mhurhangee/patent-ind-claim-en huggingface dataset:
A video conference system comprising: a proximity detector configured to detect the presence of a plurality of mobile devices within a predetermined proximity of the proximity detector; a wireless controller configured to establish a wireless link with each mobile device in response to the proximity detector detecting the presence of the mobile device; wherein the proximity detector comprises a nearfield communication, NFC, device configured to provide pairing credentials to the mobile device for establishing the wireless link in response to the mobile device being proximate to the NFC device; a control unit configured to: automatically add a plurality of users associated with the plurality of mobile devices detected within the predetermined proximity of the proximity detector as participants to a scheduled video conference; and responsive to receiving a command from any one of the plurality of mobile devices detected within the predetermined proximity of the proximity detector via the wireless link: control a video conference setting based on the received command. a proximity detector configured to detect the presence of a plurality of mobile devices within a predetermined proximity of the proximity detector; a wireless controller configured to establish a wireless link with each mobile device in response to the proximity detector detecting the presence of the mobile device; wherein the proximity detector comprises a nearfield communication, NFC, device configured to provide pairing credentials to the mobile device for establishing the wireless link in response to the mobile device being proximate to the NFC device; a control unit configured to: automatically add a plurality of users associated with the plurality of mobile devices detected within the predetermined proximity of the proximity detector as participants to a scheduled video conference; and responsive to receiving a command from any one of the plurality of mobile devices detected within the predetermined proximity of the proximity detector via the wireless link: control a video conference setting based on the received command. automatically add a plurality of users associated with the plurality of mobile devices detected within the predetermined proximity of the proximity detector as participants to a scheduled video conference; and responsive to receiving a command from any one of the plurality of mobile devices detected within the predetermined proximity of the proximity detector via the wireless link: control a video conference setting based on the received command.
A level control system comprising: a level controller configured to use an integration parameter during non-transient operation to provide a control signal into a flow control loop controlling a level control valve for a liquid level in a boiler drum ; a transient controller configured to identify a transient condition , interrupt the integration parameter, and generate a gain vector to modify the control signal into the flow control loop during transient operation of the level control valve , wherein the transient controller is further configured to calculate a return condition for restoring the integration parameter and non-transient operation of the level control valve ; characterized in that the transient controller uses a predictive model of a boiler drum comprising a linear model , a non-linear model , a flow difference , and at least one boundary condition to identify the transient condition and calculate the return condition . a level controller configured to use an integration parameter during non-transient operation to provide a control signal into a flow control loop controlling a level control valve for a liquid level in a boiler drum ; a transient controller configured to identify a transient condition , interrupt the integration parameter, and generate a gain vector to modify the control signal into the flow control loop during transient operation of the level control valve , wherein the transient controller is further configured to calculate a return condition for restoring the integration parameter and non-transient operation of the level control valve ; characterized in that the transient controller uses a predictive model of a boiler drum comprising a linear model , a non-linear model , a flow difference , and at least one boundary condition to identify the transient condition and calculate the return condition .
A method of a User Equipment, in the following also referred to as UE, comprising: maintaining at least one serving beam in a serving cell during a Discontinuous Reception, in the following also referred to as DRX, active time; and performing measurement on the at least one serving beam to determine whether the at least one serving beam is valid during a DRX inactive time; wherein a beam feedback procedure is not continued during the DRX inactive time; characterized in that the measurement on the at least one serving beam to determine whether the at least one serving beam is valid is performed when uplink data is available for transmission ; and the method further comprises selecting a specific beam of the serving cell during the DRX inactive time and transmitting a request for uplink resource via the specific beam if the at least one serving beam is not valid , wherein the UE selects the specific beam based on beam reference signal measurement. maintaining at least one serving beam in a serving cell during a Discontinuous Reception, in the following also referred to as DRX, active time; and performing measurement on the at least one serving beam to determine whether the at least one serving beam is valid during a DRX inactive time; wherein a beam feedback procedure is not continued during the DRX inactive time; characterized in that the measurement on the at least one serving beam to determine whether the at least one serving beam is valid is performed when uplink data is available for transmission ; and the method further comprises selecting a specific beam of the serving cell during the DRX inactive time and transmitting a request for uplink resource via the specific beam if the at least one serving beam is not valid , wherein the UE selects the specific beam based on beam reference signal measurement.
