mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a transmission mode configuration for a cell of a node of a telecommunication network, the node configured to serve a plurality of user devices within the cell, wherein the method includes determining an application that is running on each user device connected to the telecommunication network cell, wherein the determination of the transmission mode configuration is based on evaluation of at least one condition associated with each of the determined one or more applications, the evaluation being against a specific transmission mode configuration; wherein the at least one condition comprises a throughput, and wherein the evaluation comprises, for each of the plurality of user devices: - comparing a required throughput for the respective user device with a first threshold throughput, the first threshold throughput being a throughput which would be achieved in the event of selecting a first transmission mode configuration and the required throughput being computed from a throughput required by the application running on the respective user device; wherein a selection of the first transmission mode configuration or a second transmission mode configuration is based on the comparisons for the plurality of user devices, such that if the required throughput is lower than the first threshold for all of the plurality of user devices, the first transmission mode is selected; and wherein the first transmission mode configuration is a SIMO configuration and the second transmission mode configuration is a MIMO configuration, or wherein the first transmission mode configuration is a MIMO configuration and the second transmission mode configuration is a SIMO configuration. - comparing a required throughput for the respective user device with a first threshold throughput, the first threshold throughput being a throughput which would be achieved in the event of selecting a first transmission mode configuration and the required throughput being computed from a throughput required by the application running on the respective user device;
A computer-executed method for providing an image-capturing recommendation, the method comprising: receiving, from a mobile computing device , two or more images, wherein the two or more images are captured by two or more cameras associated with the mobile computing device, wherein the two or more cameras comprise a front-facing camera and a rear-facing camera ; analyzing the received images to obtain image-capturing conditions for capturing images of a target within a physical space, wherein the two or more images comprise at least one image of the physical space and at least one image of the target; determining , based on the obtained image-capturing conditions and a predetermined image-quality requirement, one or more image-capturing settings; and recommending the determined one or more image-capturing settings to a user, wherein the two or more cameras separately capture the at least one image of the physical space and the at least one image of the target. receiving, from a mobile computing device , two or more images, wherein the two or more images are captured by two or more cameras associated with the mobile computing device, wherein the two or more cameras comprise a front-facing camera and a rear-facing camera ; analyzing the received images to obtain image-capturing conditions for capturing images of a target within a physical space, wherein the two or more images comprise at least one image of the physical space and at least one image of the target; determining , based on the obtained image-capturing conditions and a predetermined image-quality requirement, one or more image-capturing settings; and recommending the determined one or more image-capturing settings to a user, wherein the two or more cameras separately capture the at least one image of the physical space and the at least one image of the target.
A coupling arrangement in the field of wind turbines comprising - a nacelle having a plurality of first bolts , - a tower having a plurality of bolt holes , the bolts being insertable in the bolt holes by moving the nacelle and the tower towards each other in a mounting direction (M), and - locking means for locking the nacelle to the tower in a direction opposite to the mounting direction (M), - wherein the locking means comprise a first element and a second element , wherein the first element is engageable in or behind the second element for locking the nacelle to the tower , - wherein the nacelle comprises a protruding element protruding further in the mounting direction than the first bolts , each of the protruding elements having one of the first or the second element of the locking means and the tower having the respective other one of the first or the second element of the locking means . - wherein the protruding elements are configured as protruding second bolts insertable in the holes by moving the nacelle and the tower towards each other in the mounting direction (M). - a nacelle having a plurality of first bolts , - a tower having a plurality of bolt holes , the bolts being insertable in the bolt holes by moving the nacelle and the tower towards each other in a mounting direction (M), and - locking means for locking the nacelle to the tower in a direction opposite to the mounting direction (M), - wherein the locking means comprise a first element and a second element , wherein the first element is engageable in or behind the second element for locking the nacelle to the tower , - wherein the nacelle comprises a protruding element protruding further in the mounting direction than the first bolts , each of the protruding elements having one of the first or the second element of the locking means and the tower having the respective other one of the first or the second element of the locking means . - wherein the protruding elements are configured as protruding second bolts insertable in the holes by moving the nacelle and the tower towards each other in the mounting direction (M).
