mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring an electrical power transmission system for a DC electrical power transmission network comprising an electrical power transmission cable , with: - an electrically conductive central core configured to transmit an electrical current, - an insulating jacket electrically disposed around the central core , - a metal shield arranged around the insulating jacket , - grounding connections of the metal shield , a measurement segment being defined between two successive grounding connections , the method comprising the following steps: - determining, along a measurement segment , at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment , - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold. - an electrically conductive central core configured to transmit an electrical current, - an insulating jacket electrically disposed around the central core , - a metal shield arranged around the insulating jacket , - grounding connections of the metal shield , a measurement segment being defined between two successive grounding connections , the method comprising the following steps: - determining, along a measurement segment , at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment , - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold. - determining, along a measurement segment , at least one profile of a temperature parameter, - determining a theoretical leakage current (I_leak-theo) between the ground connections of the measurement segment taking into account the temperature parameter profiles and the load current and voltage, - measuring the leakage current (I leak-mes) between the ground connections of the measuring segment , - generating an alert if the difference between the theoretical leakage current (I_leak-theo) and the measured leakage current (I_leak-mes) exceeds a predetermined threshold.
Solid composition containing at least one dye in association with at least one physiologically acceptable excipient which comprises: a) a lipophilic matrix which comprises lipophilic compounds with melting point below 90°C, and optionally an amphiphilic matrix, in which said at least one dye is at least partly incorporated, b) an outer matrix which comprises hydrophilic compounds in which the lipophilic matrix, and optionally the amphiphilic matrix are dispersed; c) optionally other physiologically acceptable excipients; d) optional gastro-resistant coating for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof. a) a lipophilic matrix which comprises lipophilic compounds with melting point below 90°C, and optionally an amphiphilic matrix, in which said at least one dye is at least partly incorporated, b) an outer matrix which comprises hydrophilic compounds in which the lipophilic matrix, and optionally the amphiphilic matrix are dispersed; c) optionally other physiologically acceptable excipients; d) optional gastro-resistant coating for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof. for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof.
A method comprising: when a request for accessing a designated network service is received, recording information of the request which includes a time of receiving the request and information of an access object that sends the request; identifying whether the access object comprises a user or a terminal; computing a statistical value of requests sent by the access object based on a record and on the identification of the access object; and determining that the access object is operated by a malicious computer program in response to the statistical value of the requests sent by the access object falling outside a predetermined normal range. when a request for accessing a designated network service is received, recording information of the request which includes a time of receiving the request and information of an access object that sends the request; identifying whether the access object comprises a user or a terminal; computing a statistical value of requests sent by the access object based on a record and on the identification of the access object; and determining that the access object is operated by a malicious computer program in response to the statistical value of the requests sent by the access object falling outside a predetermined normal range.
A method for determining maintenance needs in an alarm system comprising: receiving , at a central monitoring station , a plurality of operational measurements related to the alarm system ; predicting a maintenance need of the alarm system by applying one or more maintenance rules to the plurality of operational measurements and a maintenance history for the alarm system ; and determining a maintenance suggestion of the alarm system based at least in part on the plurality of operational measurements and the maintenance history for the alarm system . receiving , at a central monitoring station , a plurality of operational measurements related to the alarm system ; predicting a maintenance need of the alarm system by applying one or more maintenance rules to the plurality of operational measurements and a maintenance history for the alarm system ; and determining a maintenance suggestion of the alarm system based at least in part on the plurality of operational measurements and the maintenance history for the alarm system .
