mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus, comprising: a memory configured to store computer executable instructions; a display; and a processor configured to, by executing the computer executable instructions: control the display to display an image corresponding to a content, based on a mute interval being detected by analyzing an audio signal corresponding to the content, identify that a first signal being the audio signal before the mute interval and a second signal being the audio signal after the mute interval are discontinuous when audio feature information of the first signal and audio feature information of the second signal differ by more than a preset threshold value and characterized in that the audio feature information of the first signal and the audio feature information of the second signal are of the same type, and based on identifying that the first signal and the second signal are discontinuous, identify an occurrence of a channel change event in which the content is changed to another content, wherein the audio feature information comprises a phase. a memory configured to store computer executable instructions; a display; and a processor configured to, by executing the computer executable instructions: control the display to display an image corresponding to a content, based on a mute interval being detected by analyzing an audio signal corresponding to the content, identify that a first signal being the audio signal before the mute interval and a second signal being the audio signal after the mute interval are discontinuous when audio feature information of the first signal and audio feature information of the second signal differ by more than a preset threshold value and characterized in that control the display to display an image corresponding to a content, based on a mute interval being detected by analyzing an audio signal corresponding to the content, identify that a first signal being the audio signal before the mute interval and a second signal being the audio signal after the mute interval are discontinuous when audio feature information of the first signal and audio feature information of the second signal differ by more than a preset threshold value and characterized in that the audio feature information of the first signal and the audio feature information of the second signal are of the same type, and based on identifying that the first signal and the second signal are discontinuous, identify an occurrence of a channel change event in which the content is changed to another content, wherein the audio feature information comprises a phase.
A roof rack system for affixing to a vehicle having a plurality of mounting locations, the roof rack system comprising: a crossbar assembly comprising: an axis of motion; an internal structure; a first section configured to translate along the axis relative to the internal structure, a second section configured to translate along the axis relative to the internal structure opposite the first section, and a third section rigidly affixed to the internal structure and arranged between the first section and the second section, wherein the internal structure comprises: at least one internal bar configured to support the crossbar assembly ; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location. an axis of motion; an internal structure; a first section configured to translate along the axis relative to the internal structure, a second section configured to translate along the axis relative to the internal structure opposite the first section, and a third section rigidly affixed to the internal structure and arranged between the first section and the second section, wherein the internal structure comprises: at least one internal bar configured to support the crossbar assembly ; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location. at least one internal bar configured to support the crossbar assembly ; and at least one slide mechanism configured to allow the first section and the second section to translate relative to the at least one internal bar; wherein the slide mechanism is configured to cause the third section to be self-centering such that the third section remains centered between the first section and the second section as the first section and the second section translate; a first end mount coupled to an outboard portion of the first section and configured to mount to a first mounting location; and a second end mount coupled to an outboard portion of the second section and configured to mount to a second mounting location.
A left atrial appendage occluder, comprising: a sealing plate , a fixing frame located on one side of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the fixing frame comprises a first fixing connector , a second fixing connector and a plurality of supporting rods , the first ends of the supporting rods are gathered and fixed by the first fixing connector , the second ends of the supporting rods are gathered and fixed by the second fixing connector , and the connection member is connected with the first fixing connector , characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame . a sealing plate , a fixing frame located on one side of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the fixing frame comprises a first fixing connector , a second fixing connector and a plurality of supporting rods , the first ends of the supporting rods are gathered and fixed by the first fixing connector , the second ends of the supporting rods are gathered and fixed by the second fixing connector , and the connection member is connected with the first fixing connector , characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame .
An X-ray inspection apparatus comprising: an X-ray irradiation unit configured to irradiate an article with X-rays; an X-ray detection unit configured to detect the X-rays transmitted through the article; an inspection unit configured to generate an X-ray transmission image of the article based on a signal output from the X-ray detection unit and configured to perform inspection of the article based on the X-ray transmission image; and a control unit configured to control the X-ray irradiation unit and the X-ray detection unit , wherein, the control unit is configured to execute a first control of controlling the X-ray irradiation unit such that an irradiation output is increased, if a detection output of the X-ray detection unit is decreased when the control unit controls the X-ray irradiation unit such that the irradiation output of the X-ray irradiation unit becomes a first irradiation output, the control unit is configured to execute a second control of controlling the X-ray detection unit such that the detection output is increased, if the detection output is decreased when the control unit controls the X-ray irradiation unit such that the irradiation output becomes a second irradiation output larger than the first irradiation output, characterised in that the control unit is configured to execute the first control in a state where the article is not irradiated with the X-rays emitted by the X-ray irradiation unit and the X-ray detection unit is detecting the X-rays with which the article is not irradiated, and the first control and the second control are switchable. an X-ray irradiation unit configured to irradiate an article with X-rays; an X-ray detection unit configured to detect the X-rays transmitted through the article; an inspection unit configured to generate an X-ray transmission image of the article based on a signal output from the X-ray detection unit and configured to perform inspection of the article based on the X-ray transmission image; and a control unit configured to control the X-ray irradiation unit and the X-ray detection unit , wherein, the control unit is configured to execute a first control of controlling the X-ray irradiation unit such that an irradiation output is increased, if a detection output of the X-ray detection unit is decreased when the control unit controls the X-ray irradiation unit such that the irradiation output of the X-ray irradiation unit becomes a first irradiation output, the control unit is configured to execute a second control of controlling the X-ray detection unit such that the detection output is increased, if the detection output is decreased when the control unit controls the X-ray irradiation unit such that the irradiation output becomes a second irradiation output larger than the first irradiation output, characterised in that the control unit is configured to execute the first control in a state where the article is not irradiated with the X-rays emitted by the X-ray irradiation unit and the X-ray detection unit is detecting the X-rays with which the article is not irradiated, and the first control and the second control are switchable.