Shaft connection having a first shaft , which has a first shaft flange at one end, a second shaft , which has a second shaft flange at an end facing the first shaft flange , and a flexible coupling arranged between the shaft flanges , with which the shaft flanges are firmly connected, wherein the flexible coupling comprises a plurality of pipes extending in an axial direction (x) which are arranged around a coupling centre axis running in an axial direction (x) at a distance from one another, at least one thread package by means of which the pipes are coupled to one another and at least one elastomer body surrounding the pipe on the circumference in which the at least one thread package is embedded, wherein at least one or each of the pipes has two pipe sections following one after the other in the axial direction (x), one of which forms a main section and another an end section formed integrally with this, which has a larger inner diameter than the main section , the end face of which facing the end section forms an annular contact surface aligned transverse to the axial direction (x), wherein, by means of the contact surface of the at least one or each pipe together with an inner circumferential surface of the end section of the at least one or the respective pipe, a or in each case a recess space lying within the elastomer body is defined, characterised in that at least one of the shaft flanges has at least one axial flange projection which engages in the at least one recess space or in at least one of the recess spaces .
A portable electronic device , comprising: a base ; a first display pivotally connected to the base , wherein the first display is movable to be opened or closed relative to the base ; a second display located between the base and the first display ; and a linkage mechanism comprising at least one first link , wherein two ends of the first link are pivotally connected to the first display and the second display , respectively, wherein when the first display is opened relative to the base , the at least one first link rotates to drive the second display to move up relative to the base , and when the first display is closed relative to the base , the at least one first link rotates in an opposite direction to drive the second display to move down to be accommodated between the first display and the base ; characterized in that the linkage mechanism further comprises at least one second link , wherein two ends of the second link are pivotally connected to the second display and the base , respectively, and when the first display is closed relative to the base , the at least one first link and the at least one second link rotate in an opposite direction to drive the second display to move down to be accommodated between the first display and the base . a base ; a first display pivotally connected to the base , wherein the first display is movable to be opened or closed relative to the base ; a second display located between the base and the first display ; and a linkage mechanism comprising at least one first link , wherein two ends of the first link are pivotally connected to the first display and the second display , respectively, wherein when the first display is opened relative to the base , the at least one first link rotates to drive the second display to move up relative to the base , and when the first display is closed relative to the base , the at least one first link rotates in an opposite direction to drive the second display to move down to be accommodated between the first display and the base ; characterized in that the linkage mechanism further comprises at least one second link , wherein two ends of the second link are pivotally connected to the second display and the base , respectively, and when the first display is closed relative to the base , the at least one first link and the at least one second link rotate in an opposite direction to drive the second display to move down to be accommodated between the first display and the base .
A system comprising a sensor for measuring a skin parameter, the sensor comprising (i) at least three, spatially separated light sources configured to provide unpolarized, visible light source light , and (ii) a detector configured at a first distance (d1) selected from the range of 10-80 mm from each of the light sources , and configured to detect polarized light; and (iii) a polarizer configured upstream of the detector , and wherein the polarizer comprises one or more of (i) a segmented polarizer and (ii) a spatially varying polarizer , wherein the system comprises a housing containing the sensor , wherein the housing comprises a first aperture providing a field of view to the detector , wherein the sensor is configured to, when in use, provide the light source light directed towards the skin, with optical axes (OL) under an angle of incidence (α) selected from the range of 10-80° with the skin at a second distance (d2) defined as the distance between the first aperture and the detector or as the distance between the first aperture and optional last optics before the detector when seen from the detector , and to detect, when in use, reflected light source light , characterised in that the device comprises a sensing mode, wherein the light sources are configured to sequentially provide the light source light , wherein the detector is configured to sequentially detect reflected light source light sequentially generated by the light sources , and configured to generate corresponding detector signals. (i) at least three, spatially separated light sources configured to provide unpolarized, visible light source light , and (ii) a detector configured at a first distance (d1) selected from the range of 10-80 mm from each of the light sources , and configured to detect polarized light; and (iii) a polarizer configured upstream of the detector , and wherein the polarizer comprises one or more of (i) a segmented polarizer and (ii) a spatially varying polarizer , (i) a segmented polarizer and (ii) a spatially varying polarizer ,
