mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying a screen in a device having a touch screen, the method comprising: detecting an approach of a touch means on the touch screen; determining a target item based on a position at which the approach has been detected; determining whether a type of the target item is a title on HTTP, or a character on a virtual keyboard; determining candidate items adjacent to the target item, wherein a number of the candidate items and a location of the candidate items are determined based on the type of the target item; and magnifying input items including the target item and the candidate items among a plurality of input items displayed on the touch screen, and displaying the magnified input items. detecting an approach of a touch means on the touch screen; determining a target item based on a position at which the approach has been detected; determining whether a type of the target item is a title on HTTP, or a character on a virtual keyboard; determining candidate items adjacent to the target item, wherein a number of the candidate items and a location of the candidate items are determined based on the type of the target item; and magnifying input items including the target item and the candidate items among a plurality of input items displayed on the touch screen, and displaying the magnified input items.
An alternating current power distribution system (100, 200) comprising: a first independent speed variable frequency generator (104, 204) configured to generate a first alternating current power signal having a frequency that is independent from a frequency of a prime mover; a second independent speed variable frequency generator (154, 254) configured to generate a second alternating current power signal having a frequency that is independent from a frequency of the prime mover; a first alternating current bus coupled to the output of the first independent speed variable frequency generator via a first circuit breaker; a second alternating current bus coupled to the output of the second independent speed variable frequency generator via a second circuit breaker; wherein a third circuit breaker couples the first alternating current bus to the second alternating current bus; at least one alternating current load coupled directly to the first alternating current bus, wherein the frequency of the alternating current power signal generated by the first independent speed variable frequency generator (104, 204) meets a frequency requirement of the alternating current load; and a second alternating current load coupled directly to the second alternating current bus, wherein the frequency of the alternating current power signal generated by the second independent speed variable frequency generator (154,254) meets a frequency requirement of the second alternating current load. a first independent speed variable frequency generator (104, 204) configured to generate a first alternating current power signal having a frequency that is independent from a frequency of a prime mover; a second independent speed variable frequency generator (154, 254) configured to generate a second alternating current power signal having a frequency that is independent from a frequency of the prime mover; a first alternating current bus coupled to the output of the first independent speed variable frequency generator via a first circuit breaker; a second alternating current bus coupled to the output of the second independent speed variable frequency generator via a second circuit breaker; wherein a third circuit breaker couples the first alternating current bus to the second alternating current bus; at least one alternating current load coupled directly to the first alternating current bus, wherein the frequency of the alternating current power signal generated by the first independent speed variable frequency generator (104, 204) meets a frequency requirement of the alternating current load; and a second alternating current load coupled directly to the second alternating current bus, wherein the frequency of the alternating current power signal generated by the second independent speed variable frequency generator (154,254) meets a frequency requirement of the second alternating current load.
An apparatus for detecting microbes, the apparatus comprising: a light source configured to irradiate light into a sample to detect microbes, wherein laser speckles are generated by interference of light; a camera configured to measure the laser speckles; and a measuring part configured to measure the laser speckles, which are formed due to a multiple scattering of the light which is incident into the sample, every reference time and to measure concentration of the microbes, which are contained in the sample, based on temporal correlation of the measured laser speckles through a variation of temporal correlation coefficients, characterized in that the measuring part is configured to calculate a standard deviation of light intensity based on constructive interference and destructive interference that vary with activity of microbes contained in the sample, and to measure a distribution of the microbes, which are contained in the the sample, based on the standard deviation, and wherein the concentration of the microbes is measured through an analysis for a time when a temporal correlation coefficient is equal to or lower than a specific value, and wherein the specific value is depending on types of the sample and the microbes. a light source configured to irradiate light into a sample to detect microbes, wherein laser speckles are generated by interference of light; a camera configured to measure the laser speckles; and a measuring part configured to measure the laser speckles, which are formed due to a multiple scattering of the light which is incident into the sample, every reference time and to measure concentration of the microbes, which are contained in the sample, based on temporal correlation of the measured laser speckles through a variation of temporal correlation coefficients, characterized in that the measuring part is configured to calculate a standard deviation of light intensity based on constructive interference and destructive interference that vary with activity of microbes contained in the sample, and to measure a distribution of the microbes, which are contained in the the sample, based on the standard deviation, and wherein the concentration of the microbes is measured through an analysis for a time when a temporal correlation coefficient is equal to or lower than a specific value, and wherein the specific value is depending on types of the sample and the microbes.
