mhurhangee/ep-ind-claims huggingface dataset:
An organic rankine cycle power plant of the type having in serial flow relationship, an evaporator, a turbine and a condenser, comprising: a thermal source (11;19;28;34) for providing a flow of hot gases to a flow path passing through the evaporator; and a control mechanism comprising: at least one modulation device (21;31) disposed within said flow path for selectively varying the flow of hot gases to the evaporator; and a controller for selectively adjusting said modulation device (21;31); characterised in that: said controller is adapted to provide a digital signal to said modulation device (21;31) to selectively enable or disenable said device, and said controller is further adapted to provide an analog signal for selectively adjusting the position of said at least one modulation device (21;31) for the purpose of varying the flow of hot gases through the evaporator. a thermal source (11;19;28;34) for providing a flow of hot gases to a flow path passing through the evaporator; and a control mechanism comprising: at least one modulation device (21;31) disposed within said flow path for selectively varying the flow of hot gases to the evaporator; and a controller for selectively adjusting said modulation device (21;31); characterised in that: said controller is adapted to provide a digital signal to said modulation device (21;31) to selectively enable or disenable said device, and said controller is further adapted to provide an analog signal for selectively adjusting the position of said at least one modulation device (21;31) for the purpose of varying the flow of hot gases through the evaporator. at least one modulation device (21;31) disposed within said flow path for selectively varying the flow of hot gases to the evaporator; and a controller for selectively adjusting said modulation device (21;31); characterised in that: said controller is adapted to provide a digital signal to said modulation device (21;31) to selectively enable or disenable said device, and said controller is further adapted to provide an analog signal for selectively adjusting the position of said at least one modulation device (21;31) for the purpose of varying the flow of hot gases through the evaporator.
A steering tool comprising: an internal tube disposed inside an external tube, said internal and external tubes (12, 14) being arranged for longitudinal axial movement relative to one another, wherein a distal end of said internal tube is fixedly joined to a distal end of said external tube; a tube manipulator operative to cause relative axial movement of said internal and external tubes (12, 14) and bending of a distal portion of at least one of said internal and external tubes (12, 14); and a locking mechanism (18, 32, 34) operative to switch between a locked position and an unlocked position, wherein in the locked position said internal and external tubes (12, 14) are locked at a particular longitudinal axial position relative to one another, and in the unlocked position there is uninhibited free movement of said internal and external tubes (12, 14) relative to one another, wherein said locking mechanism (18, 32, 34) comprises an adjustment assembly operative to create an intermediate locked position in which there is partially inhibited movement of said internal and external tubes (12, 14) relative to one another, and wherein said adjustment assembly comprises a biasing device operative to apply a biasing force on at least one of said internal and external tubes (12, 14) that at least partially inhibits movement of said internal and external tubes (12, 14) relative to one another. an internal tube disposed inside an external tube, said internal and external tubes (12, 14) being arranged for longitudinal axial movement relative to one another, wherein a distal end of said internal tube is fixedly joined to a distal end of said external tube; a tube manipulator operative to cause relative axial movement of said internal and external tubes (12, 14) and bending of a distal portion of at least one of said internal and external tubes (12, 14); and a locking mechanism (18, 32, 34) operative to switch between a locked position and an unlocked position, wherein in the locked position said internal and external tubes (12, 14) are locked at a particular longitudinal axial position relative to one another, and in the unlocked position there is uninhibited free movement of said internal and external tubes (12, 14) relative to one another, wherein said locking mechanism (18, 32, 34) comprises an adjustment assembly operative to create an intermediate locked position in which there is partially inhibited movement of said internal and external tubes (12, 14) relative to one another, and wherein said adjustment assembly comprises a biasing device operative to apply a biasing force on at least one of said internal and external tubes (12, 14) that at least partially inhibits movement of said internal and external tubes (12, 14) relative to one another.