A railway carriage comprising: - a passenger space extending along at least part of the length of the coach and having an access opening at one unique end; and - a toilet cubicle equipped with a toilet bowl , occupying the entire width of the vehicle and accessible from an entrance door characterised in that the toilet cubicle is placed in the passenger space , at the back of the hall opposite the single access opening , the access door opening into the passenger space . - a passenger space extending along at least part of the length of the coach and having an access opening at one unique end; and - a toilet cubicle equipped with a toilet bowl , occupying the entire width of the vehicle and accessible from an entrance door
A system for glazed balconies, comprising a corner element and a first and a second side wall element , the corner element comprising a first and a second side wall portion mutually connected at an angle to one another and having a first and a second free edge respectively, the first free edge being intended to be connected to a free edge of the first side wall element and the second free edge being intended to be connected to a free edge of the second side wall element ; characterised by the free edge of the first side wall element comprising a stop portion which has an extent transversely to the plane of extension (A) of first side wall element and which stop portion further has a locking member ; the free edge of the first side wall portion comprising a stop portion having an extent transversely to the plane of extension (A) of the first side wall element , which stop portion comprises a locking member , which is intended to engage with the locking member of the stop portion of the free edge of the first side wall element for locking in a direction along the plane of extension (A) of the first side wall element ; the free edge of the second side wall element comprising a first and a second mutually spaced supporting portion , which have an extent along the plane of extension (B) of the second side wall element ; one of the first and second supporting portions of the free edge of the second side wall element being detachably arranged to enable insertion and locking of the second free edge of the corner element between the first and second supporting portions . the free edge of the first side wall element comprising a stop portion which has an extent transversely to the plane of extension (A) of first side wall element and which stop portion further has a locking member ; the free edge of the first side wall portion comprising a stop portion having an extent transversely to the plane of extension (A) of the first side wall element , which stop portion comprises a locking member , which is intended to engage with the locking member of the stop portion of the free edge of the first side wall element for locking in a direction along the plane of extension (A) of the first side wall element ; the free edge of the second side wall element comprising a first and a second mutually spaced supporting portion , which have an extent along the plane of extension (B) of the second side wall element ; one of the first and second supporting portions of the free edge of the second side wall element being detachably arranged to enable insertion and locking of the second free edge of the corner element between the first and second supporting portions .
A display panel, wherein the display panel includes a plurality of display units of pixels , each of the display units including a display subunit corresponding to a white channel and display subunits corresponding to a plurality of primary color channels, wherein display areas of the display subunits corresponding to the plurality of primary color channels are equal, and the display area of the display subunit corresponding to the white channel is larger than the display area of each display subunit corresponding to each primary color channel, wherein each of the display subunits comprises a TFT , characterized in that the display panel includes a first gate circuit , a second gate circuit , and a data circuit , a source electrode of each TFT is connected to the data circuit , a gate electrode of the TFT of the display subunit corresponding to each of the primary color channels is connected to the first gate circuit , and a gate electrode of the TFT of the display subunit corresponding to each of the white channels is connected to the second gate circuit .
Blower unit having a housing , an impeller accommodated in an impeller chamber in the housing , and a motor , connected to the impeller via a shaft , which is accommodated in a motor chamber in the housing , wherein the motor is fixed between walls of the motor chamber by means of buffers, wherein at least one of the buffers being a sealing ring which separates the shaft from a passage for cooling air which, in radial section, extends annularly around the motor , characterized in that the annular passage for cooling air is interrupted at one point by a dividing wall , and an inlet to and an outlet from the passage for cooling air are arranged adjacent the dividing wall on different sides thereof.
An elevator signalization apparatus comprising: first receiving means for receiving floor information representing floor occupancy information associated with a building, the floor occupancy information indicating the level of occupancy at each floor of a plurality of floors of the building; output means for indicating the floor occupancy information to a user; second receiving means for receiving user associated information, the user associated information comprising a seat or a seat area selection in a specific floor of the building; and first transmitting means for transmitting a control signal to an elevator controller based on the received user associated information, the control signal comprising floor information associated with the selected seat or seat area. first receiving means for receiving floor information representing floor occupancy information associated with a building, the floor occupancy information indicating the level of occupancy at each floor of a plurality of floors of the building; output means for indicating the floor occupancy information to a user; second receiving means for receiving user associated information, the user associated information comprising a seat or a seat area selection in a specific floor of the building; and first transmitting means for transmitting a control signal to an elevator controller based on the received user associated information, the control signal comprising floor information associated with the selected seat or seat area.
A coupling mechanism arranged to acoustically couple an acoustic communication device to a locating profile in a wellbore, the coupling mechanism comprising: a coupling body arranged to be connected to the acoustic communication device , the coupling body comprising a tapered outer surface; and an anchoring unit comprising a tapered inner surface arranged to oppose the tapered outer surface of the coupling body , wherein the coupling body and the anchoring unit are configured for relative movement to cause the anchoring unit to expand radially to grip the locating profile , so as to allow the transmission of acoustic energy between the acoustic communication device and the wellbore, through the coupling body and the anchoring unit , thereby to acoustically couple the acoustic communication device to the wellbore. a coupling body arranged to be connected to the acoustic communication device , the coupling body comprising a tapered outer surface; and an anchoring unit comprising a tapered inner surface arranged to oppose the tapered outer surface of the coupling body , wherein the coupling body and the anchoring unit are configured for relative movement to cause the anchoring unit to expand radially to grip the locating profile , so as to allow the transmission of acoustic energy between the acoustic communication device and the wellbore, through the coupling body and the anchoring unit , thereby to acoustically couple the acoustic communication device to the wellbore.
