies (104, 106; 262, 264) of sheet stock material connected together, characterized in that it includes at least one randomly crumpled sheet (104; 262) having an irregular pitch that is connected to one side of another sheet (106; 264) to hold the crumpled sheet (104; 262) in its crumpled state.
A stator core, for a magnetic levitation bearing, comprising an annular yoke , wherein: the annular yoke has an inner circumferential wall and an outer circumferential wall ; a plurality of pole pillars are disposed on the inner circumferential wall , and each of the plurality of pole pillars extends towards an axis of the inner circumferential wall ; and there is a distance D between an axis of the outer circumferential wall and the axis of the inner circumferential wall , and D≠0 is satisfied; wherein, in a projection of the annular yoke projected on any radial plane of the annular yoke , the inner circumferential wall has a circle center O, the outer circumferential wall has a circle center S, the distance D is a distance between the circle center O and the circle center S, and the stator core is symmetrical with respect to a straight line OS connecting the circle center O and the circle center S; a straight line passing through the circle center O and perpendicular to the straight line OS is a first straight line , the first straight line divides the annular yoke into a first yoke part and a second yoke part , and an area A 1 of the first yoke part is greater than an area A 2 of the second yoke part ; characterized in that a circumferential width W 1 of each of pole pillars on the first yoke part is greater than a circumferential width W 2 of each of pole pillars on the second yoke part . the annular yoke has an inner circumferential wall and an outer circumferential wall ; a plurality of pole pillars are disposed on the inner circumferential wall , and each of the plurality of pole pillars extends towards an axis of the inner circumferential wall ; and there is a distance D between an axis of the outer circumferential wall and the axis of the inner circumferential wall , and D≠0 is satisfied; wherein, in a projection of the annular yoke projected on any radial plane of the annular yoke , the inner circumferential wall has a circle center O, the outer circumferential wall has a circle center S, the distance D is a distance between the circle center O and the circle center S, and the stator core is symmetrical with respect to a straight line OS connecting the circle center O and the circle center S; a straight line passing through the circle center O and perpendicular to the straight line OS is a first straight line , the first straight line divides the annular yoke into a first yoke part and a second yoke part , and an area A 1 of the first yoke part is greater than an area A 2 of the second yoke part ; characterized in that a circumferential width W 1 of each of pole pillars on the first yoke part is greater than a circumferential width W 2 of each of pole pillars on the second yoke part .
Method for determining an optimal frequency (f o ) for the execution of a software application on an information-processing system, comprising - A first execution of said application at a determined microprocessor frequency (f d ), allowing to determine an overall execution time (T g ) and an overall energy consumption (E g ); - A second execution of said application at said determined frequency (f d ), using a tool for profiling by instrumentation of the code of said application, allowing to determine measurements ( T* MPI , T* IO , T* g ) on the execution of said application, said measurements comprising an overall execution time with said measurement tool ( T* g ) , measurements ( T* IO ) on the inputs-outputs of said software application and measurements ( T* MPI ) on the calls to the management and communication system; - A step of determining a first law providing an execution time (t(f)) based on the frequency (f), based on said overall execution time with said measurement tool ( T* g ), said measurements on the inputs-outputs of said application and said measurements on the calls to the management and communication system, and of determining a second law providing an energy consumption (E(f)) based on the frequency (f), said first law being expressed in the form t f = a f + T ∞ Wherein T ∞ = T g T g ∗ ⋅ T ∗ and a = f d · ( T g - T ∞ ) and T ∗ = T IO ∗ + T MPI ∗ - A step of determining said optimal frequency (f o ) as the frequency optimising a criterion (C(f)) combining said execution time and said energy consumption, based on the frequency, determined respectively by said first and second laws. - A first execution of said application at a determined microprocessor frequency (f d ), allowing to determine an overall execution time (T g ) and an overall energy consumption (E g ); - A second execution of said application at said determined frequency (f d ), using a tool for profiling by instrumentation of the code of said application, allowing to determine measurements ( T* MPI , T* IO , T* g ) on the execution of said application, said measurements comprising an overall execution time with said measurement tool ( T* g ) , measurements ( T* IO ) on the inputs-outputs of said software application and measurements ( T* MPI ) on the calls to the management and communication system; - A step of determining a first law providing an execution time (t(f)) based on the frequency (f), based on said overall execution time with said measurement tool ( T* g ), said measurements on the inputs-outputs of said application and said measurements on the calls to the management and communication system, and of determining a second law providing an energy consumption (E(f)) based on the frequency (f), said first law being expressed in the form t f = a f + T ∞ Wherein T ∞ = T g T g ∗ ⋅ T ∗ and a = f d · ( T g - T ∞ ) and T ∗ = T IO ∗ + T MPI ∗ - A step of determining said optimal frequency (f o ) as the frequency optimising a criterion (C(f)) combining said execution time and said energy consumption, based on the frequency, determined respectively by said first and second laws.
