mhurhangee/ep-ind-claims huggingface dataset:
A lifting apparatus (1, 20, 44) for lifting drill string components from a wellbore, the lifting apparatus (1, 20, 44) comprising: upper and lower support elements (15, 2), each of the support elements (15, 2) having a central aperture (48,6) passing therethrough; a lifting arrangement (9, 45) which is operable to vary the distance between the upper and lower support elements (15, 2) between a first, relatively short distance and a second, relatively long distance; and selective gripping arrangements held or supported by the upper and lower support elements (15, 2), respectively, each selective gripping arrangement being operable to apply a gripping force to the exterior of a substantially tubular element passing through the central apertures (48, 6) of the upper and lower support elements (15, 2), wherein the selective gripping arrangements may be activated or deactivated independently of one another to jack a drill string, and wherein the selective gripping arrangements each comprise a set of slips, each of which can be opened so that a substantially tubular element can be removed laterally therefrom, wherein the upper and lower support elements (15, 2) each have an inner surface defining the central aperture (48, 6), and an outer surface, and a slot (16, 5) passing through the entire depth of the element (15, 2) and providing communication between the inner surface and the outer surface, and wherein the central apertures (48, 6) of the upper and lower support elements (15, 2) are at least partially aligned with one another, and the slots (16, 5) of the upper and lower support elements (15, 2) are at least partially aligned with one another, wherein the selective gripping arrangement held by the upper support element may be placed in the closed position, so that it grips an outer surface of the substantially tubular element and supports the substantially tubular element, and the selective gripping arrangement held by the lower support element may be placed in the open position so that cables fixed on the outside of the tubular can be removed from the side of the substantially tubular element through the slot of the lower support element. upper and lower support elements (15, 2), each of the support elements (15, 2) having a central aperture (48,6) passing therethrough; a lifting arrangement (9, 45) which is operable to vary the distance between the upper and lower support elements (15, 2) between a first, relatively short distance and a second, relatively long distance; and selective gripping arrangements held or supported by the upper and lower support elements (15, 2), respectively, each selective gripping arrangement being operable to apply a gripping force to the exterior of a substantially tubular element passing through the central apertures (48, 6) of the upper and lower support elements (15, 2), wherein the selective gripping arrangements may be activated or deactivated independently of one another to jack a drill string, and wherein the selective gripping arrangements each comprise a set of slips, each of which can be opened so that a substantially tubular element can be removed laterally therefrom,
A method of optimizing a hydraulic fracturing stimulation model comprising: a) installing a fiber optic cable in a treatment well; b) installing a fiber optic cable in an observational well situated near said treatment well; c) attaching each fiber optic cable to an interrogator; d) performing at least one stage of a multistage hydraulic fracturing stimulation in said treatment well according to a hydraulic fracturing plan; e) interrogating each fiber optic cable with an interrogation signal during said performing step; f) recording a reflected Distributed Acoustic Sensing, DAS, dataset from each interrogator; g) converting each reflected DAS dataset into a continuous record by merging the record from the same interrogator; h) interpreting each transformed record to provide an interpreted record; i) optimizing said hydraulic fracturing stimulation plan using each interpreted record; and j) implementing an optimized hydraulic fracturing plan in subsequent fracturing stages in said reservoir; the method being characterised by: k) transforming each continuous record with a low-pass filter transform of 0-50 mHz and down sampling the data to provide a transformed record; wherein said reflected datasets records formation stress change. a) installing a fiber optic cable in a treatment well; b) installing a fiber optic cable in an observational well situated near said treatment well; c) attaching each fiber optic cable to an interrogator; d) performing at least one stage of a multistage hydraulic fracturing stimulation in said treatment well according to a hydraulic fracturing plan; e) interrogating each fiber optic cable with an interrogation signal during said performing step; f) recording a reflected Distributed Acoustic Sensing, DAS, dataset from each interrogator; g) converting each reflected DAS dataset into a continuous record by merging the record from the same interrogator; h) interpreting each transformed record to provide an interpreted record; i) optimizing said hydraulic fracturing stimulation plan using each interpreted record; and j) implementing an optimized hydraulic fracturing plan in subsequent fracturing stages in said reservoir; the method being characterised by: k) transforming each continuous record with a low-pass filter transform of 0-50 mHz and down sampling the data to provide a transformed record; wherein said reflected datasets records formation stress change. k) transforming each continuous record with a low-pass filter transform of 0-50 mHz and down sampling the data to provide a transformed record; wherein said reflected datasets records formation stress change.
