mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for determining gestures, the method comprising: causing light to be emitted from a wearable user device ; sensing a portion of the light that is reflected by a wearer's skin by an optical sensor ; and determining a gesture made by the wearer based on changes in the sensed portion of the light, wherein causing the light to be emitted from the wearable user device comprises causing the light to be emitted from a first LED at a first wavelength and a second LED at a second wavelength that is different from the first wavelength; wherein determining the gesture based on changes in the sensed portion of the light comprises identifying a positive peak, a negative peak, and a zero crossing in a derivative of a signal generated by the optical sensor ; and wherein the positive or negative peaks in the derivative signal outside predetermined thresholds are ignored for recognizing deliberate gestures. causing light to be emitted from a wearable user device ; sensing a portion of the light that is reflected by a wearer's skin by an optical sensor ; and determining a gesture made by the wearer based on changes in the sensed portion of the light, wherein causing the light to be emitted from the wearable user device comprises causing the light to be emitted from a first LED at a first wavelength and a second LED at a second wavelength that is different from the first wavelength; wherein determining the gesture based on changes in the sensed portion of the light comprises identifying a positive peak, a negative peak, and a zero crossing in a derivative of a signal generated by the optical sensor ; and wherein the positive or negative peaks in the derivative signal outside predetermined thresholds are ignored for recognizing deliberate gestures.
A processor comprising: an instruction decoder to decode a first processor identification instruction; characterized in that the processor further comprises: processor identification instruction spoofing logic to, in response to the first processor identification instruction, report processor identification information from a processor identification spoofing data structure, the processor identification spoofing data structure to include processor identification information of one or more other processors . an instruction decoder to decode a first processor identification instruction; characterized in that the processor further comprises: processor identification instruction spoofing logic to, in response to the first processor identification instruction, report processor identification information from a processor identification spoofing data structure, the processor identification spoofing data structure to include processor identification information of one or more other processors .
A method for processing data packets, applied to a receiving device, comprising: receiving a plurality of data packets of an identical service which are transmitted in a plurality of frequency bands, wherein each of the plurality of data packets carries arrangement indication information; and sorting the plurality of data packets based on the arrangement indication information carried in each of the plurality of data packets; characterized in that , the arrangement indication information comprises data packet continuity indication information and frequency band indication information, wherein the data packet continuity indication information indicates whether a data packet carrying the data packet continuity indication information and a previous data packet of the data packet carrying the data packet continuity indication information are transmitted continuously in a same frequency band, and the frequency band indication information indicates an identifier of a frequency band in which a previous data packet of a data packet carrying the frequency band indication information is located. receiving a plurality of data packets of an identical service which are transmitted in a plurality of frequency bands, wherein each of the plurality of data packets carries arrangement indication information; and sorting the plurality of data packets based on the arrangement indication information carried in each of the plurality of data packets; characterized in that , the arrangement indication information comprises data packet continuity indication information and frequency band indication information, wherein the data packet continuity indication information indicates whether a data packet carrying the data packet continuity indication information and a previous data packet of the data packet carrying the data packet continuity indication information are transmitted continuously in a same frequency band, and the frequency band indication information indicates an identifier of a frequency band in which a previous data packet of a data packet carrying the frequency band indication information is located.
A textured fabric for a bioprosthesiscomprising two discrete layers, wherein the two discrete layers comprise: a base layer; and a loop layer having a plurality of loops, wherein the plurality of loops project from the base layer, and wherein each of the plurality of loops has a loop height from 0.508 mm (0.0200 inches) to 2.794 mm (0.1100 inches). a base layer; and a loop layer having a plurality of loops, wherein the plurality of loops project from the base layer, and wherein each of the plurality of loops has a loop height from 0.508 mm (0.0200 inches) to 2.794 mm (0.1100 inches).
A method for diagnosing predisposition to amyotrophic lateral sclerosis in a subject, which method comprises detecting in sample from the subject the presence or absence of at least 10 epigenetic chromosome interactions represented by the primer sequences disclosed in Table 6a, to thereby identify predisposition to amyotrophic lateral sclerosis.