A composite fan case assembly comprising: a composite fan case body disposed on an axis having a radially inner surface and a radially outer surface ; and at least one mounting attachment attached to the composite fan case body in a gas turbine engine, the mounting attachment comprising: a base component for extending through an opening in the fan case body, said opening extending from the radially outer surface and toward the radially inner surface of said fan case body, said base component including a base portion , a boss having a non-cylindrical profile, and a cylindrical portion ; a spool component for being disposed on said radially outer surface and attached to the base component, said spool component being for receiving at least a portion of the base component, wherein an outer surface of the cylindrical portion and an inner surface of the spool component are threaded and arranged to be correspondingly mated to lock the spool component relative to the base component, wherein the mounting attachment has a thread means for receiving a threaded member; and a helical insert having a threaded outer surface wherein the threaded inner surface of the cylindrical portion is arranged to receive the helical insert to lock the helical insert relative to the base component . a base component for extending through an opening in the fan case body, said opening extending from the radially outer surface and toward the radially inner surface of said fan case body, said base component including a base portion , a boss having a non-cylindrical profile, and a cylindrical portion ; a spool component for being disposed on said radially outer surface and attached to the base component, said spool component being for receiving at least a portion of the base component, wherein an outer surface of the cylindrical portion and an inner surface of the spool component are threaded and arranged to be correspondingly mated to lock the spool component relative to the base component, wherein the mounting attachment has a thread means for receiving a threaded member; and a helical insert having a threaded outer surface wherein the threaded inner surface of the cylindrical portion is arranged to receive the helical insert to lock the helical insert relative to the base component .
A display apparatus , comprising: a Universal Serial Bus, USB Type-C connector , connected to a portable device , wherein a USB signal between the display apparatus and the portable device comprises an image-transmission channel and a data-transmission channel; a display panel ; a multiplexing circuit , configured to separate the image-transmission channel from the data-transmission channel of the USB signal; a switch circuit , configured to control an operation mode of the multiplexing circuit ; and a display controller , configured to control a display mode of the display panel ; wherein in response to the display panel being in a first display mode, the display controller transmits a control signal to the switch circuit to control the multiplexing circuit to switch to a first operation mode, wherein in response to the multiplexing circuit being in the first operation mode, the USB Type-C connector is a USB Type-C up facing port, UFP, in the image-transmission channel, and is a USB Type-C down facing port, DFP, in the data-transmission channel, wherein the display controller receives a first image signal from a host through a first transmission interface of the display apparatus , and receives a second image signal from the portable device through the image-transmission channel, wherein the first display mode is a picture-in-picture, PIP, (PIP) mode or a picture-by-picture, PBP, mode. a Universal Serial Bus, USB Type-C connector , connected to a portable device , wherein a USB signal between the display apparatus and the portable device comprises an image-transmission channel and a data-transmission channel; a display panel ; a multiplexing circuit , configured to separate the image-transmission channel from the data-transmission channel of the USB signal; a switch circuit , configured to control an operation mode of the multiplexing circuit ; and a display controller , configured to control a display mode of the display panel ; wherein in response to the display panel being in a first display mode, the display controller transmits a control signal to the switch circuit to control the multiplexing circuit to switch to a first operation mode, wherein in response to the multiplexing circuit being in the first operation mode, the USB Type-C connector is a USB Type-C up facing port, UFP, in the image-transmission channel, and is a USB Type-C down facing port, DFP, in the data-transmission channel, wherein the display controller receives a first image signal from a host through a first transmission interface of the display apparatus , and receives a second image signal from the portable device through the image-transmission channel, wherein the first display mode is a picture-in-picture, PIP, (PIP) mode or a picture-by-picture, PBP, mode.