A memory card capable of allowing a plurality of wireless communication devices to access digital files stored on the memory card , the memory card being configured to be electrically connected when inserted in a digital camera having an inbuilt processor incapable of independently exporting digital files externally of the digital camera , the memory card including: a central processor for controlling the memory card ; a storage module for storing the digital files; and a wireless transceiver module being connected to both the central processor , and the storage module , wherein the central processor is configured to provide a graphical user interface on a web browser on each of the plurality of wireless communication devices , and to receive instructions from a user using the graphical user interface on a first wireless communication device from amongst the plurality of wireless communication devices, the instructions being for granting access to the digital files stored on the storage module by other wireless communication devices . a central processor for controlling the memory card ; a storage module for storing the digital files; and a wireless transceiver module being connected to both the central processor , and the storage module , wherein the central processor is configured to provide a graphical user interface on a web browser on each of the plurality of wireless communication devices , and to receive instructions from a user using the graphical user interface on a first wireless communication device from amongst the plurality of wireless communication devices, the instructions being for granting access to the digital files stored on the storage module by other wireless communication devices .
Compound of formula (I): for use in the treatment of airway diseases in a human subject having, before said treatment, a level of eosinophils in peripheral blood equal to or greater than 300 cel/μL comprising administering to said subject a therapeutically effective amount of said compound.
A fluid pump comprising: a housing ; an inlet plate disposed within said housing , said inlet plate having an inlet which introduces fluid to said housing ; an outlet plate disposed within said housing , said outlet plate having an outlet plate outlet passage ; an outlet which discharges fluid from said housing ; an electric motor having a shaft which rotates about an axis ; a pumping element rotationally coupled to said shaft such that rotation of said pumping element by said shaft causes fluid to be pumped from said inlet to said outlet plate outlet passage and through said outlet , said pumping element being located axially between said inlet plate and said outlet plate such that said inlet plate interfaces with said pumping element in an inlet sealing surface interface and such that said outlet plate interfaces with said pumping element in an outlet sealing surface interface ; and characterized in that the fluid pump further comprises a purge passage downstream of said outlet plate outlet passage which receives fluid from said outlet plate outlet passage , said purge passage being in fluid communication with said inlet sealing surface interface and with said outlet sealing surface interface ; and a filter downstream of said outlet plate outlet passage which filters fluid that passes through said purge passage prior to reaching said inlet sealing surface interface and said outlet sealing surface interface . a housing ; an inlet plate disposed within said housing , said inlet plate having an inlet which introduces fluid to said housing ; an outlet plate disposed within said housing , said outlet plate having an outlet plate outlet passage ; an outlet which discharges fluid from said housing ; an electric motor having a shaft which rotates about an axis ; a pumping element rotationally coupled to said shaft such that rotation of said pumping element by said shaft causes fluid to be pumped from said inlet to said outlet plate outlet passage and through said outlet , said pumping element being located axially between said inlet plate and said outlet plate such that said inlet plate interfaces with said pumping element in an inlet sealing surface interface and such that said outlet plate interfaces with said pumping element in an outlet sealing surface interface ; and characterized in that the fluid pump further comprises a purge passage downstream of said outlet plate outlet passage which receives fluid from said outlet plate outlet passage , said purge passage being in fluid communication with said inlet sealing surface interface and with said outlet sealing surface interface ; and a filter downstream of said outlet plate outlet passage which filters fluid that passes through said purge passage prior to reaching said inlet sealing surface interface and said outlet sealing surface interface .
