mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a base substrate including an opening area (HA) which is configured to transmit light, an opening peripheral area (HPA) which is a non-display area surrounding the opening area (HA), and a display area (DA) surrounding the opening peripheral area (HPA); a thin film transistor (TFT) disposed on the base substrate ; a light emitting structure electrically connected to the thin film transistor (TFT); and a loop-type antenna electrode disposed on the base substrate in the opening peripheral area (HPA) to surround the opening area (HA), characterized in that the display apparatus further comprises a shielding electrode (GND) disposed in the opening peripheral area (HPA) between the base substrate and the loop-type antenna electrode , a signal line (SL) disposed between the shielding electrode (GND) and the base substrate . a base substrate including an opening area (HA) which is configured to transmit light, an opening peripheral area (HPA) which is a non-display area surrounding the opening area (HA), and a display area (DA) surrounding the opening peripheral area (HPA); a thin film transistor (TFT) disposed on the base substrate ; a light emitting structure electrically connected to the thin film transistor (TFT); and a loop-type antenna electrode disposed on the base substrate in the opening peripheral area (HPA) to surround the opening area (HA), the display apparatus further comprises a shielding electrode (GND) disposed in the opening peripheral area (HPA) between the base substrate and the loop-type antenna electrode , a signal line (SL) disposed between the shielding electrode (GND) and the base substrate .
A method for producing a retinal pigment epithelial cell, comprising a first step of subjecting pluripotent stem cells to floating culture in a serum-free medium to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and containing a substance that can enhance signal transduction pathway mediated by BMP, thereby obtaining an aggregate containing retinal progenitor cells, and a third step of subjecting the aggregate obtained in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and a substance that can enhance signal transduction pathway mediated by BMP and containing a substance that can enhance signal transduction mediated by Wnt, thereby obtaining an aggregate containing retinal pigment epithelial cell. a first step of subjecting pluripotent stem cells to floating culture in a serum-free medium to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and containing a substance that can enhance signal transduction pathway mediated by BMP, thereby obtaining an aggregate containing retinal progenitor cells, and a third step of subjecting the aggregate obtained in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and a substance that can enhance signal transduction pathway mediated by BMP and containing a substance that can enhance signal transduction mediated by Wnt, thereby obtaining an aggregate containing retinal pigment epithelial cell.
Plug connection comprising two tubular workpieces made of concrete and each comprising an inner liner made of synthetic material, one of the tubular workpieces forming a tip end and the other forming a socket end receiving the tip end , wherein the circumferential edge of the inner liners is connected to circumferential sealing flanges which engage over the end surface of the tip end or the socket face , a joint seal being provided between the sealing flanges, characterised in that the inner liners are provided on the end side with a circumferential, elastomeric angular profile which receives the circumferential edge of the inner liner in an end-side profile groove of its axis-parallel limb , and the axis-normal limb thereof forms the sealing flange , and in that the edge of the inner liner engaging into the profile groove extends in a radially outwardly offset manner with respect to the adjoining section of the inner liner by the thickness of a groove wall of the end-side profile groove facing away from the concrete body of the workpieces .