A drill bit , comprising: a plurality of elements (410a,b,c,n) that extend and retract from a surface of the drill bit , wherein the elements (410a,b,c,n) in the plurality of elements (410a,b,c,n) are hydraulically coupled with each other in a manner that retraction of a first element in the plurality of elements (410a,b,c,n) causes a second element in the plurality of elements (410a,b,c,n) to extend to compensate for differing forces applied to such elements during a drilling operation.
A method for determining object profile information in a plane , comprising: obtaining a series of three-dimensional surface measurements of the object along a measurement path that extends through the plane; and deriving from the series of surface measurements that extend through the plane, data describing at least a part of the profile of the object in the plane; wherein the data describing at least a part of the profile in the plane is derived by projecting the profile of the surface at the plane from at least some of the series of surface measurements, wherein projecting comprises projecting the surface measurement onto the plane in a direction consistent with the shape of the object between the surface measurement and the plane. obtaining a series of three-dimensional surface measurements of the object along a measurement path that extends through the plane; and deriving from the series of surface measurements that extend through the plane, data describing at least a part of the profile of the object in the plane; wherein the data describing at least a part of the profile in the plane is derived by projecting the profile of the surface at the plane from at least some of the series of surface measurements, wherein projecting comprises projecting the surface measurement onto the plane in a direction consistent with the shape of the object between the surface measurement and the plane.
A speed control mechanism providing speed adjustment of a rotating mechanism (A) in carousel systems in a game equipment in game parks , comprising • a spring providing rotation of the rotating mechanism (A) in the rotating game equipment such as merry-go-round, characterized by • an allen worm gear screw preventing speeding of the game equipment by making rotation of the rotating mechanism (A) difficult by applying a compressive force to the spring , and • a worm gear connected to the allen worm gear screw . • a spring providing rotation of the rotating mechanism (A) in the rotating game equipment such as merry-go-round, characterized by • an allen worm gear screw preventing speeding of the game equipment by making rotation of the rotating mechanism (A) difficult by applying a compressive force to the spring , and • a worm gear connected to the allen worm gear screw .
A reel for a cutting mechanism comprising a reel support tube with reel stars arranged thereon, on the star arms of which tine rods extending parallel to the reel support tube are arranged, characterised in that neighbouring star arms of at least one reel star are arranged offset from one another at least in sections.
A valve assembly for a variable swash plate compressor, comprising: a valve plate formed with a suction port and a discharge port ; a suction reed plate installed to one side surface of the valve plate , and formed with a suction reed for opening and closing the suction port and an opening hole communicating with the discharge port ; and a discharge reed plate installed to the other side surface of the valve plate , and formed with another opening hole communicating with the suction port and a discharge reed for opening and closing the discharge port , characterized in that the opening hole communicating with the discharge port is enlarged to a position of a top of a partition wall formed in a rear housing to partition a suction chamber and a discharge chamber such that a suction refrigerant flows through the opening hole communicating with the discharge port when the suction port is opened. a valve plate formed with a suction port and a discharge port ; a suction reed plate installed to one side surface of the valve plate , and formed with a suction reed for opening and closing the suction port and an opening hole communicating with the discharge port ; and a discharge reed plate installed to the other side surface of the valve plate , and formed with another opening hole communicating with the suction port and a discharge reed for opening and closing the discharge port , characterized in that the opening hole communicating with the discharge port is enlarged to a position of a top of a partition wall formed in a rear housing to partition a suction chamber and a discharge chamber such that a suction refrigerant flows through the opening hole communicating with the discharge port when the suction port is opened.
A method of purifying an adenovirus from an impure preparation, the method comprising: (a) contacting an impure preparation comprising the adenovirus to a mixed mode chromatography support, wherein the mixed mode chromatography support is a hydrophobic cation exchange chromatography support, under conditions that allow the adenovirus to bind to the mixed mode chromatography support; (b) eluting the adenovirus from the mixed mode chromatography support, thereby forming a mixed mode eluate; (c) contacting the mixed mode eluate to an anion exchange chromatography support under conditions that allow the adenovirus to bind to the anion exchange support; and (d) eluting the adenovirus from the anion exchange chromatography support. (a) contacting an impure preparation comprising the adenovirus to a mixed mode chromatography support, wherein the mixed mode chromatography support is a hydrophobic cation exchange chromatography support, under conditions that allow the adenovirus to bind to the mixed mode chromatography support; (b) eluting the adenovirus from the mixed mode chromatography support, thereby forming a mixed mode eluate; (c) contacting the mixed mode eluate to an anion exchange chromatography support under conditions that allow the adenovirus to bind to the anion exchange support; and (d) eluting the adenovirus from the anion exchange chromatography support.