mhurhangee/ep-ind-claims huggingface dataset:
A steam turbine (10, 10B, 10C) comprising: a turbine body having a rotatably supported blade; a steam flow passage which is connected to the turbine body and through which steam flows as a working fluid; a regulating valve adapted to regulate opening and closing of the steam flow passage with a linear motion; a switching drive mechanism adapted to drive the regulating valve; an electronic governor adapted to control at least the switching drive mechanism; and a controller unit adapted to control the operation of the switching drive mechanism, wherein the switching drive mechanism comprises: an electric motor adapted to rotate when supplied with power; a conversion mechanism adapted to convert a rotary motion of the electric motor into a linear motion of the regulating valve; characterized in that the switching drive mechanism further comprises a brake adapted to brake the rotary motion of the electric motor, and at least one of the controller unit and the electronic governor is adapted to perform control such that the brake is actuated and the rotary motion of the electric motor is braked to maintain the position of the regulating valve when at least one of the electric motor and the controller unit breaks down. a turbine body having a rotatably supported blade; a steam flow passage which is connected to the turbine body and through which steam flows as a working fluid; a regulating valve adapted to regulate opening and closing of the steam flow passage with a linear motion; a switching drive mechanism adapted to drive the regulating valve; an electronic governor adapted to control at least the switching drive mechanism; and a controller unit adapted to control the operation of the switching drive mechanism, wherein the switching drive mechanism comprises: an electric motor adapted to rotate when supplied with power; a conversion mechanism adapted to convert a rotary motion of the electric motor into a linear motion of the regulating valve; characterized in that the switching drive mechanism further comprises a brake adapted to brake the rotary motion of the electric motor, and an electric motor adapted to rotate when supplied with power; a conversion mechanism adapted to convert a rotary motion of the electric motor into a linear motion of the regulating valve; characterized in that the switching drive mechanism further comprises a brake adapted to brake the rotary motion of the electric motor, and at least one of the controller unit and the electronic governor is adapted to perform control such that the brake is actuated and the rotary motion of the electric motor is braked to maintain the position of the regulating valve when at least one of the electric motor and the controller unit breaks down.
A system comprising: a secure data interface system comprising: a one-way communications interface configured to communicatively couple to a monitoring and protection system to receive data transmitted by the monitoring and protection system, wherein the data may include data relating to a change in configuration of the monitoring and protection system; a processor configured to emulate the monitoring and protection system to derive at least one measurement based on the received data and on receipt of data relating to a change in a configuration of the monitoring and protection system, to update the emulated monitoring and protection system based on the data relating to a change in a configuration; and a two-way communications interface configured to communicate the at least one measurement to an external system (80, 82, 84, 86), wherein the monitoring and protection system is configured to monitor operations of a machinery. a secure data interface system comprising: a one-way communications interface configured to communicatively couple to a monitoring and protection system to receive data transmitted by the monitoring and protection system, wherein the data may include data relating to a change in configuration of the monitoring and protection system; a processor configured to emulate the monitoring and protection system to derive at least one measurement based on the received data and on receipt of data relating to a change in a configuration of the monitoring and protection system, to update the emulated monitoring and protection system based on the data relating to a change in a configuration; and a two-way communications interface configured to communicate the at least one measurement to an external system (80, 82, 84, 86), wherein the monitoring and protection system is configured to monitor operations of a machinery. a one-way communications interface configured to communicatively couple to a monitoring and protection system to receive data transmitted by the monitoring and protection system, wherein the data may include data relating to a change in configuration of the monitoring and protection system; a processor configured to emulate the monitoring and protection system to derive at least one measurement based on the received data and on receipt of data relating to a change in a configuration of the monitoring and protection system, to update the emulated monitoring and protection system based on the data relating to a change in a configuration; and a two-way communications interface configured to communicate the at least one measurement to an external system (80, 82, 84, 86), wherein the monitoring and protection system is configured to monitor operations of a machinery.