A surface cleaning machine comprising: a base including a suction nozzle ; a handle pivotally coupled to the base and moveable between a substantially upright position and an inclined position; a suction source ; and a removable recovery tank , the recovery tank defining a collection chamber in fluid communication with the suction source when the recovery tank is coupled to the surface cleaning machine , the recovery tank including a passage having an inlet in communication with the suction nozzle when the recovery tank is coupled to the surface cleaning machine , characterized in that the recovery tank also includes a valve member moveable between a closed position that interrupts fluid communication between the passage and the collection chamber and an open position affording fluid communication between the passage and the collection chamber , wherein movement of the handle to the substantially upright position moves the valve member to the closed position, and wherein movement of the handle to the inclined position allows movement of the valve member to the open position. a base including a suction nozzle ; a handle pivotally coupled to the base and moveable between a substantially upright position and an inclined position; a suction source ; and a removable recovery tank , the recovery tank defining a collection chamber in fluid communication with the suction source when the recovery tank is coupled to the surface cleaning machine , the recovery tank including a passage having an inlet in communication with the suction nozzle when the recovery tank is coupled to the surface cleaning machine , characterized in that the recovery tank also includes a valve member moveable between a closed position that interrupts fluid communication between the passage and the collection chamber and an open position affording fluid communication between the passage and the collection chamber , wherein movement of the handle to the substantially upright position moves the valve member to the closed position, and wherein movement of the handle to the inclined position allows movement of the valve member to the open position.
A composition for coating friction surfaces comprising a mixture of oxides comprising SiO 2 46 - 54 wt-% and MgO 22 - 26 wt-% and Al 2 O 3 12 - 15 wt-% and Fe 2 O 3 1.0 - 1.5 wt-% and CaO 0.0 - 0.3 wt-% and TiO 2 0.0 - 0.21 wt-% and H 2 O ≤5 % wherein the percentages are based on the total weight of oxides; and Al(OH) 3 3 - 8 wt-%, wherein the percentage of Al(OH) 3 is based on the total weight of the composition.
An electronic device comprising: a display panel (DP) including a first area (A1) having a transmissive area (TP) and an element area (EP), and a second area (A2) disposed adjacent to the first area; and an electronic module disposed below the first area of the display panel, wherein the display panel comprises: a substrate ; a light blocking layer (BML) which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits (PC) disposed on the light blocking layer (BML); and a plurality of light emitting elements (LD) electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits (PC) comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area (TP), wherein the light blocking layer (BML) comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance (d1) from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers. a display panel (DP) including a first area (A1) having a transmissive area (TP) and an element area (EP), and a second area (A2) disposed adjacent to the first area; and an electronic module disposed below the first area of the display panel, wherein the display panel comprises: a substrate ; a light blocking layer (BML) which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits (PC) disposed on the light blocking layer (BML); and a plurality of light emitting elements (LD) electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits (PC) comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area (TP), wherein the light blocking layer (BML) comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance (d1) from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers. a substrate ; a light blocking layer (BML) which is disposed on the substrate and has a first opening (BM-OP) defining the transmissive area; a plurality of pixel circuits (PC) disposed on the light blocking layer (BML); and a plurality of light emitting elements (LD) electrically connected to the plurality of pixel circuits, respectively, wherein the plurality of pixel circuits (PC) comprises outermost conductive patterns (GT-D) disposed adjacent to the transmissive area (TP), wherein the light blocking layer (BML) comprises target portions (BML-E) each having a straight-line shaped edge in a plan view, and characterized in that a minimum distance (d1) from an edge of each of the target portions (BML-E) to an edge of a corresponding one of the outermost conductive patterns (GT-D) is 5 micrometers to 20 micrometers.
