mhurhangee/ep-ind-claims huggingface dataset:
A safety control system (20, 20a) for a fuel-consuming apparatus (10, 10a), comprising: a first end electrically connectable to a power source node; a second end electrically connectable to an input power node of a fuel safety shutoff valve of the fuel-consuming apparatus; one or more switch units serially connected between the first and second ends, each of the switch units being configured to be switched on or off based on a corresponding one of one or more environmental conditions of the fuel-consuming apparatus, wherein an electrical connection path between the first and second ends is deactivated upon at least one of the one or more switch units being switched off to stop supplying of fuel into the fuel-consuming apparatus; and characterised by comprising: a time-delay relay unit serially connected to one of the one or more switch units, the time-delay relay unit being configured to be switched on during a predetermined time period from a first time to a second time and switched off after the second time; and a temperature switch unit serially connected to said one of the one or more switch units and connected in parallel to the time-delay relay unit, the temperature switch unit being configured to be switched on or switched off based on a temperature of an afterburner unit of the fuel-consuming apparatus. a first end electrically connectable to a power source node; a second end electrically connectable to an input power node of a fuel safety shutoff valve of the fuel-consuming apparatus; one or more switch units serially connected between the first and second ends, each of the switch units being configured to be switched on or off based on a corresponding one of one or more environmental conditions of the fuel-consuming apparatus, wherein an electrical connection path between the first and second ends is deactivated upon at least one of the one or more switch units being switched off to stop supplying of fuel into the fuel-consuming apparatus; and characterised by comprising: a time-delay relay unit serially connected to one of the one or more switch units, the time-delay relay unit being configured to be switched on during a predetermined time period from a first time to a second time and switched off after the second time; and a temperature switch unit serially connected to said one of the one or more switch units and connected in parallel to the time-delay relay unit, the temperature switch unit being configured to be switched on or switched off based on a temperature of an afterburner unit of the fuel-consuming apparatus. a time-delay relay unit serially connected to one of the one or more switch units, the time-delay relay unit being configured to be switched on during a predetermined time period from a first time to a second time and switched off after the second time; and a temperature switch unit serially connected to said one of the one or more switch units and connected in parallel to the time-delay relay unit, the temperature switch unit being configured to be switched on or switched off based on a temperature of an afterburner unit of the fuel-consuming apparatus.
A compound selected from the group consisting of: or a single enantiomer, a mixture of the (+)-enantiomer and the (-)-enantiomer, an individual diastereomer, a mixture of diastereomers, or a pharmaceutically acceptable salt, or solvate thereof, wherein deuterium enrichment in the compounds is at least 1%.
A loudspeaker system comprising: a driver array (150,950,1050,1150); and a base unit (110,910,1010,1110) including a bass enclosure and a dock, the dock being arranged for connecting directly the driver array to the base unit in a first configuration and for connecting an extension leg (160,960,1060,1160) to the base unit, the extension leg supporting the driver array at an elevation above the base unit in a second configuration, wherein the driver array is operable to output acoustic energy in both the first and the second configuration. a driver array (150,950,1050,1150); and a base unit (110,910,1010,1110) including a bass enclosure and a dock, the dock being arranged for connecting directly the driver array to the base unit in a first configuration and for connecting an extension leg (160,960,1060,1160) to the base unit, the extension leg supporting the driver array at an elevation above the base unit in a second configuration, wherein the driver array is operable to output acoustic energy in both the first and the second configuration.
A method for determining a contention window, comprising: obtaining hybrid automatic repeat request, HARQ, feedback information within a predetermined time period, wherein the HARQ feedback information comprises transmission block, TB, based HARQ feedback information and code block group, CBG, HARQ feedback information each comprising a non-acknowledge identifier, NACK, and an acknowledge identifier, ACK; determining a ratio of the NACK in the HARQ feedback information based on a coefficient used to represent a proportion of the TB based HARQ feedback information and the CBG based HARQ feedback information, a number of the TB based HARQ feedback information, a number of NACK identifiers in the TB based HARQ feedback information, a number of the CBG based HARQ feedback information, a number of NACK identifiers in the CBG based HARQ feedback information; and determining a contention window size, CWS, of a random access contention window on an unlicensed frequency band based on the ratio. obtaining hybrid automatic repeat request, HARQ, feedback information within a predetermined time period, wherein the HARQ feedback information comprises transmission block, TB, based HARQ feedback information and code block group, CBG, HARQ feedback information each comprising a non-acknowledge identifier, NACK, and an acknowledge identifier, ACK; determining a ratio of the NACK in the HARQ feedback information based on a coefficient used to represent a proportion of the TB based HARQ feedback information and the CBG based HARQ feedback information, a number of the TB based HARQ feedback information, a number of NACK identifiers in the TB based HARQ feedback information, a number of the CBG based HARQ feedback information, a number of NACK identifiers in the CBG based HARQ feedback information; and determining a contention window size, CWS, of a random access contention window on an unlicensed frequency band based on the ratio.