A damper of an elevator car, comprising: a base fixedly mounted with respect to the elevator car; a clamping mechanism used for clamping a guide surface of a guide rail to generate a friction (F riction) for preventing the elevator car from moving, the clamping mechanism mainly comprising two clamp arm components (170a, 170b); a solenoid drive part at least used for providing the clamp arm components (170a, 170b) with a force for clamping the guide surface of the guide rail; and a link transmission component disposed between the solenoid drive part and the clamping mechanism, characterized in that the link transmission component is configured to be movable in a direction approximately perpendicular to the guide surface and drive at least one of the two clamp arm components (170a, 170b) connected thereto to move towards the guide rail. a base fixedly mounted with respect to the elevator car; a clamping mechanism used for clamping a guide surface of a guide rail to generate a friction (F riction) for preventing the elevator car from moving, the clamping mechanism mainly comprising two clamp arm components (170a, 170b); a solenoid drive part at least used for providing the clamp arm components (170a, 170b) with a force for clamping the guide surface of the guide rail; and a link transmission component disposed between the solenoid drive part and the clamping mechanism, characterized in that the link transmission component is configured to be movable in a direction approximately perpendicular to the guide surface and drive at least one of the two clamp arm components (170a, 170b) connected thereto to move towards the guide rail.
An information processing device comprising: a destination ID storage that, in accordance with an application installed onto a terminal, stores a first destination identifier stored in the terminal as a terminal destination identifier, and stores the first destination identifier as a service destination identifier; a PUSH transceiver that transmits a second destination identifier to the terminal, and receives, from the terminal, a destination ID updating completion report indicating that the terminal has updated the first destination identifier to the second destination identifier; a destination ID updating unit that updates the terminal destination identifier of the destination ID storage from the first destination identifier to the second destination identifier; and a PUSH receiver that, when a third destination identifier included in a push message transmission request report received from a Web server coincides with the service destination identifier of the destination ID storage, generates a push message including the terminal destination identifier instead of the third destination identifier, and instructs the PUSH transceiver to transmit the push message to the terminal; wherein the information processing device and the terminal are connected so as to transmit information from the information processing device to the terminal at an arbitrary timing, and the information processing device and the Web server are connected such that the information processing device issues a response in response to a request from the Web server. a destination ID storage that, in accordance with an application installed onto a terminal, stores a first destination identifier stored in the terminal as a terminal destination identifier, and stores the first destination identifier as a service destination identifier; a PUSH transceiver that transmits a second destination identifier to the terminal, and receives, from the terminal, a destination ID updating completion report indicating that the terminal has updated the first destination identifier to the second destination identifier; a destination ID updating unit that updates the terminal destination identifier of the destination ID storage from the first destination identifier to the second destination identifier; and a PUSH receiver that, when a third destination identifier included in a push message transmission request report received from a Web server coincides with the service destination identifier of the destination ID storage, generates a push message including the terminal destination identifier instead of the third destination identifier, and instructs the PUSH transceiver to transmit the push message to the terminal; wherein the information processing device and the terminal are connected so as to transmit information from the information processing device to the terminal at an arbitrary timing, and the information processing device and the Web server are connected such that the information processing device issues a response in response to a request from the Web server.
Sole for shoes, boots, sandals or suchlike, comprising a core layer which is provided at least in sections with openings in which pegs are moveably guided, characterised in that the pegs are provided with a piston.
A data transmission method, applied to a transmit end, wherein the method comprises: establishing a connection to a receive end using the QUIC transport protocol; obtaining a first application message generated by a target application, wherein the target application runs on the transmit end, characterized by: encapsulating the first application message to obtain a first data frame, wherein the first data frame comprises a first frame type identifier, and the first frame type identifier indicates that an application message comprised in the first data frame is a complete application message; and transmitting the first data frame to a receive end based on the established QUIC connection to the receive end, to enable the receive end to determine, based on the first frame type identifier, that the application message comprised in the first data frame is a complete application message, wherein a target application runs on the receive end. establishing a connection to a receive end using the QUIC transport protocol; obtaining a first application message generated by a target application, wherein the target application runs on the transmit end, characterized by: encapsulating the first application message to obtain a first data frame, wherein the first data frame comprises a first frame type identifier, and the first frame type identifier indicates that an application message comprised in the first data frame is a complete application message; and transmitting the first data frame to a receive end based on the established QUIC connection to the receive end, to enable the receive end to determine, based on the first frame type identifier, that the application message comprised in the first data frame is a complete application message, wherein a target application runs on the receive end. encapsulating the first application message to obtain a first data frame, wherein the first data frame comprises a first frame type identifier, and the first frame type identifier indicates that an application message comprised in the first data frame is a complete application message; and transmitting the first data frame to a receive end based on the established QUIC connection to the receive end, to enable the receive end to determine, based on the first frame type identifier, that the application message comprised in the first data frame is a complete application message, wherein a target application runs on the receive end.