A Voice-over-IP, VoIP, telephony computer system comprising - a client computer with a web browser installed and which is connectable to a network with access to the public Internet, - a web server which can be reached over the public Internet from said client computer, - a gateway computer which can be reached over the public Internet from said client computer, - a VoIP private branch exchange, PBX, device which can be reached from said gateway computer, wherein the VoIP telephone computer system is adapted to run following steps of establishing and maintaining a VoIP telephone connection between the client computer on the one hand and the gateway computer and the VoIP PBX device on the other hand: - the client computer, using the web browser, downloads an applet type application, which is adapted to establish a VoIP telephone connection from said web server, - said downloaded applet type application establishes a tunnel connection to said gateway computer and installs a SIP-telephony client on said client computer, and - all VoIP telephone connection related data between the client computer and the gateway computer and vice versa are transferred using the tunnel connection. - a client computer with a web browser installed and which is connectable to a network with access to the public Internet, - a web server which can be reached over the public Internet from said client computer, - a gateway computer which can be reached over the public Internet from said client computer, - a VoIP private branch exchange, PBX, device which can be reached from said gateway computer, wherein the VoIP telephone computer system is adapted to run following steps of establishing and maintaining a VoIP telephone connection between the client computer on the one hand and the gateway computer and the VoIP PBX device on the other hand: - the client computer, using the web browser, downloads an applet type application, which is adapted to establish a VoIP telephone connection from said web server, - said downloaded applet type application establishes a tunnel connection to said gateway computer and installs a SIP-telephony client on said client computer, and - all VoIP telephone connection related data between the client computer and the gateway computer and vice versa are transferred using the tunnel connection.
A variable diffuser for a rotating machine comprising: a drive ring rotatable about a centerline; a crank rotatable about an axis of rotation different than said centerline; a link arm pivotably connected to said crank at a pivot defining a first axis different to said axis of rotation and said centerline, and pivotably connected to said drive ring at a drive ring pivot located on the drive ring and defining a second axis different to said first axis, axis of rotation, and centerline; and a multiple of diffuser vanes engaged with said drive ring, said multiple of diffuser vanes movable in unison between a maximum flow position and a minimum flow position in response to rotation of said crank to rotate said drive ring about said centerline through said link arm. a drive ring rotatable about a centerline; a crank rotatable about an axis of rotation different than said centerline; a link arm pivotably connected to said crank at a pivot defining a first axis different to said axis of rotation and said centerline, and pivotably connected to said drive ring at a drive ring pivot located on the drive ring and defining a second axis different to said first axis, axis of rotation, and centerline; and a multiple of diffuser vanes engaged with said drive ring, said multiple of diffuser vanes movable in unison between a maximum flow position and a minimum flow position in response to rotation of said crank to rotate said drive ring about said centerline through said link arm.
Modular device for in particular hydroponic cultivation in a container, comprising a one-piece container (12, 112) having a length L, taken along a longitudinal axis XX', having a closed cross-section, of a U-shaped cross-section, and having at least one plate comprising at least one depression and holes for discharging fluids and/or receiving plants in said depression, means for administering a nutrient fluid to the plants, lateral walls (18, 20, 118, 120) at least being double-walled, characterized in that these lateral walls (18, 20, 118, 120) comprise at least one pair of continuous grooves and the at least one plate comprises edges having a profile which matches that of said continuous grooves, doubled, so as to make the at least one plate reversible.