A method for producing a 0° unidirectional yarn prepreg, in which high-strength filaments are arranged in parallel to each other in an axial direction X of a winding roller around which unidirectional yarn prepregs are wound and a resin is impregnated, the method comprising the steps of: (i) weaving a fabric using a thermoplastic film tape having a width of 5 to 60 mm as a warp and using high-strength filaments as wefts; and (ii) performing thermal compression on the woven fabric at a temperature in which the warp is melted, wherein the high-strength filament is one selected from a group consisting of aramid filaments and carbon fiber filaments, wherein the wefts included in the fabric have a form in which the high-strength filaments different from each other are alternately arranged, and wherein the thermoplastic film tape is one selected from a group consisting of a polypropylene film tape, a polyethylene film tape, a polyimide film tape, a polyester film tape, a polyether ether ketone (PEEK) film tape and a polyurethane film tape. (i) weaving a fabric using a thermoplastic film tape having a width of 5 to 60 mm as a warp and using high-strength filaments as wefts; and (ii) performing thermal compression on the woven fabric at a temperature in which the warp is melted, wherein the high-strength filament is one selected from a group consisting of aramid filaments and carbon fiber filaments, wherein the wefts included in the fabric have a form in which the high-strength filaments different from each other are alternately arranged, and wherein the thermoplastic film tape is one selected from a group consisting of a polypropylene film tape, a polyethylene film tape, a polyimide film tape, a polyester film tape, a polyether ether ketone (PEEK) film tape and a polyurethane film tape.
A bearing spring support/damping apparatus (200; 400) comprising: a first end portion ; a second end portion ; and a flexible portion between the first end portion and the second end portion , wherein the apparatus further comprises: an outer diameter groove in an outer diameter surface of the second end portion ; a radially and axially outwardly open rebate in the second end portion ; and a first annular seal carried by the groove ; characterised in that the apparatus further comprises: a second annular seal carried by the rebate . a first end portion ; a second end portion ; and a flexible portion between the first end portion and the second end portion , an outer diameter groove in an outer diameter surface of the second end portion ; a radially and axially outwardly open rebate in the second end portion ; and a first annular seal carried by the groove ;
An implant for improving coaptation of an atrioventricular valve, the atrioventricular valve having a native first leaflet, a native second leaflet and an annulus, the implant comprising a support structure configured to be arranged on and fixed to the annulus or to at least one of the first and second native first leaflets, the implant further comprising retention means fixed to the support structure so as to prevent prolapse of the at least one native leaflet, wherein the support structure comprises an upper support element to be arranged on a superior surface of the annulus or of the at least one native leaflet and a lower support element to be arranged on an inferior surface of the annulus or of the at least one native leaflet, the upper and the lower support elements each comprising connection means cooperating which each other for interconnecting the upper and the lower support element while clamping a section of the annulus or of the at least one native leaflet between the upper support element and the lower support element , wherein at least one connection means comprises a penetrating section configured to penetrate the annulus or the at least one native leaflet for being connected with the other connection means , characterized in that at least one fixation element is provided for fixing the retention means to the native leaflet at a distance from the support structure , wherein the retention means comprise an artificial leaflet connected to the upper support element and/or a plurality of flexible wires or yarns and wherein the fixation element extends in the circumferential direction of the leaflet or the annulus and comprises a plurality of positioning points for positioning wires or yarns or the artificial leaflet relative to the fixation element, said plurality of positioning points being spaced from each other in said circumferential direction, wherein the retention means , on one end thereof, are connected to the lower support structure and, on the other end thereof, are connected to the upper support structure .
