mhurhangee/patent-ind-claim-en huggingface dataset:
A tunable light generating system comprising one or more first light generating devices , one or more second light generating devices , and one or more third light generating devices , wherein: - the one or more first light generating devices are configured to generate white first device light having a first color rendering index, CRI1, and a first correlated color temperature, Tc1; - the one or more second light generating devices are configured to generate white second device light having a second color rendering index, CRI2, and a second correlated color temperature, Tc2; - the one or more third light generating devices are configured to generate third device light having a third dominant wavelength, λd3, selected from the range of 470-500 nm; - CRI1≥85; Tc2-Tc1>1000 K; Tc1≤3500 K; and Tc2≥3000 K: and - the tunable light generating system is configured to generate system light comprising one or more of the first device light , the second device light , and the third device light , characterized in - CRI1-CRI2≥10; - the tunable light generating system further comprising (i) a first LED string comprising the one or more first light generating devices , and (ii) a second LED string comprising the one or more second light generating devices and the one or more third light generating devices ; and - the tunable light generating system being configured to control the ratio of the first LED string and the second LED string . - the one or more first light generating devices are configured to generate white first device light having a first color rendering index, CRI1, and a first correlated color temperature, Tc1; - the one or more second light generating devices are configured to generate white second device light having a second color rendering index, CRI2, and a second correlated color temperature, Tc2; - the one or more third light generating devices are configured to generate third device light having a third dominant wavelength, λd3, selected from the range of 470-500 nm; - CRI1≥85; Tc2-Tc1>1000 K; Tc1≤3500 K; and Tc2≥3000 K: and - the tunable light generating system is configured to generate system light comprising one or more of the first device light , the second device light , and the third device light , - CRI1-CRI2≥10; - the tunable light generating system further comprising (i) a first LED string comprising the one or more first light generating devices , and (ii) a second LED string comprising the one or more second light generating devices and the one or more third light generating devices ; and - the tunable light generating system being configured to control the ratio of the first LED string and the second LED string .
A method of wireless communication, comprising: determining if a reference signal, RS, frequency-domain bundling pattern providing reduced RS presence is to be used for at least one channel, wherein the RS frequency-domain bundling pattern comprises a bundle of two or more resource blocks, wherein RS presence is omitted from at least one of the resource blocks; and communicating with a wireless node using the at least one channel based on the RS frequency-domain bundling pattern with reduced RS presence. determining if a reference signal, RS, frequency-domain bundling pattern providing reduced RS presence is to be used for at least one channel, wherein the RS frequency-domain bundling pattern comprises a bundle of two or more resource blocks, wherein RS presence is omitted from at least one of the resource blocks; and communicating with a wireless node using the at least one channel based on the RS frequency-domain bundling pattern with reduced RS presence.
A system for enhancing the display of a media asset comprising: means for presenting an option to select a list of media assets for consumption by a user; means for displaying a first media asset of the media assets in the list; means for tracking consumption of the media assets in the list and detecting that the user is about to consume a second media asset of the media assets in the list; means for identifying a portion in the second media asset that is overlapping with a portion in the first media asset; means for, in response to identifying the overlapping portion in the second media asset, generating for display the second media asset comprising skipping or automatically fast-forwarding through the overlapping portion to reduce the amount of overlapping content in the second media asset during playback; and means for displaying the generated second media asset. means for presenting an option to select a list of media assets for consumption by a user; means for displaying a first media asset of the media assets in the list; means for tracking consumption of the media assets in the list and detecting that the user is about to consume a second media asset of the media assets in the list; means for identifying a portion in the second media asset that is overlapping with a portion in the first media asset; means for, in response to identifying the overlapping portion in the second media asset, generating for display the second media asset comprising skipping or automatically fast-forwarding through the overlapping portion to reduce the amount of overlapping content in the second media asset during playback; and means for displaying the generated second media asset.