A cryptographic integrated circuit adapted to managing operations on an information stream, comprising: a first one-way function, OWF, circuit block configured to generate a hash of an input message; a programmable transformation function circuit block configured to be customized by a transform key (108; 306) and to transform the hash into a transformed hash; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result, wherein the cryptographic integrated circuit controls an information stream knowledge hierarchy, and wherein the transform key (108; 306) is derived from a user passphrase that enables creation of the information stream. a first one-way function, OWF, circuit block configured to generate a hash of an input message; a programmable transformation function circuit block configured to be customized by a transform key (108; 306) and to transform the hash into a transformed hash; and a second OWF circuit block configured to generate a second hash of the transformed hash as an output result, wherein the cryptographic integrated circuit controls an information stream knowledge hierarchy, and wherein the transform key (108; 306) is derived from a user passphrase that enables creation of the information stream.
A mobile terminal configured for performing multitasking for processing an additional task while playing a video, the mobile terminal comprising: a display unit configured to display a play window for outputting the video by overlaying the play window on a task window for processing the additional task such that a center of the play window is located in a part of a display screen of the display unit located in a first direction with respect to a center of the display unit; and characterized by further comprising a controller configured to, when a user input for scrolling the task window to access data of the task window located in the first direction is received: scroll the task window in response to the user input; and at least one of: automatically increase a transparency of the play window, wherein the controller is configured to adjust a level that the transparency of the play window is increased in proportion to a scroll moving distance of the task window; and automatically control a display location of the play window to be moved in a second direction opposite to the first direction, wherein the controller is configured to adjust a moving extent of the display location of the play window in proportion to a scroll moving distance of the task window. a display unit configured to display a play window for outputting the video by overlaying the play window on a task window for processing the additional task such that a center of the play window is located in a part of a display screen of the display unit located in a first direction with respect to a center of the display unit; and scroll the task window in response to the user input; and at least one of: automatically increase a transparency of the play window, wherein the controller is configured to adjust a level that the transparency of the play window is increased in proportion to a scroll moving distance of the task window; and automatically control a display location of the play window to be moved in a second direction opposite to the first direction, wherein the controller is configured to adjust a moving extent of the display location of the play window in proportion to a scroll moving distance of the task window. automatically increase a transparency of the play window, wherein the controller is configured to adjust a level that the transparency of the play window is increased in proportion to a scroll moving distance of the task window; and automatically control a display location of the play window to be moved in a second direction opposite to the first direction, wherein the controller is configured to adjust a moving extent of the display location of the play window in proportion to a scroll moving distance of the task window.
A method comprising: receiving a first measured position value representative of a position of a valve actuator or a movement of a valve actuator; receiving a second measured position value representative of the position of the valve actuator or a movement of the valve actuator; receiving a first pressure value associated with the valve actuator; receiving a second pressure value associated with the valve actuator; computing a first estimated position of the valve actuator or an estimated behaviour of the valve actuator using the first pressure value and the second pressure value; selecting one of the first measured position value and the second measured position value based on the first estimated position or the estimated behaviour; and generating a first valve control signal for the valve actuator based on the selected one of the first measured position value and second measured position value. receiving a first measured position value representative of a position of a valve actuator or a movement of a valve actuator; receiving a second measured position value representative of the position of the valve actuator or a movement of the valve actuator; receiving a first pressure value associated with the valve actuator; receiving a second pressure value associated with the valve actuator; computing a first estimated position of the valve actuator or an estimated behaviour of the valve actuator using the first pressure value and the second pressure value; selecting one of the first measured position value and the second measured position value based on the first estimated position or the estimated behaviour; and generating a first valve control signal for the valve actuator based on the selected one of the first measured position value and second measured position value.