A process for producing a rotor blade for a wind power plant having at least two rotor blade elements (12, 14; 100, 200) arranged one behind another in longitudinal direction of the rotor blade and bonded to each other by at least one, preferably at least two, connecting elements (32, 34; 300, 400) which bridge a separation gap between the rotor blade elements (12, 14; 100, 200), characterized in that at least one connecting element (32, 34; 300, 400) is aligned with the rotor blade elements (12, 14; 100, 200) by forming a hollow space between an outer delimitation surface (13, 15) of at least one of the rotor blade elements (12, 14; 100, 200) and at least one fixing segment (312, 312a, 314, 314a; 412, 412a, 414, 414a) of the inner delimitation surface of this connecting element (32, 34; 300, 400) and then the hollow space is flooded with an adhesive, in particular with a resin.
An arrangement for purifying an aqueous solution comprising: - a vertically positioned substantially cylindrical clarification tank; and - an electrocoagulation chamber inside said tank configured to allow upward flow of the aqueous solution characterized in that said electrocoagulation chamber is substantially cylindrical and equipped with vertically positioned electrodes, and said arrangement further comprises - a gap between said electrocoagulation chamber and said clarification tank; and - a vertical wall covering the gap between said electrocoagulation chamber and said clarification tank and extending through the inner height of said clarification tank, said wall having a first surface and a second surface; - the first surface being configured to lead the aqueous solution to a rotational flow within said clarification tank, and - an inlet for solution connected to the bottom of said electrocoagulation chamber configured to feed the aqueous solution to said electro coagulation chamber: and - a first outlet in the upper edge of the wall of the electrocoagulation chamber for solution overflow from electrocoagulation chamber to the clarification tank, said first outlet locating next to first surface of the wall; and - a second outlet positioned to uppermost section of the clarification tank next to the second surface of the wall for recovering agglomerates; and - a third outlet positioned to lowermost section of the clarification tank next to the second surface of the wall for recovering aqueous solution or sludge, - the second surface of said wall being configured to force the rotational flow from said clarification tank towards the outlets. - a vertically positioned substantially cylindrical clarification tank; and - an electrocoagulation chamber inside said tank configured to allow upward flow of the aqueous solution - a gap between said electrocoagulation chamber and said clarification tank; and - a vertical wall covering the gap between said electrocoagulation chamber and said clarification tank and extending through the inner height of said clarification tank, said wall having a first surface and a second surface; - the first surface being configured to lead the aqueous solution to a rotational flow within said clarification tank, and - an inlet for solution connected to the bottom of said electrocoagulation chamber configured to feed the aqueous solution to said electro coagulation chamber: and - a first outlet in the upper edge of the wall of the electrocoagulation chamber for solution overflow from electrocoagulation chamber to the clarification tank, said first outlet locating next to first surface of the wall; and - a second outlet positioned to uppermost section of the clarification tank next to the second surface of the wall for recovering agglomerates; and - a third outlet positioned to lowermost section of the clarification tank next to the second surface of the wall for recovering aqueous solution or sludge, - the second surface of said wall being configured to force the rotational flow from said clarification tank towards the outlets.
Method for signalling a distance signal, comprising the steps of: - signalling a first predefined minimum distance by way of a full scale of a first media scale, - ascertaining a distance that falls below the first minimum distance and, as a reaction thereto, - signalling the distance that falls below the first minimum distance by way of a second media scale, characterized in that - the distance that falls below the first minimum distance is associated with a range of greater measurement uncertainty. - signalling a first predefined minimum distance by way of a full scale of a first media scale, - ascertaining a distance that falls below the first minimum distance and, as a reaction thereto, - signalling the distance that falls below the first minimum distance by way of a second media scale, characterized in that - the distance that falls below the first minimum distance is associated with a range of greater measurement uncertainty.
An architecture for detecting amplifier output power comprising: a detector receiving a first signal that is proportional to the voltage envelope at the power amplifier output and a second signal that is proportional to the current envelope at the power amplifier output and generating a feedback signal based on the greater of the first signal and the second signal; and a power amplifier level controller receiving the feedback signal and power control input signal and generating a power amplifier level control signal. a detector receiving a first signal that is proportional to the voltage envelope at the power amplifier output and a second signal that is proportional to the current envelope at the power amplifier output and generating a feedback signal based on the greater of the first signal and the second signal; and a power amplifier level controller receiving the feedback signal and power control input signal and generating a power amplifier level control signal.