A surgical instrument comprising: a body having a proximal end and a distal end and defining a lumen extending from the proximal end to the distal end along an axis, the distal end configured to abut an implant ; and an anchor rod disposable within the lumen of the body for contacting the implant to secure the implant at the distal end of the body , wherein the body comprises a handle , a shaft extending distally from the handle , and a torque limiting mechanism , wherein the anchor rod comprises a longitudinal shaft and a distal shaft that are translatable relative to one another along an anchor rod axis, the longitudinal shaft and the distal shaft are biased to move away from one another by an anchor rod spring , characterized in that when the anchor rod is in a working configuration, the anchor rod spring is at least partially compressed to exert force to secure the anchor rod to the body at the proximal and distal ends , of the body . a body having a proximal end and a distal end and defining a lumen extending from the proximal end to the distal end along an axis, the distal end configured to abut an implant ; and an anchor rod disposable within the lumen of the body for contacting the implant to secure the implant at the distal end of the body , wherein the body comprises a handle , a shaft extending distally from the handle , and a torque limiting mechanism , wherein the anchor rod comprises a longitudinal shaft and a distal shaft that are translatable relative to one another along an anchor rod axis, the longitudinal shaft and the distal shaft are biased to move away from one another by an anchor rod spring , characterized in that when the anchor rod is in a working configuration, the anchor rod spring is at least partially compressed to exert force to secure the anchor rod to the body at the proximal and distal ends , of the body .
A pressurizing short-circuit inspection apparatus for detecting a low-voltage defective pouch-type secondary battery cell caused by a separator damage, comprising: compression plates arranged in an X-axis direction with a predetermined separation distance therebetween so that at least one of the secondary battery cells is inserted therebetween, the compression plates being moved in ±X-axis direction to adjust the separation distance; and a pressurizing short-circuit inspection assembly having a cell pressing unit configured to press a predetermined region of a body of the secondary battery cell and a power supply unit provided in contact with an electrode lead of the secondary battery cell to apply a test voltage, the pressurizing short-circuit inspection assembly being mounted to the compression plates to be movable along ±Y-axis direction, wherein the Y-axis direction is perpendicular to the X-axis direction, wherein the cell pressing unit includes balls provided to at least one surface thereof, and the body of the secondary battery cell is pressed by the balls . compression plates arranged in an X-axis direction with a predetermined separation distance therebetween so that at least one of the secondary battery cells is inserted therebetween, the compression plates being moved in ±X-axis direction to adjust the separation distance; and a pressurizing short-circuit inspection assembly having a cell pressing unit configured to press a predetermined region of a body of the secondary battery cell and a power supply unit provided in contact with an electrode lead of the secondary battery cell to apply a test voltage, the pressurizing short-circuit inspection assembly being mounted to the compression plates to be movable along ±Y-axis direction, wherein the Y-axis direction is perpendicular to the X-axis direction, wherein the cell pressing unit includes balls provided to at least one surface thereof, and the body of the secondary battery cell is pressed by the balls .
A low power electronic sensing device for use in measuring gaseous flow, said device comprising: a dielectric layer with a first surface configured to be in communication with a flow to be measured, the dielectric layer comprising a first dielectric layer and a second dielectric layer ; a substrate in communication with a second surface of said dielectric layer , the substrate comprising silicon; a cavity in said substrate , wherein said dielectric layer is suspended over said cavity to form a diaphragm ; and a conductive layer disposed inside said diaphragm between the first dielectric layer and the second dielectric layer ; characterized in that the dielectric layer is adhered to a first side of the substrate by an attachment layer on the first side of said substrate , wherein said attachment layer comprises porous silicon. a dielectric layer with a first surface configured to be in communication with a flow to be measured, the dielectric layer comprising a first dielectric layer and a second dielectric layer ; a substrate in communication with a second surface of said dielectric layer , the substrate comprising silicon; a cavity in said substrate , wherein said dielectric layer is suspended over said cavity to form a diaphragm ; and a conductive layer disposed inside said diaphragm between the first dielectric layer and the second dielectric layer ; characterized in that the dielectric layer is adhered to a first side of the substrate by an attachment layer on the first side of said substrate , wherein said attachment layer comprises porous silicon.
