mhurhangee/patent-ind-claim-en huggingface dataset:
An image generation system comprising: an image information acquisition section that acquires image information from an image sensor, the image information from the image sensor including depth information; a motion information acquisition section that acquires motion information about an operator based on the image information from the image sensor; a correction section that performs a correction process on the motion information based on aspect ratio information that indicates a relationship between an aspect ratio of the image sensor and an aspect ratio of a display section; an object control section that controls an object displayed on a screen that moves or makes a motion based on a motion of the operator, the correction section performing the correction process on a movement or a motion of the object based on the aspect ratio information; and an image generation section that generates an image corresponding to a result of the correction process, characterized in that the motion information acquisition section acquires skeleton information that specifies a motion of the operator viewed from the image sensor as the motion information; and the correction section performs the correction process on position information about a bone of a skeleton indicated by the skeleton information. an image information acquisition section that acquires image information from an image sensor, the image information from the image sensor including depth information; a motion information acquisition section that acquires motion information about an operator based on the image information from the image sensor; a correction section that performs a correction process on the motion information based on aspect ratio information that indicates a relationship between an aspect ratio of the image sensor and an aspect ratio of a display section; an object control section that controls an object displayed on a screen that moves or makes a motion based on a motion of the operator, the correction section performing the correction process on a movement or a motion of the object based on the aspect ratio information; and an image generation section that generates an image corresponding to a result of the correction process, characterized in that the motion information acquisition section acquires skeleton information that specifies a motion of the operator viewed from the image sensor as the motion information; and the correction section performs the correction process on position information about a bone of a skeleton indicated by the skeleton information.
A medical device for assisting a user in manually delivering chest compressions and ventilations to a patient as part of a repetitive therapy for cardiac resuscitation, the medical device comprising: a feedback device configured to generate auditory feedback cues to assist the user in timing the manual delivery of the chest compressions and the ventilations, the auditory feedback cues comprising a feedback cue for the chest compressions and a feedback cue for the ventilations; a visual display for generating a visual, non-verbal feedback graphic to provide the user with a graphical indication of how well the repetitive therapy is being delivered; at least one sensor for sensing at least one parameter relating to how well the repetitive therapy is being delivered; and a processor, memory, and associated circuitry configured to: determine cue times at which the auditory feedback cues are generated by the feedback device , and process at least one output from the at least one sensor to control an appearance of the graphical indication on the visual display, and wherein the feedback cue for the chest compressions is a different sound from the feedback cue for the ventilations. a feedback device configured to generate auditory feedback cues to assist the user in timing the manual delivery of the chest compressions and the ventilations, the auditory feedback cues comprising a feedback cue for the chest compressions and a feedback cue for the ventilations; a visual display for generating a visual, non-verbal feedback graphic to provide the user with a graphical indication of how well the repetitive therapy is being delivered; at least one sensor for sensing at least one parameter relating to how well the repetitive therapy is being delivered; and a processor, memory, and associated circuitry configured to: determine cue times at which the auditory feedback cues are generated by the feedback device , and process at least one output from the at least one sensor to control an appearance of the graphical indication on the visual display, and determine cue times at which the auditory feedback cues are generated by the feedback device , and process at least one output from the at least one sensor to control an appearance of the graphical indication on the visual display, and wherein the feedback cue for the chest compressions is a different sound from the feedback cue for the ventilations.
A portable electronic device comprising: at least one processor ; a display connected to said at least one processor and controllable by said at least one processor enabled to generate a content region on said display ; and non-volatile storage configured to maintain a plurality of applications and an application programming interface that is common to said plurality of applications for enabling said processor to generate a title bar that is common to the plurality of applications, wherein the title bar on said display is divided into a plurality of areas including an information area representing current state of information relating to one of said applications, and an additional area representing at least one of notifications, pushed icons, battery alert, and signals selected for display based on requirements of said plurality of applications, wherein said current state of information includes at least one of an application icon dynamically updated for reflecting the current state of the one of said applications, a title string dynamically updated for providing information based on the current state of the one of said applications and a current time; and for further enabling said processor to control the title bar under control of said applications, wherein said application programming interface includes a private part for managing the state of the title bar and a public part that provides an interface to said applications. at least one processor ; a display connected to said at least one processor and controllable by said at least one processor enabled to generate a content region on said display ; and non-volatile storage configured to maintain a plurality of applications and an application programming interface that is common to said plurality of applications for enabling said processor to generate a title bar that is common to the plurality of applications, wherein the title bar on said display is divided into a plurality of areas including an information area representing current state of information relating to one of said applications, and an additional area representing at least one of notifications, pushed icons, battery alert, and signals selected for display based on requirements of said plurality of applications,
A method for wireless communication, the method comprising: scheduling a transmission in a shared spectrum; scanning at least a portion of the shared spectrum during the transmission to obtain a received signal; cancelling , at least partially from the received signal, an interference caused by the transmission on the received signal, wherein the cancelling includes processing the received signal using a self-interference cancellation circuitry; and determining whether the received signal indicates usage by a primary user of the shared spectrum, wherein the scheduling comprises selecting transmission properties of the transmission that reduce a cost of the cancelling in comparison to other unselected transmission properties. scheduling a transmission in a shared spectrum; scanning at least a portion of the shared spectrum during the transmission to obtain a received signal; cancelling , at least partially from the received signal, an interference caused by the transmission on the received signal, wherein the cancelling includes processing the received signal using a self-interference cancellation circuitry; and determining whether the received signal indicates usage by a primary user of the shared spectrum, wherein the scheduling comprises selecting transmission properties of the transmission that reduce a cost of the cancelling in comparison to other unselected transmission properties.