A method, comprising: receiving, at a first communication device from a second communication device, a physical layer, PHY, protocol data unit that includes a trigger frame in a PHY data portion of the PHY protocol data unit, wherein the trigger frame is configured to prompt a single-user, SU, PHY protocol data unit from the first communication device, wherein the trigger frame includes one or more indicators of PHY protocol parameters to be used by the first communication device for transmission of the SU PHY protocol data unit, wherein the one or more indicators includes an indication of a modulation and coding scheme, MCS, to be used for the SU PHY protocol data unit; generating, at the first communication device, the SU PHY protocol data unit that includes a PHY protocol payload, wherein the PHY protocol payload includes information other than information that acknowledges a previous transmission from the second communication device, and wherein the SU PHY protocol data unit is generated using the MCS; and in response to the trigger frame, transmitting the SU PHY protocol data unit from the first communication device to the second communication device, wherein the first communication device transmits the SU PHY protocol data unit prior to the first communication device transmitting any other PHY protocol data unit after receiving the trigger frame; and the SU PHY protocol data unit is generated and transmitted according to the one or more of PHY protocol parameters indicated by the trigger frame. receiving, at a first communication device from a second communication device, a physical layer, PHY, protocol data unit that includes a trigger frame in a PHY data portion of the PHY protocol data unit, wherein the trigger frame is configured to prompt a single-user, SU, PHY protocol data unit from the first communication device, wherein the trigger frame includes one or more indicators of PHY protocol parameters to be used by the first communication device for transmission of the SU PHY protocol data unit, wherein the one or more indicators includes an indication of a modulation and coding scheme, MCS, to be used for the SU PHY protocol data unit; generating, at the first communication device, the SU PHY protocol data unit that includes a PHY protocol payload, wherein the PHY protocol payload includes information other than information that acknowledges a previous transmission from the second communication device, and wherein the SU PHY protocol data unit is generated using the MCS; and in response to the trigger frame, transmitting the SU PHY protocol data unit from the first communication device to the second communication device, wherein the first communication device transmits the SU PHY protocol data unit prior to the first communication device transmitting any other PHY protocol data unit after receiving the trigger frame; and the SU PHY protocol data unit is generated and transmitted according to the one or more of PHY protocol parameters indicated by the trigger frame.
A modular cylinder lock comprising at least one stator module comprising a seat for housing a rotor , a primary channel for housing a connecting bar of the modular cylinder lock and a series of secondary channels that have homologous ends connecting with respective first access holes of the primary channel , there also being comprised coding elements inserted inside the secondary channels and a cylindrical bushing for plugging said first access holes , said bushing being inserted inside said primary channel , characterized in that said bushing has one or more gaps in the material that are suitably arranged and configured for the assembly thereof in said primary channel following the positioning of the coding elements in the secondary channels , said gaps in the material comprising a slit that extends for the entire extension of an axial generatrix of said bushing , and a notch on the edge of the end of the bushing for insertion in said primary channel , said notch being in a position that is diametrically opposed to said slit and being of a width that is smaller than the diameter of said first access holes .
A stress properties measurement method for measuring properties of stresses generated in a structure (V1, V2, V3), the stress properties measurement method comprising: acquiring, from a first imaging device , a plurality of thermal images (CPG1,...,CPG5) corresponding to temperatures of a surface of the structure, the plurality of thermal images (CPG1,...,CPG5) being different in imaging time from each other; generating a stress distribution image (CPG1,...,CPG5) corresponding to each of the plurality of thermal images (CPG1,...,CPGS); acquiring a stress value (P1A,...,P5D) of a first section that is smaller than a predetermined value and respective stress values (P1A,...,P5D) of a plurality of second sections where stresses are concentrated for the stress distribution image (CPG1,...,CPG5); and deriving correlation properties of stresses at a section of the structure based on the stress value (P1A,...,P5D) of the first section acquired and the respective stress values (P1A,... ,P5D) of the plurality of second sections acquired. acquiring, from a first imaging device , a plurality of thermal images (CPG1,...,CPG5) corresponding to temperatures of a surface of the structure, the plurality of thermal images (CPG1,...,CPG5) being different in imaging time from each other; generating a stress distribution image (CPG1,...,CPG5) corresponding to each of the plurality of thermal images (CPG1,...,CPGS); acquiring a stress value (P1A,...,P5D) of a first section that is smaller than a predetermined value and respective stress values (P1A,...,P5D) of a plurality of second sections where stresses are concentrated for the stress distribution image (CPG1,...,CPG5); and deriving correlation properties of stresses at a section of the structure based on the stress value (P1A,...,P5D) of the first section acquired and the respective stress values (P1A,... ,P5D) of the plurality of second sections acquired.