A switch assembly for an electronic device, comprising: a switch mount having a slide switch with a slide switch base and a slide switch actuator; first and second contact switches, wherein the slide switch is positioned between the first and second contact switches; and a keycap (204; 304) positionable in a recess of the device for slidable movement relative to the switch mount, the keycap being coupleable to the slide switch actuator and having an exposed portion and first and second ends, wherein the exposed portion is slidable by a user between at least a first position and a second position to execute a first control function, wherein the first and second ends are respectively alignable with the first and second contact switches, and wherein the keycap is rockable in at least one of the first position and the second position to actuate the first and second contact switches, respectively, as the keycap contacts and pivots relative to a pivot point, so as to execute a second control function, characterized in that said recess is formed in a midframe of the device, and in that the keycap is shaped to extend into the recess of the device for positioning against the pivot point defined by its point of contact with the midframe in the recess. a switch mount having a slide switch with a slide switch base and a slide switch actuator; first and second contact switches, wherein the slide switch is positioned between the first and second contact switches; and a keycap (204; 304) positionable in a recess of the device for slidable movement relative to the switch mount, the keycap being coupleable to the slide switch actuator and having an exposed portion and first and second ends, wherein the exposed portion is slidable by a user between at least a first position and a second position to execute a first control function, wherein the first and second ends are respectively alignable with the first and second contact switches, and wherein the keycap is rockable in at least one of the first position and the second position to actuate the first and second contact switches, respectively, as the keycap contacts and pivots relative to a pivot point, so as to execute a second control function,
A method for operating an electronic device, the method comprising: executing an application; controlling a first display to display an execution screen of the application based on using a first communication interface among a plurality of communication interfaces; receiving a user input for moving the execution screen of the application displayed on the first display to a second display; and based on receiving the user input, controlling the second display to display the execution screen of the application based on using a second communication interface among the plurality of communication interfaces, wherein the first communication interface is different from the second communication interface. executing an application; controlling a first display to display an execution screen of the application based on using a first communication interface among a plurality of communication interfaces; receiving a user input for moving the execution screen of the application displayed on the first display to a second display; and based on receiving the user input, controlling the second display to display the execution screen of the application based on using a second communication interface among the plurality of communication interfaces, wherein the first communication interface is different from the second communication interface.
A method for processing signals from an ultrasound probe acquisition including the following steps: - control of an array of M emission transducers (108 1,..., 108 N) for L successive emissions of ultrasound plane waves having L different successive emission angles (θ 1,..., θ L) in L emission zones (ZE 1,..., ZE L), - control of an array of N reception transducers (108 1,..., 108 N) so as to simultaneously receive for a predetermined duration, for each emission, N measurement time signals, measuring, in particular, echoes due to reflections of the emission considered, - reconstitution (606, 608, 610, 612, 614, 616) of an imaged zone by calculating, at each point of a plurality of predetermined points of said imaged zone, a value resulting from a processing of at least some of the LxN measurement time signals received, characterized in that the reconstitution of the imaged zone includes the following steps, performed by a processor for each point of the imaged zone: - determination of L' emissions, L' ≤ L, among the L successive emissions, of which the emission zones (ZE 1,..., ZE L) include the point considered, - calculation of L'xN flight times, each flight time t l,n being the time taken for the l-th plane wave, the emission zone of which includes the point considered, where 1 ≤ l ≤ L', to be received by the n-th reception transducer, where 1 ≤ n ≤ N, passing through the point considered according to a predetermined propagation mode, and - coherent summing (610, 612) of L'xN instantaneous values taken respectively, by the L'xN measurement time signals received corresponding to the L' emissions determined, at the L'xN flight times calculated. - control of an array of M emission transducers (108 1,..., 108 N) for L successive emissions of ultrasound plane waves having L different successive emission angles (θ 1,..., θ L) in L emission zones (ZE 1,..., ZE L), - control of an array of N reception transducers (108 1,..., 108 N) so as to simultaneously receive for a predetermined duration, for each emission, N measurement time signals, measuring, in particular, echoes due to reflections of the emission considered, - reconstitution (606, 608, 610, 612, 614, 616) of an imaged zone by calculating, at each point of a plurality of predetermined points of said imaged zone, a value resulting from a processing of at least some of the LxN measurement time signals received, - determination of L' emissions, L' ≤ L, among the L successive emissions, of which the emission zones (ZE 1,..., ZE L) include the point considered, - calculation of L'xN flight times, each flight time t l,n being the time taken for the l-th plane wave, the emission zone of which includes the point considered, where 1 ≤ l ≤ L', to be received by the n-th reception transducer, where 1 ≤ n ≤ N, passing through the point considered according to a predetermined propagation mode, and - coherent summing (610, 612) of L'xN instantaneous values taken respectively, by the L'xN measurement time signals received corresponding to the L' emissions determined, at the L'xN flight times calculated.