Winch for forestry machines, agricultural machines and the like, comprising a drum for the winding and unwinding of a rope intended to be connected to a load, and a rotary hydraulic motor whose shaft drives the drum through a hydraulic distributor having a manual control lever, or remote control or electrical control, displaceable to an unwinding position or to a winding position on opposite sides with respect to a central stop position of the hydraulic motor, characterized in that the shaft of the hydraulic motor is coupled to said drum through a one-way engagement means making said shaft and said drum fixed in rotation to each other only in the direction corresponding to winding of the rope onto the drum, and comprising a support structure (1, 12) bearing a return pulley and a member for guiding the rope which is oscillating, at the end of the winding of said rope onto the drum, from a lowered position to a raised position so as to control, by means of a flexible cable transmission (17, 18) operatively connected to said distributor, the stopping of hydraulic motor without having to actuate said control lever.
Electroacoustic converter, in particular transmitter, for underwater operation, with a hollow cylindrical ring body with a plurality of ring segments which can be positioned next to one another in a ring shape, with a configuration of the ring segments such that each ring segment receives a ceramic segment, wherein the ceramic segment is a piezoceramic, and with a wrapping, in particular consisting of glass-fibre-reinforced plastic, which can be applied to the outside of the ceramic segment and which is configured so as to fix the ceramic segments, and a gel filling which encloses the ceramic segment and which is designed to embed the ceramic segment in each ring segment, characterized by a configuration of the gel filling with a shape memory effect, with the result that the gel filling returns to its original shape following a mechanical deformation.
Device for activating and deactivating a safety brake device of a lift cage during assembly of a lift installation, wherein the device comprises an actuating element (1, 1') provided for the purpose of being attached to a cage, wherein the actuating element (1, 1') in a first position so acts on the safety brake device that the safety brake device is activated, and wherein the actuating element (1, 1') when actuated can be brought by an engineer into a second position in which it does not exert any action on the safety brake device characterised in that the device comprises a housing which receives the actuating device (1, 1') such that the actuable area of the actuating device is limited by projections or edges of the housing which protrude beyond the actuating element.
A body characteristic measuring device configured to acquire multiple accelerations from a multi-axis acceleration sensor attached to a chest of the quadruped, the device comprising: a first determining section configured to determine a gait of a quadruped based on the multiple accelerations; and a second determining section configured to determine, if the gait determined by the first determining section is gallop or canter, an injury risk of the quadruped based on a waveform of a positive half-wave region of acceleration in a movement direction of the quadruped in the case where an increase in the acceleration in the movement direction of the quadruped is defined as positive. a first determining section configured to determine a gait of a quadruped based on the multiple accelerations; and a second determining section configured to determine, if the gait determined by the first determining section is gallop or canter, an injury risk of the quadruped based on a waveform of a positive half-wave region of acceleration in a movement direction of the quadruped in the case where an increase in the acceleration in the movement direction of the quadruped is defined as positive.