A method for determining if a subject is affected by a cancer comprising the step of assaying a blood sample from said subject for the presence of a panel of mRNAs comprising at least SLUG and TWIST1 mRNA wherein: a) the increase of mRNA levels of both TWIST1 and SLUG genes but not of ZEB2 gene with respect to control samples is indicative of a colorectal cancer, b) the increase of mRNA levels of all of TWIST1, SLUG and ZEB2 genes with respect to control samples is indicative of a pancreatic cancer, c) the increase of at least SLUG mRNA level with respect to a first SLUG cut-off is indicative of colorectal cancer, d) in subjects wherein the SLUG mRNA level is not increased, the increase of TWIST1 mRNA level with respect to a TWIST1 cut-off is indicative of pancreatic cancer, provided that said subject also shows an increase of ZEB2 mRNA level; e) the increase of both SLUG and TWIST1 mRNA levels with respect to respective cut-offs is indicative of colorectal cancer, wherein said cut offs are determined by Receiver-Operator-Characteristic curve analysis. a) the increase of mRNA levels of both TWIST1 and SLUG genes but not of ZEB2 gene with respect to control samples is indicative of a colorectal cancer, b) the increase of mRNA levels of all of TWIST1, SLUG and ZEB2 genes with respect to control samples is indicative of a pancreatic cancer, c) the increase of at least SLUG mRNA level with respect to a first SLUG cut-off is indicative of colorectal cancer, d) in subjects wherein the SLUG mRNA level is not increased, the increase of TWIST1 mRNA level with respect to a TWIST1 cut-off is indicative of pancreatic cancer, provided that said subject also shows an increase of ZEB2 mRNA level; e) the increase of both SLUG and TWIST1 mRNA levels with respect to respective cut-offs is indicative of colorectal cancer,
A media access controller for a passive optical network, wherein - the passive optical network comprises a first optical line terminal with a receiver for a first wavelength range; a second optical line terminal with a receiver for a second wavelength range, adjacent to the first wavelength range; and a non-tunable optical network unit with a transmitter having a transmitter wavelength which drifts between the first and the second wavelength range; - the media access controller is adapted to assign the optical network unit to the first and the second optical line terminal, such that an optical burst transmitted by the optical network unit is received by the first optical line terminal and the second optical line terminal; - the media access controller is adapted to determine a first quality of the optical burst received by the first optical line terminal; - the media access controller is adapted to determine a second quality of the optical burst received by the second optical line terminal; - the media access controller is adapted to determine an estimate of the transmitter wavelength based on the first and second quality; and - the media access controller is adapted to modify a length of the optical burst, in response to the determined estimate of the transmitter wavelength. - the passive optical network comprises a first optical line terminal with a receiver for a first wavelength range; a second optical line terminal with a receiver for a second wavelength range, adjacent to the first wavelength range; and a non-tunable optical network unit with a transmitter having a transmitter wavelength which drifts between the first and the second wavelength range; - the media access controller is adapted to assign the optical network unit to the first and the second optical line terminal, such that an optical burst transmitted by the optical network unit is received by the first optical line terminal and the second optical line terminal; - the media access controller is adapted to determine a first quality of the optical burst received by the first optical line terminal; - the media access controller is adapted to determine a second quality of the optical burst received by the second optical line terminal; - the media access controller is adapted to determine an estimate of the transmitter wavelength based on the first and second quality; and - the media access controller is adapted to modify a length of the optical burst, in response to the determined estimate of the transmitter wavelength.