A neutron capture therapy system in which an irradiation target is irradiated with a neutron beam, the system comprising: an irradiation chamber which is surrounded by a shielding wall blocking the neutron beam from being radiated from the inside to the outside of the chamber and in which the irradiation target is arranged inside the chamber and is irradiated with the neutron beam; a neutron beam irradiation unit that irradiates the inside of the irradiation chamber with the neutron beam; a shielding door that closes a gate provided in the shielding wall; a medicine supply device that supplies a medicine to the irradiation target; and a medicine supply tube through which the medicine is introduced from the medicine supply device to the irradiation target arranged inside the irradiation chamber wherein the medicine supply device has a control unit. which controls a supply quantity of the medicine and is arranged outside the irradiation chamber. an irradiation chamber which is surrounded by a shielding wall blocking the neutron beam from being radiated from the inside to the outside of the chamber and in which the irradiation target is arranged inside the chamber and is irradiated with the neutron beam; a neutron beam irradiation unit that irradiates the inside of the irradiation chamber with the neutron beam; a shielding door that closes a gate provided in the shielding wall; a medicine supply device that supplies a medicine to the irradiation target; and a medicine supply tube through which the medicine is introduced from the medicine supply device to the irradiation target arranged inside the irradiation chamber wherein the medicine supply device has a control unit. which controls a supply quantity of the medicine and is arranged outside the irradiation chamber.
A microbicidal store releasing silver ions during hand and machine washing, comprising silver-coated fibers and/or silver-coated threads, characterized in that said store comprises a three-dimensional cylindrical water-permeable molded part, wherein said fibers and/or threads having a length of from 10 m to 1000 m are provided in a hollow space of said molded part and said molded part has a cylindrical support body for the fibers and/or threads inside, wherein said fibers and/or threads are wound up onto the lateral surface of said support body.
A shock-absorbing seat stay for connection with a seat tube of a bicycle, comprising: a seat tube coupler made of fiber reinforced material and having a coupling portion and two branches, the coupling portion having a first end and a second end, the first end being adapted for connection with the seat tube of the bicycle, the two branches integrally extending from the second end and each having a first joint portion; two extended parts each having a second joint portion corresponding to one of the first joint portions; and two shock-absorption members made of elastic material and held between the corresponsive first and second joint portions (13, 22); characterized in that the two extended parts are made of fiber reinforced material; each of the first joint portions has at least one first through hole; each of the second joint portions has at least one second through hole; each of the shock-absorption members has at least one third through hole; at least two fastener units each mounted to one set of the first, second, and third through holes (14, 23, 31) interconnect the corresponsive first joint portion, second joint portion, and shock-absorption member, each of the at least two fastener units having a screw bolt and a screw nut. a seat tube coupler made of fiber reinforced material and having a coupling portion and two branches, the coupling portion having a first end and a second end, the first end being adapted for connection with the seat tube of the bicycle, the two branches integrally extending from the second end and each having a first joint portion; two extended parts each having a second joint portion corresponding to one of the first joint portions; and two shock-absorption members made of elastic material and held between the corresponsive first and second joint portions (13, 22); characterized in that the two extended parts are made of fiber reinforced material; each of the first joint portions has at least one first through hole; each of the second joint portions has at least one second through hole; each of the shock-absorption members has at least one third through hole; at least two fastener units each mounted to one set of the first, second, and third through holes (14, 23, 31) interconnect the corresponsive first joint portion, second joint portion, and shock-absorption member, each of the at least two fastener units having a screw bolt and a screw nut.
A method for in vitro detection and/or monitoring of a disease in a sample comprising the following steps: providing a sample from a patient, enriching and/or purifying protease-containing extracellular vesicles from the sample, wherein said extracellular vesicles do not express CD81; and measuring enzymatic activity of at least one disease-associated protease in said enriched and/or purified extracellular vesicles. providing a sample from a patient, enriching and/or purifying protease-containing extracellular vesicles from the sample, wherein said extracellular vesicles do not express CD81; and measuring enzymatic activity of at least one disease-associated protease in said enriched and/or purified extracellular vesicles.