Lightweight molding with a density between 0.1 g/cm 3 and 2.5 g/cm 3 and with a thermal conductivity measured according to EN ISO 2007-2: 2015 of at least 0.5 W/mK, characterized in that the lightweight molding is made from a dry mixture comprising graphite particles and a binder for setting the dry mixture by means of water, alkali and/or aqueous salt solution, wherein the proportion by mass of the graphite particles in the dry mixture is more than 0.05, wherein the binder comprises magnesia binder, cement, caustic-calcined magnesite, lime and/or clay powder.
A trust subsystem for a computer system that comprises a processor and a system trust module operable to verify platform specific firmware during a system boot, the trust subsystem comprising a subsystem trust module in communication with the system trust module, memory and a performance engine connected to the subsystem trust module by a private bus , and wherein the subsystem trust module is configured on a component card that is separate from the processor, is removable from the computer system and is configured to determine whether the system trust module verified the platform specific firmware as valid and, where the system trust module verified the platform specific firmware as valid, to subsequently verify software provisioned on the computer system by performing an integrity measurement of the software, wherein subsystem trust module is operable to use the performance engine to calculate a hash value for the software and compare the hash value to a reference value. to determine whether the system trust module verified the platform specific firmware as valid and, where the system trust module verified the platform specific firmware as valid, to subsequently verify software provisioned on the computer system by performing an integrity measurement of the software, wherein subsystem trust module is operable to use the performance engine to calculate a hash value for the software and compare the hash value to a reference value.
Device for testing a printed circuit board , the device comprising a contact plate and a plurality of contact pins which are provided to extend with their distal end through the contact plate, wherein each contact pin is spring-mounted with its proximal end relative to a mounting element , all this such that the contact pins can be pressed with their distal ends against the printed circuit board so as to set the spring-mounting at the position of the mounting element at least partially into action, wherein the contact pins are electrically connected to testing means , wherein the plurality of contact pins comprise a first set with at least one contact pin and wherein each of the at least one contact pin is placed in a corresponding sleeve , which sleeve is fixedly connected at the position of the mounting element and at the position of the contact plate, and wherein the contact pin can be moved at least partially through the sleeve, wherein the mounting element comprises drive means (12,24 ; 24,32,33) for pushing the contact pins, via the spring-mounting, through the contact plate; characterized in that : each of the at least one contact pin is located at the position of the contact plate on a first imaginary axis and is located at the position of the mounting element on a second imaginary axis, which differs from the first imaginary axis. wherein each contact pin is spring-mounted with its proximal end relative to a mounting element , all this such that the contact pins can be pressed with their distal ends against the printed circuit board so as to set the spring-mounting at the position of the mounting element at least partially into action, wherein the contact pins are electrically connected to testing means , wherein the plurality of contact pins comprise a first set with at least one contact pin and wherein each of the at least one contact pin is placed in a corresponding sleeve , which sleeve is fixedly connected at the position of the mounting element and at the position of the contact plate, and wherein the contact pin can be moved at least partially through the sleeve, wherein the mounting element comprises drive means (12,24 ; 24,32,33) for pushing the contact pins, via the spring-mounting, through the contact plate; characterized in that : each of the at least one contact pin is located at the position of the contact plate on a first imaginary axis and is located at the position of the mounting element on a second imaginary axis, which differs from the first imaginary axis.
A compound of the formula: or a pharmaceutically acceptable salt thereof, optionally in a pharmaceutically acceptable carrier, in an effective amount for use to treat the 2019 coronavirus disease (COVD-19) in a host in need thereof, wherein the host is a human.