A weather barrier for at least partially sealing or sheltering a vehicle parked at a loading dock of a building, wherein the building has a doorway in a wall, and the doorway has an upper doorway edge, the weather barrier comprising: a canopy having a back end and a front end, the back end being mountable to the wall above the doorway, the front end to protrude forward from the wall when the canopy is mounted to the wall; a front bar at the front end of the canopy, the front bar being horizontally elongate; a back curtain (42, 142) hanging from the front bar, the back curtain (42, 142) having an upper curtain edge attached to the front bar, the back curtain (42, 142) having a lower curtain edge that is at a lower elevation than an elevation of the upper doorway edge when the canopy is mounted to the wall, the back curtain having a curtain width; a front panel hanging in front of the back curtain (42, 142), the front panel being less flexible than the back curtain (42, 142), the front panel having a panel width (60, 154) that is approximately 50 to 80 percent of the curtain width; and a space being interposed between and defined by the front panel and the back curtain (42, 142). a canopy having a back end and a front end, the back end being mountable to the wall above the doorway, the front end to protrude forward from the wall when the canopy is mounted to the wall; a front bar at the front end of the canopy, the front bar being horizontally elongate; a back curtain (42, 142) hanging from the front bar, the back curtain (42, 142) having an upper curtain edge attached to the front bar, the back curtain (42, 142) having a lower curtain edge that is at a lower elevation than an elevation of the upper doorway edge when the canopy is mounted to the wall, the back curtain having a curtain width; a front panel hanging in front of the back curtain (42, 142), the front panel being less flexible than the back curtain (42, 142), the front panel having a panel width (60, 154) that is approximately 50 to 80 percent of the curtain width; and a space being interposed between and defined by the front panel and the back curtain (42, 142).
A compressor for compressing refrigerant gas containing oil, the compressor comprising: a discharge chamber into which compressed refrigerant gas is discharged; a discharge passage connected to the discharge chamber; a lid provided at the discharge passage to partition the discharge passage from the discharge chamber; an oil separator provided in the discharge passage, wherein a separation chamber is formed between the oil separator and the lid; an introduction passage for introducing the refrigerant gas from the discharge chamber to the separation chamber, wherein the oil separator separates oil from the refrigerant gas introduced into the separation chamber; an oil reservoir provided around the lid to reserve oil separated from the refrigerant gas; a reservoir chamber for reserving the separated oil, wherein the reservoir chamber is connected to a low pressure zone in the compressor the pressure of which is lower than that in the discharge chamber; and an oil passage connecting the oil reservoir with the reservoir chamber; characterized in that the oil reservoir is an annular space formed between the outer circumferential surface of the lid and the inner wall surface of the discharge passage. a discharge chamber into which compressed refrigerant gas is discharged; a discharge passage connected to the discharge chamber; a lid provided at the discharge passage to partition the discharge passage from the discharge chamber; an oil separator provided in the discharge passage, wherein a separation chamber is formed between the oil separator and the lid; an introduction passage for introducing the refrigerant gas from the discharge chamber to the separation chamber, wherein the oil separator separates oil from the refrigerant gas introduced into the separation chamber; an oil reservoir provided around the lid to reserve oil separated from the refrigerant gas; a reservoir chamber for reserving the separated oil, wherein the reservoir chamber is connected to a low pressure zone in the compressor the pressure of which is lower than that in the discharge chamber; and an oil passage connecting the oil reservoir with the reservoir chamber;