A resource allocation method for a small cell cluster, SCC in a communications system, the communications system having at least two base stations in the SCC and a base station of an upper level serving the SCC, and the base stations of the SCC including a base station taken as a cluster head, the SCC comprising at least one small cell and at least one SCC of a lower level, and a coverage range of the SCC overlapping with a coverage range of at least one base station of the upper level, wherein the resource allocation method comprises: exchanging (s101) a communication between the base station of the upper level and another base station of the upper level, so as to obtain information on resources and/or interference of the other base station of the upper level; receiving (s102), at the base station of the upper level from at least the cluster head of the SCC, information associated with resources and/or interference of the base station of the upper level; and allocating (s103) resources for the SCC by the base station of the upper level based on the obtained information on resources and/or interference of the other base station of the upper level and the information on resources and/or interference of the base station of the upper level, and the cluster head of the SCC allocates resources for the at least one SCC of the lower level in the SCC; the number of the resources allocated by the cluster head for the at least one SCC of the lower level is less than or equal to the number of the resources allocated by the base station of the upper level for the SCC; and a granularity of the resources allocated by the cluster head for the at least one SCC of the lower level is finer than a granularity of the resources allocated by the base station of the upper level for the SCC. exchanging (s101) a communication between the base station of the upper level and another base station of the upper level, so as to obtain information on resources and/or interference of the other base station of the upper level; receiving (s102), at the base station of the upper level from at least the cluster head of the SCC, information associated with resources and/or interference of the base station of the upper level; and allocating (s103) resources for the SCC by the base station of the upper level based on the obtained information on resources and/or interference of the other base station of the upper level and the information on resources and/or interference of the base station of the upper level, and the cluster head of the SCC allocates resources for the at least one SCC of the lower level in the SCC; the number of the resources allocated by the cluster head for the at least one SCC of the lower level is less than or equal to the number of the resources allocated by the base station of the upper level for the SCC; and a granularity of the resources allocated by the cluster head for the at least one SCC of the lower level is finer than a granularity of the resources allocated by the base station of the upper level for the SCC.
A method of enhancing paper strength and pulp drainage comprising administering, in a virgin pulp mill, an effective amount of an enzyme formulation to virgin pulp to treat pulp for the manufacturing of paper products: (a) after bleaching of the pulp and prior to drying or dewatering of the pulp, or (b) after passing through a wetlap machine or pulp dryer, but prior to subsequent repulping to treat pulp for the manufacturing of paper products; wherein the enzyme formulation is administered a week or longer prior to processing of the pulp at a paper making plant, and wherein the administered enzyme formulation is effective to increase pulp drainage characteristics of the pulp and improve the strength of sheets made from the pulp. (a) after bleaching of the pulp and prior to drying or dewatering of the pulp, or (b) after passing through a wetlap machine or pulp dryer, wherein the enzyme formulation is administered a week or longer prior to processing of the pulp at a paper making plant, and wherein the administered enzyme formulation is effective to increase pulp drainage characteristics of the pulp and improve the strength of sheets made from the pulp.
An integrated tapered diode laser arrangement, comprising - an injector region and - a region which is optically coupled to the injector region, amplifies and expands in a cross section, - in which at least one of the regions, comprising the injector region and the expanding region , comprises an active region having a plurality of semiconductor materials, wherein the semiconductor materials are intermixed at least in one region, so that the intermixed region has a larger electronic band gap than a non-intermixed region, characterized in that - a free propagation region with reduced amplification by comparison with the expanding region is formed as intermixed region, and - the free propagation region is arranged between the injector region and the expanding region . - an injector region and - a region which is optically coupled to the injector region, amplifies and expands in a cross section, - in which at least one of the regions, comprising the injector region and the expanding region , comprises an active region having a plurality of semiconductor materials, wherein the semiconductor materials are intermixed at least in one region, so that the intermixed region has a larger electronic band gap than a non-intermixed region, - a free propagation region with reduced amplification by comparison with the expanding region is formed as intermixed region, and - the free propagation region is arranged between the injector region and the expanding region .