A sensor product for detecting an analyte or condition, the sensor product comprising: a body; and a circuit integrated with the body, the circuit comprising: an electric power source; a sensing element comprising graphene or a graphene derivative, the sensing element configured to undergo a change in an electrical property in the presence of three separate analytes or conditions, the three separate analytes or conditions being chlorine gas, liquid and heat; and three individual indicators and display elements configured to display information indicating the presence of the three separate analytes or conditions when the change in an electrical property of the sensing element occurs, wherein each indicator corresponds to a printed term on the sensor product, indicating chlorine gas, liquid and heat. a body; and a circuit integrated with the body, the circuit comprising: an electric power source; a sensing element comprising graphene or a graphene derivative, the sensing element configured to undergo a change in an electrical property in the presence of three separate analytes or conditions, the three separate analytes or conditions being chlorine gas, liquid and heat; and three individual indicators and display elements configured to display information indicating the presence of the three separate analytes or conditions when the change in an electrical property of the sensing element occurs, wherein each indicator corresponds to a printed term on the sensor product, indicating chlorine gas, liquid and heat. an electric power source; a sensing element comprising graphene or a graphene derivative, the sensing element configured to undergo a change in an electrical property in the presence of three separate analytes or conditions, the three separate analytes or conditions being chlorine gas, liquid and heat; and three individual indicators and display elements configured to display information indicating the presence of the three separate analytes or conditions when the change in an electrical property of the sensing element occurs, wherein each indicator corresponds to a printed term on the sensor product, indicating chlorine gas, liquid and heat.
An electronic device for authorizing performance of content, the electronic device comprising: a receiver; wherein the receiver is configured for receiving a first copy of content marked with a first watermark, the first watermark including first data relating to an external parameter associated with the first copy of content; wherein the receiver is configured for receiving a second copy of content marked with a second watermark, the second watermark including second data relating to an external parameter associated with the second copy of content; wherein the first copy of content and the second copy of content are different and independent of each other; wherein the external parameters each relate to one or more of: time, order of access, sequence of download, an authorised user and an advert; and a processor configured to determine that performance of the second copy of content is authorized if a comparison of the first and second data meets a predetermined condition; wherein the processor is configured to apply a restriction to the performance of the second copy of content and/or send a report to an external server, if the predetermined condition is not met. a receiver; wherein the receiver is configured for receiving a first copy of content marked with a first watermark, the first watermark including first data relating to an external parameter associated with the first copy of content; wherein the receiver is configured for receiving a second copy of content marked with a second watermark, the second watermark including second data relating to an external parameter associated with the second copy of content; wherein the first copy of content and the second copy of content are different and independent of each other; wherein the external parameters each relate to one or more of: time, order of access, sequence of download, an authorised user and an advert; and a processor configured to determine that performance of the second copy of content is authorized if a comparison of the first and second data meets a predetermined condition; wherein the processor is configured to apply a restriction to the performance of the second copy of content and/or send a report to an external server, if the predetermined condition is not met.
An image pickup device comprising: a light-receiving device unit including a light-receiving device unit main body including a plurality of light-receiving devices and a plurality of first electrodes formed on a surface of the light-receiving device unit main body so as to correspond to the light-receiving devices, each of the light-receiving devices outputting a current based on intensity of received light; a processing portion including a plurality of second electrodes that face the first electrodes, and a processing portion main body including a surface having the second electrodes thereon, the processing portion main body processing the current; a plurality of first connection bodies that connect the first electrodes to the corresponding second electrodes; and a second connection body that connects the light-receiving device unit to the processing portion, wherein the first connection bodies each include a solder portion disposed between the first electrode and the second electrode, wherein the solder portion contains indium, characterized in that, the first connection bodies each include barrier layers (30, 31, 32) that are disposed between the solder portion and the first electrode and between the solder portion and the second electrode, the barrier layers suppressing alloying of the solder portion with the first electrode and the second electrode, the second connection body contains, in a part thereof, an alloy portion composed of Sn and one selected from the group consisting of Au, Ag, Cu, Zn, Ni, and Al, and said part containing Sn has a thickness of 1% or more and less than 30% of a total thickness of the second connection body. a light-receiving device unit including a light-receiving device unit main body including a plurality of light-receiving devices and a plurality of first electrodes formed on a surface of the light-receiving device unit main body so as to correspond to the light-receiving devices, each of the light-receiving devices outputting a current based on intensity of received light; a processing portion including a plurality of second electrodes that face the first electrodes, and a processing portion main body including a surface having the second electrodes thereon, the processing portion main body processing the current; a plurality of first connection bodies that connect the first electrodes to the corresponding second electrodes; and a second connection body that connects the light-receiving device unit to the processing portion, wherein the first connection bodies each include a solder portion disposed between the first electrode and the second electrode, wherein the solder portion contains indium,