An imaging catheter comprising: an elongate outer sheath made of a material that is transmissive of near infrared light, the outer sheath including a terminal section at a distal end of the outer sheath and a main section extending from a proximal end of the outer sheath to the terminal section; a guidewire section extending distally from the distal end of the outer sheath and including a lumen configured to receive a guidewire; a torque cable rotatably disposed in the outer sheath ; an imaging tip located at a distal end of the torque cable , the imaging tip including optical components configured to transmit and receive near infrared light via the outer sheath ; and a sheath reinforcement disposed along only the terminal section of the outer sheath and configured to resist transverse bending of the terminal section of the outer sheath , characterized in that the terminal section of the outer sheath is reinforced, and wherein the torque cable is configured to position the imaging tip in the reinforced terminal section of the outer sheath . an elongate outer sheath made of a material that is transmissive of near infrared light, the outer sheath including a terminal section at a distal end of the outer sheath and a main section extending from a proximal end of the outer sheath to the terminal section; a guidewire section extending distally from the distal end of the outer sheath and including a lumen configured to receive a guidewire; a torque cable rotatably disposed in the outer sheath ; an imaging tip located at a distal end of the torque cable , the imaging tip including optical components configured to transmit and receive near infrared light via the outer sheath ; and a sheath reinforcement disposed along only the terminal section of the outer sheath and configured to resist transverse bending of the terminal section of the outer sheath , characterized in that the terminal section of the outer sheath is reinforced, and wherein the torque cable is configured to position the imaging tip in the reinforced terminal section of the outer sheath .
A method of demulsification of water-in-oil emulsions comprising a step of treating the water-in-oil emulsion with a demulsification additive composition, wherein the demulsification additive composition comprises: (a) at least one demulsifier (the component (a)) comprising oxyalkylated alkyl phenol formaldehyde polymer, or a co-polymer, or an oxyalkylated condensation product of at least one alkyl phenol and formaldehyde; and (b) a compound comprising glyoxal, neutralized glyoxal, ethylene glycol derivative of glyoxal, or a mixture thereof (the component (b)); and (c) a phosphoric acid (the component (c)). (a) at least one demulsifier (the component (a)) comprising oxyalkylated alkyl phenol formaldehyde polymer, or a co-polymer, or an oxyalkylated condensation product of at least one alkyl phenol and formaldehyde; and (b) a compound comprising glyoxal, neutralized glyoxal, ethylene glycol derivative of glyoxal, or a mixture thereof (the component (b)); and (c) a phosphoric acid (the component (c)).
A process for the preparation of a compound of formula I: or a salt thereof, wherein: X is chloro; R 1 is CH 3 ; R 2 is CF 3 ; R 3 is -C(CH 3 ) 2 C(O)NH 2 ; the process comprising: contacting a compound of formula II: or a salt thereof, with a compound of formula III: or a salt thereof, wherein L is chloro; under conditions sufficient to form a compound of formula I or a salt thereof; and optionally purifying the compound of formula I or salt thereof. X is chloro; R 1 is CH 3 ; R 2 is CF 3 ; R 3 is -C(CH 3 ) 2 C(O)NH 2 ; the process comprising: contacting a compound of formula II: or a salt thereof, with a compound of formula III: or a salt thereof, wherein L is chloro; under conditions sufficient to form a compound of formula I or a salt thereof; and optionally purifying the compound of formula I or salt thereof. contacting a compound of formula II: or a salt thereof, with a compound of formula III: or a salt thereof, wherein L is chloro; under conditions sufficient to form a compound of formula I or a salt thereof; and optionally purifying the compound of formula I or salt thereof.
A host device peripheral , comprising: a wireless power charging apparatus, including: transmit circuitry; at least one antenna coupled to the transmit circuitry and configured to wirelessly transmit power within an associated near-field region, wherein the host device peripheral is configured to couple to a host device ; characterized by ; a receiver configured to receive wireless power; and means for charging an energy storage device using the wirelessly received power; wherein the host device peripheral is further configured to: detect an electronic device while the host device peripheral is in a power saving mode and the transmit circuitry is in a normal operating state; and transition from its power saving mode to a charging mode upon detection of the electronic device . a wireless power charging apparatus, including: transmit circuitry; at least one antenna coupled to the transmit circuitry and configured to wirelessly transmit power within an associated near-field region, wherein the host device peripheral is configured to couple to a host device ; characterized by ; a receiver configured to receive wireless power; and means for charging an energy storage device using the wirelessly received power; transmit circuitry; at least one antenna coupled to the transmit circuitry and configured to wirelessly transmit power within an associated near-field region, wherein the host device peripheral is configured to couple to a host device ; characterized by ; a receiver configured to receive wireless power; and means for charging an energy storage device using the wirelessly received power; wherein the host device peripheral is further configured to: detect an electronic device while the host device peripheral is in a power saving mode and the transmit circuitry is in a normal operating state; and transition from its power saving mode to a charging mode upon detection of the electronic device . detect an electronic device while the host device peripheral is in a power saving mode and the transmit circuitry is in a normal operating state; and transition from its power saving mode to a charging mode upon detection of the electronic device .