A rudder bar for an aircraft, said rudder bar comprising at least pedals and a set of functionalities, said rudder bar comprising a main module provided at least with said pedals and said set of functionalities, said main module being one-piece and detachable, characterized in that the main module comprises, for integrating the set of functionalities, a central module comprising a base module and an electronic module , the electronic module superior being detachably mounted on the base module inferior, the electronic module being provided with at least one access hatch .
Car for an elevator in an elevator shaft , which is suspended substantially in the center of gravity thereof at least in a ratio of 2:1 by means of carrying means guided via pulleys , and which is guided via car guides , wherein the car comprises a car base , a car roof , car walls , and a passenger space in between that can be accessed by the passenger, characterized in that a first part of at least one pulley is located in the region between the car base and the car roof and a second part of the pulley is located in the car base .
A system for detecting a possible situation of harassment to people in an indoor area , wherein it comprises at least: - a data elaboration system ; - a detecting apparatus configured to detect at least biometric data relative to at least one person located in the indoor area , wherein said detecting apparatus comprises at least a radar sensor which is configured to detect biometric data indicative of a respiration rate of said person and then to transmit corresponding first signals containing said biometric data indicative of a respiration rate of said person to said data elaboration system ; wherein - said data elaboration system is configured to calculate, based on at least the biometric data received from the radar sensor indicative of a respiration rate of said person , a parameter indicative of a possible situation of harassment to said person , and to generate an alarm signal if the calculated parameter exceeds a predetermined threshold; - a control system which is configured, upon receiving said alarm signal, first to localize the position of said person inside the indoor area , and then to start recording video evidence of the possible situation of harassment to said person . - a data elaboration system ; - a detecting apparatus configured to detect at least biometric data relative to at least one person located in the indoor area , wherein said detecting apparatus comprises at least a radar sensor which is configured to detect biometric data indicative of a respiration rate of said person and then to transmit corresponding first signals containing said biometric data indicative of a respiration rate of said person to said data elaboration system ; wherein - said data elaboration system is configured to calculate, based on at least the biometric data received from the radar sensor indicative of a respiration rate of said person , a parameter indicative of a possible situation of harassment to said person , and to generate an alarm signal if the calculated parameter exceeds a predetermined threshold; - a control system which is configured, upon receiving said alarm signal, first to localize the position of said person inside the indoor area , and then to start recording video evidence of the possible situation of harassment to said person .
A method of navigating a carrier using a Kalman filter to estimate a navigational state of the carrier, the method being performed by a processing unit and comprising the steps of: - obtaining a delta range measured between the carrier and a satellite and another measured kinematic indication associated with the satellite from a positioning signal transmitted by the satellite and then received by the carrier, - generating an estimated delta range between the carrier and the satellite based on position data of the carrier and the satellite included in the navigation state of the carrier, - calculating a delta range innovation associated with the satellite using the estimated delta range and the measured delta range, - testing using the delta range innovation, wherein a test result is generated indicating whether or not the positioning signal has followed a multiple path, the method being characterized in that it also comprises the following step: - Using the measured kinematic information as an observation through the Kalman filter to update the navigation state of the carrier if the test result indicates that the positioning signal did not follow a multiple path. - obtaining a delta range measured between the carrier and a satellite and another measured kinematic indication associated with the satellite from a positioning signal transmitted by the satellite and then received by the carrier, - generating an estimated delta range between the carrier and the satellite based on position data of the carrier and the satellite included in the navigation state of the carrier, - calculating a delta range innovation associated with the satellite using the estimated delta range and the measured delta range, - testing using the delta range innovation, wherein a test result is generated indicating whether or not the positioning signal has followed a multiple path, the method being characterized in that it also comprises the following step: - Using the measured kinematic information as an observation through the Kalman filter to update the navigation state of the carrier if the test result indicates that the positioning signal did not follow a multiple path.