A clearing device for providing access across an occlusion within a blood vessel or cylindrical body cavity, comprising: a flexible elongate body extending between a proximal end and a distal end, the elongate body having a lumen extending therethrough, the lumen having an inner diameter; an implement configured as a hollow cylinder having a rigid distal face and a cylindrical body extending proximally therefrom and defining a ring structure having a side surface with at least one opening extending inwardly from the side surface and a proximal end engaged with the distal end of the elongate body, the proximal end of the implement being disposed over the distal end of the elongate body and the distal face of the implement being configured to act upon a portion of the occlusion; and a handle disposed at the proximal end of the elongate body; wherein the clearing device is configured such that distal pressure on the handle urges the implement distally to firmly engage the occlusion; and actuating the handle causes the elongate body and the implement to be actuated to enlarge a passage through the occlusion. a flexible elongate body extending between a proximal end and a distal end, the elongate body having a lumen extending therethrough, the lumen having an inner diameter; an implement configured as a hollow cylinder having a rigid distal face and a cylindrical body extending proximally therefrom and defining a ring structure having a side surface with at least one opening extending inwardly from the side surface and a proximal end engaged with the distal end of the elongate body, the proximal end of the implement being disposed over the distal end of the elongate body and the distal face of the implement being configured to act upon a portion of the occlusion; and a handle disposed at the proximal end of the elongate body; wherein the clearing device is configured such that distal pressure on the handle urges the implement distally to firmly engage the occlusion; and actuating the handle causes the elongate body and the implement to be actuated to enlarge a passage through the occlusion.
A transport refrigeration system comprising: a vehicle having a refrigerated cargo space; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the vehicle; a second engine configured to power the refrigeration unit; a first fuel tank fluidly connected to the first engine, the first fuel tank configured to supply fuel to the first engine; a second fuel tank fluidly connected to the second engine, the second fuel tank configured to supply fuel to the second engine; characterized in that the first fuel tank is a first plurality of fuel tanks; the second fuel tank is a second plurality of fuel tanks; the transport refrigeration system comprises a single filling point fluidly connected to the first plurality of fuel tanks and the second plurality of fuel tanks; and the single filling point is configured to receive fuel. a vehicle having a refrigerated cargo space; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the vehicle; a second engine configured to power the refrigeration unit; a first fuel tank fluidly connected to the first engine, the first fuel tank configured to supply fuel to the first engine; a second fuel tank fluidly connected to the second engine, the second fuel tank configured to supply fuel to the second engine; characterized in that the first fuel tank is a first plurality of fuel tanks; the second fuel tank is a second plurality of fuel tanks; the transport refrigeration system comprises a single filling point fluidly connected to the first plurality of fuel tanks and the second plurality of fuel tanks; and the single filling point is configured to receive fuel.
A computer-implemented system for managing privacy of a network communication, the system comprising: one or more memory devices that store instructions; and one or more computer processors configured to: receive a first network communication from a client device that is intended to be routed to a destination device; extract information from the first network communication; identify a privacy rule from a plurality of privacy rules based on the information, wherein each of the privacy rules identifies an associated network routing scheme, wherein the identified privacy rule is based at least in part on crowd sourced data obtained from a plurality of routers; generate a second network communication including data from the first network communication in accordance with the network routing scheme associated with the identified privacy rule; and cause the second network communication to be sent to a next relay or router in a communication path between the client device and the destination device. one or more memory devices that store instructions; and one or more computer processors configured to: receive a first network communication from a client device that is intended to be routed to a destination device; extract information from the first network communication; identify a privacy rule from a plurality of privacy rules based on the information, wherein each of the privacy rules identifies an associated network routing scheme, wherein the identified privacy rule is based at least in part on crowd sourced data obtained from a plurality of routers; generate a second network communication including data from the first network communication in accordance with the network routing scheme associated with the identified privacy rule; and cause the second network communication to be sent to a next relay or router in a communication path between the client device and the destination device. receive a first network communication from a client device that is intended to be routed to a destination device; extract information from the first network communication; identify a privacy rule from a plurality of privacy rules based on the information, wherein each of the privacy rules identifies an associated network routing scheme, wherein the identified privacy rule is based at least in part on crowd sourced data obtained from a plurality of routers; generate a second network communication including data from the first network communication in accordance with the network routing scheme associated with the identified privacy rule; and cause the second network communication to be sent to a next relay or router in a communication path between the client device and the destination device.