A method for detecting one or more herpesviruses in a biological sample, which comprises the steps: - extracting DNA from the biological sample; - amplifying the extracted DNA; - translating the amplified DNA to ssRNA; - hybridizing ssRNAs to oligonucleotide sequences on a microarray, said oligonucleotide sequences corresponding to each of the herpesviruses to be detected; - extending the hybridized ssRNA by primer extension method in the presence of detectable nucleotides; - detecting a signal from the detectable nucleotides by a suitable method; wherein the length of the oligonucleotide sequence is less than 50 nucleotides and the sequence comprises a sequence in 5' to 3' direction selected from the group comprising SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 8, SEQ ID NO: 11, SEQ ID NO: 14, SEQ ID NO: 17, SEQ ID NO: 18, SEQ ID NO: 21, SEQ ID NO: 24, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 27, SEQ ID NO: 28 and SEQ ID NO: 29, or a sequence lacking one nucleotide, having one additional nucleotide, or having one change in the nucleotide sequence compared to the sequences SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 8, SEQ ID NO: 11, SEQ ID NO: 14, SEQ ID NO: 17, SEQ ID NO: 18, SEQ ID NO: 21, SEQ ID NO: 24, SEQ ID NO: 25, SEQ ID NO: 26, SEQ ID NO: 27, SEQ ID NO: 28 or SEQ ID NO: 29. - extracting DNA from the biological sample; - amplifying the extracted DNA; - translating the amplified DNA to ssRNA; - hybridizing ssRNAs to oligonucleotide sequences on a microarray, said oligonucleotide sequences corresponding to each of the herpesviruses to be detected; - extending the hybridized ssRNA by primer extension method in the presence of detectable nucleotides; - detecting a signal from the detectable nucleotides by a suitable method;
A garment steamer, having a host and a nozzle connected with the host by using a gas pipeline, a plasma generator for ionizing air, wherein plasmas generated by the plasma generator are released through a plasma outlet disposed on the nozzle and the plasma generator is disposed in a part where the nozzle is bonded to the gas pipeline and the plasma generator is disposed in the nozzle characterized in that, the nozzle is internally provided with a conveying device that sends the plasmas generated by the plasma generator to the plasma outlet and the conveying device comprises a channel and a fan, wherein one end of the channel is aligned with the plasma outlet.
Refrigeration device having a heat-insulating housing (1, 2) which surrounds an internal space (7, 8) and comprises a solid outer wall, a solid inner wall and an insulating material layer that is enclosed between said walls, and having a water drain which extends through the two walls (3, 4) and the insulating material layer, wherein the water drain comprises a tubular duct which is pushed through an opening (35, 37) in at least one of the walls (3, 4), and in that the edge of the opening (35, 37) engages in a circumferential groove (24, 38) of the tubular duct, and the tubular duct passes through the opening in an outwardly declivitous orientation, wherein the inner wall is a vertical wall, characterised in that the groove extends in a plane which cuts the axis of the tubular duct at a non-orthogonal angle at the height of the groove.
A method of segmenting a multicast stream into unicast segments by a segmentation module, wherein the multicast stream comprises a sequence of real time transport protocol packets, each real time transport protocol packet comprising a header and a payload, and each payload portion comprising a plurality of transport stream packets, said method comprising: receiving the multicast stream; generating a plurality of unicast segments comprising transport stream packets taken from the multicast stream; encoding a plurality of portions of data into the file name of each of the unicast segments; generating a header file associated with each of the unicast segments, said header file comprising the header from the real time transport protocol packets; encoding into the file name of each of the header files a subset of the portions of data of the associated unicast segment; wherein a transport stream packet in each generated unicast segment comprises a program clock reference field, and the subset of the portions comprises the program clock reference field. receiving the multicast stream; generating a plurality of unicast segments comprising transport stream packets taken from the multicast stream; encoding a plurality of portions of data into the file name of each of the unicast segments; generating a header file associated with each of the unicast segments, said header file comprising the header from the real time transport protocol packets; encoding into the file name of each of the header files a subset of the portions of data of the associated unicast segment; wherein a transport stream packet in each generated unicast segment comprises a program clock reference field, and the subset of the portions comprises the program clock reference field.