An ophthalmic system (100, 200, 300, 400, 500) comprising: a filter that selectively inhibits at least 10% of light in a wavelength range within 400 nm to 460 nm that includes 430 nm; wherein the system (100, 200, 300, 400, 500) has an average transmission of at least 80% across the visible spectrum; and wherein the system causes color shifts to white light having CIE coordinates of (0.33, 0.33) of less than (±0.05, ±0.05). a filter that selectively inhibits at least 10% of light in a wavelength range within 400 nm to 460 nm that includes 430 nm; wherein the system (100, 200, 300, 400, 500) has an average transmission of at least 80% across the visible spectrum; and wherein the system causes color shifts to white light having CIE coordinates of (0.33, 0.33) of less than (±0.05, ±0.05).
A method for notifying handover failure indication information, comprising: determining, by a first base station, according to radio link failure, RLF, information in a received radio resource control,RRC, re-establishment request message, the information about a cell in which an RLF happens before a user equipment, UE, initiates an RRC re-establishment(302,402); sending, by the first base station, the RLF information to a second base station to which the cell where an RLF happens belongs(303,403); determining, by the second base station, that a handover of the UE to the cell in which an RLF happens is a too early handover or a handover selecting a wrong target handover cell (304,404); characterized by, searching for, by the second base station, handover causes of the UE which are sent by a base station initiating the handover; wherein a notification condition for the indication information of a too early handover or a handover selecting a wrong target handover cell is that: only a handover initiated due to radio signal quality is notified; and upon determining that the handover causes include a cause related to radio signal quality, the base station initiating the handover is notified of the indication information of the too early handover or the handover selecting a wrong target handover cell, both the too early handover and the handover selecting a wrong target handover cell happening due to radio signal quality(305,405). determining, by a first base station, according to radio link failure, RLF, information in a received radio resource control,RRC, re-establishment request message, the information about a cell in which an RLF happens before a user equipment, UE, initiates an RRC re-establishment(302,402); sending, by the first base station, the RLF information to a second base station to which the cell where an RLF happens belongs(303,403); determining, by the second base station, that a handover of the UE to the cell in which an RLF happens is a too early handover or a handover selecting a wrong target handover cell (304,404); characterized by, searching for, by the second base station, handover causes of the UE which are sent by a base station initiating the handover; wherein a notification condition for the indication information of a too early handover or a handover selecting a wrong target handover cell is that: only a handover initiated due to radio signal quality is notified; and upon determining that the handover causes include a cause related to radio signal quality, the base station initiating the handover is notified of the indication information of the too early handover or the handover selecting a wrong target handover cell, both the too early handover and the handover selecting a wrong target handover cell happening due to radio signal quality(305,405).
A method of wireless communication performed by a user equipment, UE (115, 215, 902, 1002, 1200), comprising: receiving, from a base station (105, 205, 904, 1004, 1100), a listen-before-talk, LBT, failure detection configuration associated with at least one of a dormant mode or a discontinuous reception, DRX, cycle in a first cell of a wireless communication network, wherein the receiving the LBT failure detection configuration comprises receiving the LBT failure detection configuration indicating at least one of a set of uplink LBT failure detection occasions or a set of downlink LBT failure detection occasions; performing, based on the LBT failure detection configuration, an LBT failure detection in the first cell while operating in the dormant mode for the first cell or during an inactive DRX configured-on duration of the DRX cycle; and transmitting, to the base station (105, 205, 904, 1004, 1100), an LBT failure detection report based on the LBT failure detection. receiving, from a base station (105, 205, 904, 1004, 1100), a listen-before-talk, LBT, failure detection configuration associated with at least one of a dormant mode or a discontinuous reception, DRX, cycle in a first cell of a wireless communication network, wherein the receiving the LBT failure detection configuration comprises receiving the LBT failure detection configuration indicating at least one of a set of uplink LBT failure detection occasions or a set of downlink LBT failure detection occasions; performing, based on the LBT failure detection configuration, an LBT failure detection in the first cell while operating in the dormant mode for the first cell or during an inactive DRX configured-on duration of the DRX cycle; and transmitting, to the base station (105, 205, 904, 1004, 1100), an LBT failure detection report based on the LBT failure detection.