A vehicle comprising: a floor panel ; a power reception device configured to receive power in a non-contact manner from a power transmission device disposed external to the vehicle; and a battery connected to said power reception device , said battery being disposed above said floor panel , said power reception device being disposed below said floor panel , and said power reception device and said battery being disposed to overlap each other at least partially in planar view, and further comprising a charger , wherein said charger is disposed between said power reception device and said battery , and further comprising a charge unit connectable to a power supplying connector disposed external to the vehicle, wherein said charger is configured to convert power supplied from said charge unit to charging power for said battery , and power received from said power reception device to the charging power for said battery , characterized in that a crushable zone is defined at a rear portion of the vehicle; the power reception device protrudes into the crushable zone; the battery and the charger are positioned in front of the crushable zone; wherein a rear end of the power reception device is disposed to protrude to a rear side of the vehicle further than a rear-end portion of the battery, and wherein a rear end of the charger is positioned at a front side of the vehicle ahead of the rear-end portion of the battery . a floor panel ; a power reception device configured to receive power in a non-contact manner from a power transmission device disposed external to the vehicle; and a battery connected to said power reception device , said battery being disposed above said floor panel , said power reception device being disposed below said floor panel , and said power reception device and said battery being disposed to overlap each other at least partially in planar view, and further comprising a charger , wherein said charger is disposed between said power reception device and said battery , and further comprising a charge unit connectable to a power supplying connector disposed external to the vehicle, wherein said charger is configured to convert power supplied from said charge unit to charging power for said battery , and power received from said power reception device to the charging power for said battery , characterized in that a crushable zone is defined at a rear portion of the vehicle; the power reception device protrudes into the crushable zone; the battery and the charger are positioned in front of the crushable zone; wherein a rear end of the power reception device is disposed to protrude to a rear side of the vehicle further than a rear-end portion of the battery, and wherein a rear end of the charger is positioned at a front side of the vehicle ahead of the rear-end portion of the battery .
Shading installation having - two lateral guide strips which, in the mounted state, extend in a longitudinal direction , - an upper control profile and a lower control profile which, in the mounted state, extend in a transverse direction , which are each displaceable along the guide strips and between which, in the mounted state, a hanging is arranged, - tensioning strings which are able to be fastened to the guide strips with the aid of fastening elements , wherein - the control profiles , in the mounted state, are arranged in front of the guide strips , and wherein - the control profiles have a rear side which is directed towards the guide strips , characterized in that - the guide strips form, at least in the mounted state, a channel which is open in the transverse direction , which extends in the longitudinal direction and in which respective tensioning strings are arranged in a concealed manner, and in that , - on the rear side , there is arranged in each case one guide element for the respective tensioning strings , via which guide element the tensioning strings are led out of the channel in the transverse direction and, via the rear side , into an interior space of the respective control profile . - two lateral guide strips which, in the mounted state, extend in a longitudinal direction , - an upper control profile and a lower control profile which, in the mounted state, extend in a transverse direction , which are each displaceable along the guide strips and between which, in the mounted state, a hanging is arranged, - tensioning strings which are able to be fastened to the guide strips with the aid of fastening elements , wherein - the control profiles , in the mounted state, are arranged in front of the guide strips , and wherein - the control profiles have a rear side which is directed towards the guide strips , characterized in that - the guide strips form, at least in the mounted state, a channel which is open in the transverse direction , which extends in the longitudinal direction and in which respective tensioning strings are arranged in a concealed manner, and in that , - on the rear side , there is arranged in each case one guide element for the respective tensioning strings , via which guide element the tensioning strings are led out of the channel in the transverse direction and, via the rear side , into an interior space of the respective control profile .
A surface cooler comprising: a plate-like layer comprising a thermally conductive material; and a plurality of spaced-apart fins extending substantially perpendicular from an uppermost layer of the plate-like layer , the plurality of fins comprising a thermally conductive material and defining a plurality of air flow paths, wherein the plurality of spaced-apart fins is configured in a plurality of rows , each row configured protruding in a substantially perpendicular direction to the plate-like layer and oriented substantially parallel to a bypass air flow , characterised in that the plurality of rows of spaced-apart fins are configured with an increasing height of each row of spaced-apart fins in the direction of the bypass air flow such that the spaced-apart fins remain in the main bypass air flow as a boundary layer grows as the air flows past the surface cooler , so that the plurality of spaced-apart fins is configured to augment heat transfer of the surface cooler by increasing the turbulence levels of a fluid flowing through the airflow paths by promoting increased mixing with a resulting increase in the heat transfer coefficient of the surface cooler. a plate-like layer comprising a thermally conductive material; and a plurality of spaced-apart fins extending substantially perpendicular from an uppermost layer of the plate-like layer , the plurality of fins comprising a thermally conductive material and defining a plurality of air flow paths, wherein the plurality of spaced-apart fins is configured in a plurality of rows , each row configured protruding in a substantially perpendicular direction to the plate-like layer and oriented substantially parallel to a bypass air flow , characterised in that the plurality of rows of spaced-apart fins are configured with an increasing height of each row of spaced-apart fins in the direction of the bypass air flow such that the spaced-apart fins remain in the main bypass air flow as a boundary layer grows as the air flows past the surface cooler , so that the plurality of spaced-apart fins is configured to augment heat transfer of the surface cooler by increasing the turbulence levels of a fluid flowing through the airflow paths by promoting increased mixing with a resulting increase in the heat transfer coefficient of the surface cooler.