A method for displaying subtitle information, comprising: determining (S101) a video display region in an application display page and a subtitle display region after an editing operation, in response to a detection of the editing operation of a user on initial subtitle information of video information; determining (S102) an extension length and an extension direction for each of edges of the video display region based on region information of the video display region and region information of the subtitle display region, if the subtitle display region is not a subregion comprised in the video display region; extending (S103) the video display region within a region range corresponding to the application display page based on the extension lengths and the extension directions, wherein the extended video display region comprises the subtitle display region, the extended video display region comprises a region for displaying the video information and a newly added region obtained by extending the video display region, the region for displaying the video information is the same as the video display region before an extension is performed, and the newly added region is rendered as a background color; and displaying the video information, in the region for displaying the video information, and displaying (S104) edited subtitle information in the subtitle display region. determining (S101) a video display region in an application display page and a subtitle display region after an editing operation, in response to a detection of the editing operation of a user on initial subtitle information of video information; determining (S102) an extension length and an extension direction for each of edges of the video display region based on region information of the video display region and region information of the subtitle display region, if the subtitle display region is not a subregion comprised in the video display region; extending (S103) the video display region within a region range corresponding to the application display page based on the extension lengths and the extension directions, wherein the extended video display region comprises the subtitle display region, the extended video display region comprises a region for displaying the video information and a newly added region obtained by extending the video display region, the region for displaying the video information is the same as the video display region before an extension is performed, and the newly added region is rendered as a background color; and displaying the video information, in the region for displaying the video information, and displaying (S104) edited subtitle information in the subtitle display region.
A continuous fiber brake rotor preform, comprisng: a plurality of continuous fiber filaments arranged in a helical structure; and web fiber interspersed with said plurality of continuous fiber filaments. a plurality of continuous fiber filaments arranged in a helical structure; and web fiber interspersed with said plurality of continuous fiber filaments.
A battery module , comprising: at least one battery cell ; a bus bar assembly connected to an electrode lead of the at least one battery cell and provided to both side surfaces of the at least one battery cell; at least one heatsink provided to at least one side of the at least one battery cell and the bus bar assembly; a pair of cooling plates connected perpendicular to the at least one heatsink and provided in direct contact with the bus bar assembly; a perimeter tube configured to surround the pair of cooling plates at least partially and communicate with the at least one heatsink, wherein the perimeter tube includes: a tube body configured to surround each cooling plate at least partially and having an inner channel; at least one cooling water supply tube configured to communicate the tube body with the at least one heatsink and supply a cooling water to the tube body; and at least one cooling water discharge tube spaced apart from the cooling water supply tube by a predetermined distance and configured to communicate the tube body with the at least one heatsink so that the cooling water in the tube body is discharged to the at least one heatsink. at least one battery cell ; a bus bar assembly connected to an electrode lead of the at least one battery cell and provided to both side surfaces of the at least one battery cell; at least one heatsink provided to at least one side of the at least one battery cell and the bus bar assembly; a pair of cooling plates connected perpendicular to the at least one heatsink and provided in direct contact with the bus bar assembly; a perimeter tube configured to surround the pair of cooling plates at least partially and communicate with the at least one heatsink, wherein the perimeter tube includes: a tube body configured to surround each cooling plate at least partially and having an inner channel; at least one cooling water supply tube configured to communicate the tube body with the at least one heatsink and supply a cooling water to the tube body; and at least one cooling water discharge tube spaced apart from the cooling water supply tube by a predetermined distance and configured to communicate the tube body with the at least one heatsink so that the cooling water in the tube body is discharged to the at least one heatsink. a tube body configured to surround each cooling plate at least partially and having an inner channel; at least one cooling water supply tube configured to communicate the tube body with the at least one heatsink and supply a cooling water to the tube body; and at least one cooling water discharge tube spaced apart from the cooling water supply tube by a predetermined distance and configured to communicate the tube body with the at least one heatsink so that the cooling water in the tube body is discharged to the at least one heatsink.
A camera comprising an image sensor having a plurality of pixel elements for recording image data of an object stream having objects of a height moved in a direction of movement relative to the camera and a control and evaluation unit configured to determine the height of a respective object on the basis of the image data, characterized in that the image sensor is an event-based image sensor and in that the control and evaluation unit is configured to detect a measurement series of points in time at which pixel elements adjacent in the direction of movement consecutively register an event, to determine a speed of an object image of the object on the image sensor from the measurement series and, from this, the height.