An electrosurgical system , comprising: an instrument , including: a body , an end effector coupled with a distal end of the body, wherein the end effector includes an electrode operable to apply RF energy to tissue, and a conductive shield coupled with the body and including a ground return , wherein the conductive shield is configured to collect a capacitive coupling current that is induced by the application of the RF energy by the electrode; a generator configured to provide the RF energy to the electrode; a first ground pad having a first electrical lead , wherein the first electrical lead couples the first ground pad with the ground return of the conductive shield and the generator, wherein the ground return is configured to divert a first portion of the capacitive coupling current to the generator via the first electrical lead; and a second ground pad having a second electrical lead , wherein the second electrical lead couples the second ground pad with the ground return of the conductive shield and the generator, wherein the ground return is configured to divert a second portion of the capacitive coupling current to the generator via the second electrical lead, wherein the first and second portions of the capacitive coupling current are substantially equal. an instrument , including: a body , an end effector coupled with a distal end of the body, wherein the end effector includes an electrode operable to apply RF energy to tissue, and a conductive shield coupled with the body and including a ground return , wherein the conductive shield is configured to collect a capacitive coupling current that is induced by the application of the RF energy by the electrode; a body , an end effector coupled with a distal end of the body, wherein the end effector includes an electrode operable to apply RF energy to tissue, and a conductive shield coupled with the body and including a ground return , wherein the conductive shield is configured to collect a capacitive coupling current that is induced by the application of the RF energy by the electrode; a generator configured to provide the RF energy to the electrode; a first ground pad having a first electrical lead , wherein the first electrical lead couples the first ground pad with the ground return of the conductive shield and the generator, wherein the ground return is configured to divert a first portion of the capacitive coupling current to the generator via the first electrical lead; and a second ground pad having a second electrical lead , wherein the second electrical lead couples the second ground pad with the ground return of the conductive shield and the generator, wherein the ground return is configured to divert a second portion of the capacitive coupling current to the generator via the second electrical lead, wherein the first and second portions of the capacitive coupling current are substantially equal.
A cutting assembly configured to be coupled to an irrigation source and an aspiration source, the cutting assembly comprising: a housing ; an outer tube comprising a proximal end coupled to the housing ; a drive hub ; an inner tube coupled to the drive hub and rotatably and coaxially disposed within the outer tube , wherein an irrigation path is defined between the inner tube and the outer tube ; a cutting tip comprising an inner tip portion secured to the inner tube ; and an inner jacket coupled to the drive hub and coaxially disposed within the inner tube , wherein an aspiration path is defined within the inner jacket , and wherein the inner jacket is configured to provide a fluid seal between the aspiration path and the irrigation path, characterized in that the inner tip portion defines a counterbore approximately sized to a thickness of the inner jacket , and wherein the inner jacket comprises a distal end positioned within the counterbore and adjacent to the inner tip portion . a housing ; an outer tube comprising a proximal end coupled to the housing ; a drive hub ; an inner tube coupled to the drive hub and rotatably and coaxially disposed within the outer tube , wherein an irrigation path is defined between the inner tube and the outer tube ; a cutting tip comprising an inner tip portion secured to the inner tube ; and an inner jacket coupled to the drive hub and coaxially disposed within the inner tube , wherein an aspiration path is defined within the inner jacket , and wherein the inner jacket is configured to provide a fluid seal between the aspiration path and the irrigation path, characterized in that the inner tip portion defines a counterbore approximately sized to a thickness of the inner jacket , and wherein the inner jacket comprises a distal end positioned within the counterbore and adjacent to the inner tip portion .