An aerosol generation device , comprising: a storage unit that stores an aerosol source or an aerosol base material that retains the aerosol source; a load that generates heat upon receipt of power supply from a power source and atomizes the aerosol source, characterized in that physical properties of the load change when the load is heated at a temperature achievable only when depletion of the aerosol source in the storage unit or the aerosol base material occurs; a sensor that outputs a value related to the physical properties of the load ; and a control unit configured to determine whether the depletion has occurred, based on the output value of the sensor after a temperature of the load increases up to a temperature or higher, the temperature allowing the aerosol source to be atomized. a storage unit that stores an aerosol source or an aerosol base material that retains the aerosol source; a load that generates heat upon receipt of power supply from a power source and atomizes the aerosol source, a sensor that outputs a value related to the physical properties of the load ; and a control unit configured to determine whether the depletion has occurred, based on the output value of the sensor after a temperature of the load increases up to a temperature or higher, the temperature allowing the aerosol source to be atomized.
Robotic vacuum cleaner comprising at least one side brush , the side brush having a brush core and bristle clusters evenly distributed over a circumferential surface of the brush core , the side brush together with the brush core being rotatably attached to a side arm of the robotic vacuum cleaner , the robotic vacuum cleaner having a wheel acting as an impeller or drive wheel, and a drop sensor , the drop sensor being located within a detection region of the side brush and adjacent to the wheel , the robotic vacuum cleaner having a plurality of bristle clusters which have a first length, characterised by a plurality of additional bristle clusters which have a shorter length in comparison with the first length, the additional bristle clusters not interrupting the beam path to and from the drop sensor .
A method of collecting cell-free DNA from a body fluid sample, comprising the following steps: step a) of mixing an aluminum oxide support comprising a water-soluble neutral polymer adsorbed on a surface thereof, wherein the support is produced by adsorbing a water-soluble neutral polymer onto the surface of aluminum oxide, with the body fluid sample to adsorb the cell-free DNA onto the support, wherein the polymer is polyethylene glycol, polyvinyl alcohol, polyvinylpyrrolidone, poly(2-ethyl-2-oxazoline) or hydroxypropylmethylcellulose step b) separating the support on which the cell-free DNA was adsorbed from the mixture mixed in the step a), and step c) collecting the cell-free DNA by adding an eluent to the support on which the cell-free DNA was adsorbed and which was separated in the step b). step a) of mixing an aluminum oxide support comprising a water-soluble neutral polymer adsorbed on a surface thereof, wherein the support is produced by adsorbing a water-soluble neutral polymer onto the surface of aluminum oxide, with the body fluid sample to adsorb the cell-free DNA onto the support, wherein the polymer is polyethylene glycol, polyvinyl alcohol, polyvinylpyrrolidone, poly(2-ethyl-2-oxazoline) or hydroxypropylmethylcellulose step b) separating the support on which the cell-free DNA was adsorbed from the mixture mixed in the step a), and step c) collecting the cell-free DNA by adding an eluent to the support on which the cell-free DNA was adsorbed and which was separated in the step b).
A seal device suitable to prevent sealing fluid on an inner-machine side (A) from leaking to an outer-machine side (B) between a housing and a rotating shaft inserted into a shaft hole provided on the housing , wherein the seal device comprises a seal lip and a seal flange , the seal lip being adapted to be attached to an inner periphery of the shaft hole of the housing , and the seal flange being adapted to be attached to an outer periphery of the rotating shaft , the seal lip being configured to come in sliding contact with the seal flange , and a thread groove , which exerts a fluid pumping action when the rotating shaft is rotating, being provided on the seal flange so as to intersect with a lip end of the seal lip , characterised in that the thread groove is formed so as to have a relatively small cross-sectional area in a sliding area in the seal flange that the seal lip comes in sliding contact with and have a relatively large cross-sectional area in an inner peripheral side area located on an inner peripheral side more than the sliding area .