A speaker structure comprising: a housing that forms an enclosure; a first enclosure in which a first speaker is installed; a second enclosure in which a second speaker is installed; and a single bass reflex port , characterized in that : said speaker structure further comprises a partition plate ; the partition plate divides the enclosure into the first enclosure and the second enclosure ; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing ; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port . a housing that forms an enclosure; a first enclosure in which a first speaker is installed; a second enclosure in which a second speaker is installed; and a single bass reflex port , characterized in that : said speaker structure further comprises a partition plate ; the partition plate divides the enclosure into the first enclosure and the second enclosure ; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing ; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port . said speaker structure further comprises a partition plate ; the partition plate divides the enclosure into the first enclosure and the second enclosure ; the partition plate has a communication hole that is provided between the first enclosure and the second enclosure and allows the first enclosure and the second enclosure to communicate with each other; the bass reflex port is disposed over the first enclosure and the second enclosure and has a length that spans a width of the housing ; and the partition plate is provided from a front face side of the enclosure in which the first speaker and the second speaker are installed to an opposite face side to the front face side which configures the wall of the bass reflex port .
A method for releasing a plurality of resources comprising: - supporting sessions between a plurality of devices and said plurality of resources; - determining that a hardware failure has occurred which is associated with the sessions using said plurality of resources; characterised by - transmitting a bulk resource release message which includes a range of values associated with an address range of said plurality of resources; wherein each value within said range of values corresponds to a resource to be released. - supporting sessions between a plurality of devices and said plurality of resources; - determining that a hardware failure has occurred which is associated with the sessions using said plurality of resources; characterised by - transmitting a bulk resource release message which includes a range of values associated with an address range of said plurality of resources; wherein each value within said range of values corresponds to a resource to be released.
A cannula assembly for use within a disposable infusion device , comprising: a cannula carrier configured to be received within a body cavity of the disposable infusion device ; a cannula extending from the cannula carrier for being beneath the patient's skin, wherein the cannula carrier includes a port aligned with the cannula that facilitates deployment of the cannula assembly within the disposable infusion device ; and a port cover that blocks the port , characterized in that the port cover is configured to preclude direct access by an external syringe needle to the cannula through the port after deployment. a cannula carrier configured to be received within a body cavity of the disposable infusion device ; a cannula extending from the cannula carrier for being beneath the patient's skin, wherein the cannula carrier includes a port aligned with the cannula that facilitates deployment of the cannula assembly within the disposable infusion device ; and a port cover that blocks the port , characterized in that the port cover is configured to preclude direct access by an external syringe needle to the cannula through the port after deployment.
A scanner positioning control system , comprising: a display ; a processor; and a computer readable storage medium comprising computer readable instructions which, when executed, cause the processor to: output, via the display , a first visual representation of an arrangement of a radiation source , a radiation detector , and a workpiece positioner ; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector ; output, via the display , a second visual representation of the arrangement of the radiation source , the radiation detector , and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source , the radiation detector , and the workpiece positioner based on the change. a display ; a processor; and a computer readable storage medium comprising computer readable instructions which, when executed, cause the processor to: output, via the display , a first visual representation of an arrangement of a radiation source , a radiation detector , and a workpiece positioner ; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector ; output, via the display , a second visual representation of the arrangement of the radiation source , the radiation detector , and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source , the radiation detector , and the workpiece positioner based on the change. output, via the display , a first visual representation of an arrangement of a radiation source , a radiation detector , and a workpiece positioner ; identify a change to be made to the arrangement of the workpiece positioner and at least one of the radiation source and the radiation detector ; output, via the display , a second visual representation of the arrangement of the radiation source , the radiation detector , and the workpiece positioner based on the change to be made to the arrangement; and control a scanner positioning system to physically move the at least one of the radiation source , the radiation detector , and the workpiece positioner based on the change.
A jig assembly for use in securing a first item of furniture , such as a handle , to a second item of furniture (D), the jig assembly comprising: a first member comprising a first locator configured to indicate the position of a first attachment location between the first item of furniture and the second item of furniture (D); and a second member comprising a second locator configured to indicate the position of a second attachment location between the first item of furniture and the second item of furniture (D); and a spacer element ; wherein the first and second members are configured to be secured together by the spacer element which disposes the first and second members a predetermined distance apart so as to position the first and second locators at the first and second attachment locations, and characterised in that the spacer element comprises: the first item of furniture to be secured to the second item of furniture (D), an identical item of furniture to that to be secured to the second item of furniture (D), or an item of furniture having attachment locations corresponding to that of the first item of furniture to be secured to the second item of furniture (D). a first member comprising a first locator configured to indicate the position of a first attachment location between the first item of furniture and the second item of furniture (D); and a second member comprising a second locator configured to indicate the position of a second attachment location between the first item of furniture and the second item of furniture (D); and a spacer element ; wherein the first and second members are configured to be secured together by the spacer element which disposes the first and second members a predetermined distance apart so as to position the first and second locators at the first and second attachment locations, and characterised in that the spacer element comprises: the first item of furniture to be secured to the second item of furniture (D), an identical item of furniture to that to be secured to the second item of furniture (D), or an item of furniture having attachment locations corresponding to that of the first item of furniture to be secured to the second item of furniture (D).