Elastomer composite (35; 36), characterized in that it comprises at least one reinforcing element (44; 45) embedded in an elastomer composition, the reinforcing element (44; 45) comprising an assembly (47; 49) made up: • of a multifilament strand made of aromatic polyamide or aromatic copolyamide , and • of a multifilament strand made of polyester , the two strands being wound in a helix around one another and the reinforcing element (44; 45) being twist-balanced, the twist factor K of the reinforcing element (44; 45) ranging from 5.2 to 6.5 with K being defined by the formula K = (R x Ti 1/2 ) / 957 in which R is the twist of the reinforcing element (44; 45) expressed in twists per metre and Ti is the sum of the counts of the multifilament strands of the reinforcing element (44; 45) in tex, and the density of reinforcing elements (44; 45) in the composite (35; 36) ranging from 80 to 145 reinforcing elements per decimetre of composite; with the residual twist is strictly below 2.5% of the twist R. • of a multifilament strand made of aromatic polyamide or aromatic copolyamide , and • of a multifilament strand made of polyester ,
A brake warning device mounted on a bicycle or a motorcycle handle, including a brake warning device mounted between the handle and a brake lever of the bicycle and a brake light , wherein: the brake warning device includes a moving portion, a fixing portion, and a brake switch , the moving portion of the brake warning device includes a first shaft fixing block , a second shaft fixing block , a first shaft , a shaft spring , a second shaft , and a protective outer spring , the first shaft fixing block and the second shaft fixing block are connected to form one and connected to the brake lever , the fixing portion of the brake warning device includes a first fixing block and a second fixing block , the first fixing block and the second fixing block are assembled to form a loop structure, which can be mounted on the handle , the brake switch is located on the first fixing block , the second shaft passes through the first fixing block and is in contact with the brake switch . the brake warning device includes a moving portion, a fixing portion, and a brake switch , the moving portion of the brake warning device includes a first shaft fixing block , a second shaft fixing block , a first shaft , a shaft spring , a second shaft , and a protective outer spring , the first shaft fixing block and the second shaft fixing block are connected to form one and connected to the brake lever , the fixing portion of the brake warning device includes a first fixing block and a second fixing block , the first fixing block and the second fixing block are assembled to form a loop structure, which can be mounted on the handle , the brake switch is located on the first fixing block , the second shaft passes through the first fixing block and is in contact with the brake switch .
A method of biometric authentication of a user, comprising: capturing a biometric sample from a user; gathering metadata relating to the user to identify information sources relevant to the user, the metadata relating to the user comprising one or more of: user contacts, user employer, user home location or work location; using the information sources relevant to the user and the captured biometric sample to obtain a plurality of biometric samples potentially captured from the user and metadata associated with the plurality of potentially captured biometric samples, wherein the metadata associated with the plurality of potentially captured biometric samples comprises one or more of: a list of names, an employer name, a number of recent locations or a home location; and matching the metadata relating to the user associated with the captured biometric sample against the metadata associated with the plurality of potentially captured biometric samples to determine whether the captured biometric sample represents the user. capturing a biometric sample from a user; gathering metadata relating to the user to identify information sources relevant to the user, the metadata relating to the user comprising one or more of: user contacts, user employer, user home location or work location; using the information sources relevant to the user and the captured biometric sample to obtain a plurality of biometric samples potentially captured from the user and metadata associated with the plurality of potentially captured biometric samples, wherein the metadata associated with the plurality of potentially captured biometric samples comprises one or more of: a list of names, an employer name, a number of recent locations or a home location; and matching the metadata relating to the user associated with the captured biometric sample against the metadata associated with the plurality of potentially captured biometric samples to determine whether the captured biometric sample represents the user.