A method for motion-induced blurring comprising: receiving a first resolution of a first region of a display of a computing device , the first resolution corresponding to a first pixel-density ; receiving a second resolution of a second region of the display of the computing device, the second resolution corresponding to a second pixel-density , the second pixel-density lower than the first pixel-density; determining a speed at which moving content is intended to be moved in the display; blurring a moving content within the second region based on the speed, the blurring configured to transform the moving content into a blurred moving content, the blurred moving content reducing scintillation of the moving content within the second region and an appearance of a boundary (112-1) separating the first region and the second region of the display of the computing device relative to an appearance of the boundary with the moving content; displaying the blurred moving content within the second region; and displaying the moving content within the first region. receiving a first resolution of a first region of a display of a computing device , the first resolution corresponding to a first pixel-density ; receiving a second resolution of a second region of the display of the computing device, the second resolution corresponding to a second pixel-density , the second pixel-density lower than the first pixel-density; determining a speed at which moving content is intended to be moved in the display; blurring a moving content within the second region based on the speed, the blurring configured to transform the moving content into a blurred moving content, the blurred moving content reducing scintillation of the moving content within the second region and an appearance of a boundary (112-1) separating the first region and the second region of the display of the computing device relative to an appearance of the boundary with the moving content; displaying the blurred moving content within the second region; and displaying the moving content within the first region.
A liquid pharmaceutical suspension for oral administration comprising: a. a bismuth-containing pharmaceutical agent; b. a suspension system comprising gellan gum, wherein the gellan gum is the native high acyl form; c. water. a. a bismuth-containing pharmaceutical agent; b. a suspension system comprising gellan gum, wherein the gellan gum is the native high acyl form; c. water.
Security element for security papers , valuable documents or the like, comprising a transparent substrate made of a plastics film, wherein an optically variable coating is applied onto the substrate , characterized in that a further coating is applied on the substrate, wherein the optically variable coating and the further coating are arranged such that they adjoin one another or at least partially overlap, wherein the further coating comprises a colour layer or a multilayer system, wherein the colour layer or the multilayer system shows a metallic hue in incident light and shows a coloured hue in transmitted light, wherein • the optically variable coating consists of a multilayer system capable of interference, wherein the multilayer system capable of interference comprises at least the following layers: a reflection layer, a dielectric layer and a partially transmissive layer, wherein the dielectric layer is arranged between the reflection layer and the partially transmissive layer, or • the optically variable coating consists of a multilayer system, wherein the multilayer system comprises at least the following layers: a dielectric layer and a partially transmissive layer, wherein the dielectric layer is arranged between the further coating and the partially transmissive layer, wherein the further coating consists of a multilayer system that comprises at least two semi-transparent mirror layers and at least one dielectric layer arranged between the at least two mirror layers, wherein, upon measurement of the transmission of unpolarized light in the blue wavelength range from 420 nm to 490 nm, the further coating exhibits a resonance with full width at half maximum of 70 nm to 150 nm, characterized in that the at least two semi-transparent mirror layers are formed from aluminium or an aluminium alloy and the dielectric spacer layer having a thickness h and a refractive index v satisfies the relation 120 nm < h v < 190 nm. • the optically variable coating consists of a multilayer system capable of interference, wherein the multilayer system capable of interference comprises at least the following layers: a reflection layer, a dielectric layer and a partially transmissive layer, wherein the dielectric layer is arranged between the reflection layer and the partially transmissive layer, or • the optically variable coating consists of a multilayer system, wherein the multilayer system comprises at least the following layers: a dielectric layer and a partially transmissive layer, wherein the dielectric layer is arranged between the further coating and the partially transmissive layer,