A system comprising: a device that is communicatively connected to a network storage , wherein the network storage is configured to store an encrypted private key comprising a private key that has been encrypted using a customer secret, wherein the device comprises: one or more processors; and memory accessible to the one or more processors, the memory storing instructions which upon execution by the one or more processors causes the one or more processors to perform operations to: retrieve the encrypted private key from the network storage; obtain a customer secret; decrypt the encrypted private key using the customer secret to obtain the private key; temporarily store the private key for use in a cryptographic operation; perform the cryptographic operation using the private key; and provide a result of the cryptographic operation. wherein the network storage is configured to store an encrypted private key comprising a private key that has been encrypted using a customer secret, wherein the device comprises: one or more processors; and memory accessible to the one or more processors, the memory storing instructions which upon execution by the one or more processors causes the one or more processors to perform operations to: retrieve the encrypted private key from the network storage; obtain a customer secret; decrypt the encrypted private key using the customer secret to obtain the private key; temporarily store the private key for use in a cryptographic operation; perform the cryptographic operation using the private key; and provide a result of the cryptographic operation. one or more processors; and memory accessible to the one or more processors, the memory storing instructions which upon execution by the one or more processors causes the one or more processors to perform operations to: retrieve the encrypted private key from the network storage; obtain a customer secret; decrypt the encrypted private key using the customer secret to obtain the private key; temporarily store the private key for use in a cryptographic operation; perform the cryptographic operation using the private key; and provide a result of the cryptographic operation. retrieve the encrypted private key from the network storage; obtain a customer secret; decrypt the encrypted private key using the customer secret to obtain the private key; temporarily store the private key for use in a cryptographic operation; perform the cryptographic operation using the private key; and provide a result of the cryptographic operation.
A respiration monitoring system comprising: two deformation strain transducers on a flexible substrate arranged to adhere to a patient's torso, wherein: the deformation strain transducers are elongate, embedded in the substrate and arranged on the substrate at a mutual acute angle in the range of 20° to 80°, wherein the transducers have a size and a mutual location on the substrate so that in use the first transducer can overlie at least part of the 10 th rib and the second transducer can overlie at least part of the 11 th rib or the abdomen, an accelerometer to detect gross movement of a subject's body, and a processor adapted to receive signals from said transducers and said accelerometer, and to process them to eliminate, reduce, or compensate for noise arising from patient motion artefacts, to provide an output representative of respiration, in which: the processor is adapted to: process data from the first transducer as being primarily representative of rib distending respiration and from the second transducer as being primarily representative of either diaphragm respiration or patient motion artefacts, and process the accelerometer signals to determine orientation of a subject and to compensate the strain transducer outputs according to information from the accelerometer. the deformation strain transducers are elongate, embedded in the substrate and arranged on the substrate at a mutual acute angle in the range of 20° to 80°, wherein the transducers have a size and a mutual location on the substrate so that in use the first transducer can overlie at least part of the 10 th rib and the second transducer can overlie at least part of the 11 th rib or the abdomen, an accelerometer to detect gross movement of a subject's body, and a processor adapted to receive signals from said transducers and said accelerometer, and to process them to eliminate, reduce, or compensate for noise arising from patient motion artefacts, to provide an output representative of respiration, in which: the processor is adapted to: process data from the first transducer as being primarily representative of rib distending respiration and from the second transducer as being primarily representative of either diaphragm respiration or patient motion artefacts, and process the accelerometer signals to determine orientation of a subject and to compensate the strain transducer outputs according to information from the accelerometer. process data from the first transducer as being primarily representative of rib distending respiration and from the second transducer as being primarily representative of either diaphragm respiration or patient motion artefacts, and process the accelerometer signals to determine orientation of a subject and to compensate the strain transducer outputs according to information from the accelerometer.
Date display device including: - a dial including date indications in the form of a character scale , of which at least a part is in the form of apertures , - a mobile index with respect to the dial , - a date mechanism configured to move the index by one step per day, such that each position occupied by said index denotes one of the characters , the display device being characterised in that it comprises: - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial , a portion of interest , said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture . - a dial including date indications in the form of a character scale , of which at least a part is in the form of apertures , - a mobile index with respect to the dial , - a date mechanism configured to move the index by one step per day, such that each position occupied by said index denotes one of the characters , the display device being characterised in that it comprises: - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial , a portion of interest , said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture . - a mobile element arranged between the dial and the date mechanism having on all or part of a surface disposed facing said dial , a portion of interest , said mobile element being kinematically linked with the date mechanism such that the latter is capable of driving it in an active position wherein the portion of interest is visible through at least one predetermined aperture and in a rest position wherein the portion of interest is set back from said at least one predetermined aperture and wherein a marking zone is visible through said predetermined aperture .