A method of routing communication in a mobile communications system, the mobile communications system comprising a base station communicating with mobile communications devices (206, 208) via a wireless interface, wherein a first of the mobile communications devices communicates via the wireless interface by routing downlink and/or uplink traffic to the base station and by routing device-to-device traffic directly via a sidelink to at least one other of the mobile communications devices, characterised in that the method comprises: estimating, by the base station, using sidelink discovery reporting information from a second mobile communications device, that the sidelink between the first and second mobile communications devices (206, 208) is experiencing shadowing caused by one or more obstacles by evaluating whether the sidelink discovery reporting information corresponds to expected sidelink discovery reporting information for the second mobile communications device; upon estimating that the sidelink between the first and second mobile communications devices is experiencing shadowing, instructing, by the base station, the first and second mobile communications devices (206, 208) to communicate via the base station for at least part of the device-to-device traffic for the first mobile communications device. estimating, by the base station, using sidelink discovery reporting information from a second mobile communications device, that the sidelink between the first and second mobile communications devices (206, 208) is experiencing shadowing caused by one or more obstacles by evaluating whether the sidelink discovery reporting information corresponds to expected sidelink discovery reporting information for the second mobile communications device; upon estimating that the sidelink between the first and second mobile communications devices is experiencing shadowing, instructing, by the base station, the first and second mobile communications devices (206, 208) to communicate via the base station for at least part of the device-to-device traffic for the first mobile communications device.
Auxiliary device for changing blades of a mower comprising a cutterbar that has at least two rotating cutting discs, the blades being connected to the cutting disc by a quick-release blade fastener, the quick-release blade fastener comprising a flexible component which is designed as a resiliently flexible holding element, the auxiliary device which is brought up to the cutting disc being configured to open the quick-release blade fastener in a manner actuated by drive energy in order to remove and/or install a blade and to close the quick-release blade fastener again after a blade has been removed and/or installed, characterised in that the drive energy-actuated opening and closing process of the quick-release blade fastener is carried out by at least one actuator of the auxiliary device, which actuator is configured to carry out the opening and closing process of the quick-release blade fastener by moving the flexible component in a designated direction.
A data processing method, wherein the method is performed by a data provider (11, 12), the data provider (11, 12) having first plaintext data, the method comprising, at the data provider (11, 12): obtaining first encrypted data of the first plaintext data, a first key used to decrypt the first encrypted data, and authorization information about the first plaintext data; sending a verification request to a data manager, the data manager including a first trusted execution environment; receiving authentication information from the data manager, and performing verification, based on the authentication information, to determine whether the first trusted execution environment is a secure execution environment, the authentication information being generated by the first trusted execution environment after receiving the verification request; and when the verification succeeds, securely transmitting the first key and the authorization information to the first trusted execution environment, and providing the first encrypted data to the data manager, wherein the authorization information includes at least one code hash value of at least one program allowed to use the first plaintext data and at least one piece of access permission information corresponding to the at least one code hash value, and wherein the access permission information is information about a calculation result of the at least one program. obtaining first encrypted data of the first plaintext data, a first key used to decrypt the first encrypted data, and authorization information about the first plaintext data; sending a verification request to a data manager, the data manager including a first trusted execution environment; receiving authentication information from the data manager, and performing verification, based on the authentication information, to determine whether the first trusted execution environment is a secure execution environment, the authentication information being generated by the first trusted execution environment after receiving the verification request; and when the verification succeeds, securely transmitting the first key and the authorization information to the first trusted execution environment, and providing the first encrypted data to the data manager, wherein the authorization information includes at least one code hash value of at least one program allowed to use the first plaintext data and at least one piece of access permission information corresponding to the at least one code hash value, and wherein the access permission information is information about a calculation result of the at least one program.