A method comprising: dividing a virtual space using one or more virtual partitions ; wherein the virtual space is: a fully or partially artificial three-dimensional virtual visual space , and/or an arrangement of sound sources in a three-dimensional sound space wherein the virtual space is rendered, by an apparatus , to a user within the virtual space ; wherein the one or more virtual partitions affect rendering, by the apparatus , of the virtual space thereby affecting perception of the virtual space by the user within the virtual space ; and in response to a first action in the virtual space relative to at least a first virtual partition by the user , making a first change to how at least the first virtual partition affects rendering, by the apparatus , of the virtual space thereby changing the user's perception of the virtual space . dividing a virtual space using one or more virtual partitions ; wherein the virtual space is: a fully or partially artificial three-dimensional virtual visual space , and/or an arrangement of sound sources in a three-dimensional sound space a fully or partially artificial three-dimensional virtual visual space , and/or an arrangement of sound sources in a three-dimensional sound space wherein the virtual space is rendered, by an apparatus , to a user within the virtual space ; wherein the one or more virtual partitions affect rendering, by the apparatus , of the virtual space thereby affecting perception of the virtual space by the user within the virtual space ; and in response to a first action in the virtual space relative to at least a first virtual partition by the user , making a first change to how at least the first virtual partition affects rendering, by the apparatus , of the virtual space thereby changing the user's perception of the virtual space .
An interphone system comprising: a slave device that includes a camera to obtain an image of a visitor, the slave device being for calling a dweller by a visitor; and a master device that includes a monitor to display a video image obtained by the camera , the master device being for responding by the dweller, wherein the master device includes: a video storage section configured to record the video image obtained by the camera ; and an operation control section configured to control a silent mode operation, wherein when the slave device receives a calling operation in the silent mode state, the camera is activated, and the video image is stored in the video storage section , characterized in that the master device further includes: an automatic mute setting button configured to perform an automatic transition to the silent mode in which a call sound is not emitted and to further perform an automatic release of the silent mode; and a schedule setting section for setting a time slot of the silent mode, wherein the operation control section is configured to perform a control of the transition to the silent mode in the time slot set by the schedule setting section when the automatic mute setting button is turned on. a slave device that includes a camera to obtain an image of a visitor, the slave device being for calling a dweller by a visitor; and a master device that includes a monitor to display a video image obtained by the camera , the master device being for responding by the dweller, wherein the master device includes: a video storage section configured to record the video image obtained by the camera ; and an operation control section configured to control a silent mode operation, wherein a video storage section configured to record the video image obtained by the camera ; and an operation control section configured to control a silent mode operation, wherein when the slave device receives a calling operation in the silent mode state, the camera is activated, and the video image is stored in the video storage section , characterized in that the master device further includes: an automatic mute setting button configured to perform an automatic transition to the silent mode in which a call sound is not emitted and to further perform an automatic release of the silent mode; and a schedule setting section for setting a time slot of the silent mode, wherein an automatic mute setting button configured to perform an automatic transition to the silent mode in which a call sound is not emitted and to further perform an automatic release of the silent mode; and a schedule setting section for setting a time slot of the silent mode, wherein the operation control section is configured to perform a control of the transition to the silent mode in the time slot set by the schedule setting section when the automatic mute setting button is turned on.
A method performed by a first client device of enabling authentication of a user of the first client device at a second client device based on biometric data captured by the first client device , being characterized in comprising: generating (S101) at least one secret key subsequently used for encrypting biometric data of the user captured by the first client device ; submitting (S102) the generated at least one secret key to a trusted network node over a secure communication channel for registering the at least one secret key with the trusted network node ; receiving (S105) reference information associated with the at least one secret key from the trusted network node ; capturing (S106) biometric data of the user ; encrypting (S107) the captured biometric data using the generated at least one secret key; creating (S108) an authentication token based on the received reference information, which token is configured to be authenticated by the trusted network node ; and submitting (S109) the encrypted biometric data and the authentication token to a 3 rd party network node for enabling authentication of the user via the second client device , the authentication token indicating the generated at least one secret key among a number of keys registered with the trusted network node with which at least one secret key the biometric data is encrypted by the first client device , thereby enabling decryption of the encrypted biometric data using the at least one secret key. generating (S101) at least one secret key subsequently used for encrypting biometric data of the user captured by the first client device ; submitting (S102) the generated at least one secret key to a trusted network node over a secure communication channel for registering the at least one secret key with the trusted network node ; receiving (S105) reference information associated with the at least one secret key from the trusted network node ; capturing (S106) biometric data of the user ; encrypting (S107) the captured biometric data using the generated at least one secret key; creating (S108) an authentication token based on the received reference information, which token is configured to be authenticated by the trusted network node ; and submitting (S109) the encrypted biometric data and the authentication token to a 3 rd party network node for enabling authentication of the user via the second client device , the authentication token indicating the generated at least one secret key among a number of keys registered with the trusted network node with which at least one secret key the biometric data is encrypted by the first client device , thereby enabling decryption of the encrypted biometric data using the at least one secret key.
Method for the preparation of a sheet including a homogenized material containing alkaloids, said method comprising: ∘ forming a mixture comprising a reducing sugar and particles of a material containing alkaloids; ∘ extruding the mixture; ∘ adding water to the extruded mixture to form a slurry; and ∘ casting the slurry into a sheet. ∘ forming a mixture comprising a reducing sugar and particles of a material containing alkaloids; ∘ extruding the mixture; ∘ adding water to the extruded mixture to form a slurry; and ∘ casting the slurry into a sheet.