An air-conditioning apparatus comprising: a suction air temperature detection unit configured to detect a temperature of air that is sucked into a heat exchange unit or a temperature of space to be subjected to heat exchange as a suction air temperature (Ta); a cooled/heated air temperature detection unit configured to detect a temperature of air blown from the heat exchange unit or a temperature of the heat exchange unit as a cooled/heated air temperature (Tb); and a control device configured to acquire data on a temperature difference (ΔT) between the suction air temperature (Ta) detected by the suction air temperature detection unit and the cooled/heated air temperature (Tb) detected by the cooled/heated air temperature detection unit at different times as time-series data, and determine whether the heat exchange unit is dirty or not based on the time-series data regarding the temperature difference (ΔT), characterized in that the control device is configured to determine that the heat exchange unit is dirty, when the number of times a time period for which the temperature difference (ΔT) continuously falls within a range of a set temperature zone (Tbd) is longer than a set determination period (Pref) is larger than or equal to a set number of times. a suction air temperature detection unit configured to detect a temperature of air that is sucked into a heat exchange unit or a temperature of space to be subjected to heat exchange as a suction air temperature (Ta); a cooled/heated air temperature detection unit configured to detect a temperature of air blown from the heat exchange unit or a temperature of the heat exchange unit as a cooled/heated air temperature (Tb); and a control device configured to acquire data on a temperature difference (ΔT) between the suction air temperature (Ta) detected by the suction air temperature detection unit and the cooled/heated air temperature (Tb) detected by the cooled/heated air temperature detection unit at different times as time-series data, and determine whether the heat exchange unit is dirty or not based on the time-series data regarding the temperature difference (ΔT), characterized in that the control device is configured to determine that the heat exchange unit is dirty, when the number of times a time period for which the temperature difference (ΔT) continuously falls within a range of a set temperature zone (Tbd) is longer than a set determination period (Pref) is larger than or equal to a set number of times.
A device for collecting debris from a ground surface, comprising a flexible generally planar member with an opening therethrough such that when the device is laid on and forwardly moved over the ground surface debris on the ground surface passes upwardly through the opening onto a collection surface of the device, characterized in that the device has a transversely extending barrier positioned whereby, in use, debris passing upwardly through the opening passes upwardly over the barrier and then downwardly to the collection surface, the barrier at least partially obstructing movement of collected debris on the collection surface back into the opening under deceleration of the device as it is forwardly moved over the ground surface, wherein the barrier is in the form of a transverse wall arranged such that, in an in-use condition of the device, it extends upwardly and is positioned behind and adjacent said opening, and at a forward location with respect to the collection surface, said wall having first and second opposed surfaces (68a, 78) extending transversely of the device, these being arranged and configured so that in said in use condition the first surface is behind the opening and is inclined to extend upwardly and rearwardly from a lower location to a higher more rearward location, and the second surface is behind the first surface, extending generally downwardly substantially normally to the collection surface from an upper location to a lower location adjacent the collection surface, the first surface being disposed to then, in use of the device, facilitate rearward flow of debris from the opening along and up the first surface to be carried under momentum of the debris past the wall to the collection surface, and said second surface acting to at least partially inhibit movement of collected debris back to the opening under deceleration of the device, by pile-up of the material against the second surface wherein said first surface and said second surface at least substantially meet at an apex of said wall.
A foldable container comprising a base and two pairs of side plates (2,3), the side plates (2,3) are mounted on the base by means of a hinge mechanism (100, 200) in a manner of being foldable relative to the base, wherein the hinge mechanism (100, 200) comprises: one or more projecting portion, one or more open side portion, a connector (5, 1a), wherein: the one or more projecting portion is extended from a bottom of the side plates and provided with a hinge pin mounting portion, the one or more open side portion is provided on the base for cooperating with the projecting portion and provided with a guide structure, the connector (5, 1a) is movable up and down along the guide structure and provided with a hinge pin (51, 1a1) for engaging with the hinge pin mounting portion, wherein the hinge pin (51, 1a1) is rotatably housed in the hinge pin mounting portion, characterised in that the hinge mechanism further comprises an elastic member with one end connected to the base and another end connected to the connector (5, 1a), so that the elastic member applies a force to the connector (5, 1a) during the rotation process of the side plates from folded state to upright state so as to drive the connector (5, 1a) to move downwardly. the one or more projecting portion is extended from a bottom of the side plates and provided with a hinge pin mounting portion, the one or more open side portion is provided on the base for cooperating with the projecting portion and provided with a guide structure, the connector (5, 1a) is movable up and down along the guide structure and provided with a hinge pin (51, 1a1) for engaging with the hinge pin mounting portion, wherein the hinge pin (51, 1a1) is rotatably housed in the hinge pin mounting portion, characterised in that the hinge mechanism further comprises an elastic member with one end connected to the base and another end connected to the connector (5, 1a), so that the elastic member applies a force to the connector (5, 1a) during the rotation process of the side plates from folded state to upright state so as to drive the connector (5, 1a) to move downwardly.
An in vitro or ex vivo method for generating a population of CD8 + CD45RC low Tregs, comprising a step of culturing a population of CD8 + Tregs with a culture medium comprising an isolated peptide that consists of the amino acid sequence as set forth in SEQ ID NO:2 in the presence of a population of plasmacytoid dendritic cells.