A flow spectrometer optical assembly comprising: a light source configured to provide illuminating light ; an elongated optical cuvette comprising a cavity extending generally parallel to a first direction and being configured to receive and contain a sample while transmitting the illuminating light through the cavity, an inlet configured to receive the sample in fluid form, wherein the cavity is in fluid communication with the inlet , and the cavity is defined by a substantially transparent sidewall ; an optical assembly including a first laterally variable bandpass optical filter optically coupled to the transparent sidewall ; and a sensor comprising photodetectors disposed along the first direction and being optically coupled to the optical filter, configured to selectively detect signal light propagated through the optical filter, wherein the signal light is emitted by the sample (25 in the cavity when illuminated with illuminating light characterised in that the cavity of the cuvette has along an axis extending parallel to the first direction cylindrical portion that allows for a larger volume of sample to be held therein, and wherein the optical assembly includes an optically coupled second laterally variable bandpass optical filter having a bandpass center wavelength varying in a mutually co-ordinated fashion with the first laterally variable bandpass optical filter along the first direction . a light source configured to provide illuminating light ; an elongated optical cuvette comprising a cavity extending generally parallel to a first direction and being configured to receive and contain a sample while transmitting the illuminating light through the cavity, an inlet configured to receive the sample in fluid form, wherein the cavity is in fluid communication with the inlet , and the cavity is defined by a substantially transparent sidewall ; an optical assembly including a first laterally variable bandpass optical filter optically coupled to the transparent sidewall ; and a sensor comprising photodetectors disposed along the first direction and being optically coupled to the optical filter, configured to selectively detect signal light propagated through the optical filter, wherein the signal light is emitted by the sample (25 in the cavity when illuminated with illuminating light characterised in that the cavity of the cuvette has along an axis extending parallel to the first direction cylindrical portion that allows for a larger volume of sample to be held therein, and wherein the optical assembly includes an optically coupled second laterally variable bandpass optical filter having a bandpass center wavelength varying in a mutually co-ordinated fashion with the first laterally variable bandpass optical filter along the first direction .
Subsea AC power distribution device , comprising a watertight housing accommodating at least one transformer , the transformer having a primary winding and a plurality of secondary windings ; input terminals, electrically connected to the primary winding and arranged to be connected to a remote power supply; output terminals , electrically connected to the secondary windings and arranged to be connected to subsea power consuming devices ; and switches being arranged within the watertight housing , the watertight housing being configured with a first compartment and a second compartment separate from the first compartment , the transformer being arranged in the first compartment , characterized in that each secondary winding (111, 121, 211, 221 231, 241) is feeding one power consuming device and is provided with a corresponding switch arranged to break the connections between each secondary winding and a corresponding output terminal and the switches are arranged in the second compartment . a watertight housing accommodating at least one transformer , the transformer having a primary winding and a plurality of secondary windings ; input terminals, electrically connected to the primary winding and arranged to be connected to a remote power supply; output terminals , electrically connected to the secondary windings and arranged to be connected to subsea power consuming devices ; and switches being arranged within the watertight housing , the watertight housing being configured with a first compartment and a second compartment separate from the first compartment , the transformer being arranged in the first compartment , characterized in that each secondary winding (111, 121, 211, 221 231, 241) is feeding one power consuming device and is provided with a corresponding switch arranged to break the connections between each secondary winding and a corresponding output terminal and the switches are arranged in the second compartment .
An in-cell touch panel, comprising an array substrate having a common electrode layer , and a counter substrate disposed in opposition to the array substrate , with a black matrix pattern provided on the array substrate or the counter substrate , wherein the common electrode layer includes a plurality of first touch electrodes and a plurality of common electrodes that are insulated from each other, the first touch electrodes and the common electrodes are disposed in a crossing manner; and the counter substrate comprises a plurality of second touch electrodes , projections of the second touch electrodes onto the array substrate lie within regions where the common electrodes are located; characterized in that regions of the first touch electrodes corresponding to the black matrix pattern protrude toward the counter substrate entirely or in part, wherein the array substrate comprises first raised portions configured for supporting a protrusion of the first touch electrodes toward the counter substrate , and a projection of the first raised portions on the array substrate lies within a region corresponding to the black matrix pattern ; and/or regions of the second touch electrodes corresponding to the black matrix pattern protrude toward the array substrate entirely or in part, wherein the black matrix pattern is provided on a second base substrate of the counter substrate , and the second touch electrodes are located between the black matrix pattern and the second base substrate , or located over the black matrix pattern , wherein the counter substrate comprises second raised portions configured for supporting the protrusion of the second touch electrodes toward the array substrate , and the second raised portions are covered by the black matrix pattern .