mhurhangee/ep-ind-claims huggingface dataset:
A method of using an electronic program guide for reminding a user to watch recorded programming, the method comprising: receiving from a service provider a generated schedule of programs available to watch or record; sending to the service provider a history of programs recorded using the electronic program guide; receiving from the service provider reminder data associated with a scheduled program and with an advertisement, the reminder data being configured to activate a reminder after the scheduled program is recorded, the advertisement being selected based on the history; recording the scheduled program; activating the reminder for the scheduled program when the scheduled program is recorded, but has not been viewed, based on the reminder data; and generating for display the reminder for the scheduled program and the advertisement, wherein the reminder indicates that the scheduled program has been recorded and has not been viewed. receiving from a service provider a generated schedule of programs available to watch or record; sending to the service provider a history of programs recorded using the electronic program guide; receiving from the service provider reminder data associated with a scheduled program and with an advertisement, the reminder data being configured to activate a reminder after the scheduled program is recorded, the advertisement being selected based on the history; recording the scheduled program; activating the reminder for the scheduled program when the scheduled program is recorded, but has not been viewed, based on the reminder data; and generating for display the reminder for the scheduled program and the advertisement, wherein the reminder indicates that the scheduled program has been recorded and has not been viewed.
An antenna arrangement for a radar system arranged for coverage of a surveillance area and comprising antenna elements, the antenna elements being arranged to receive a signal transmitted from a transmit antenna of a transmit antenna arrangement and reflected by a target towards the antenna arrangement, characterized in that: • the antenna arrangement comprises at least three line arrays (200, 304, 401, 402, 501, 502, 601-603), each line array is aligned along at least a part of a first, a second and a third edge of a tetraeder, and comprising at least two antenna elements, • each antenna element being connected to a receiver where each line array is arranged to create, by using digital beam forming, a number of adjacent and partly overlapping beams (201-217, 301) for instantaneous coverage of at least said surveillance area and, • within the surveillance area said line arrays are arranged such that there is always free line of sight from at least two line arrays to the target, thus allowing the target position to be limited to one or two crossing areas (405, 406, 604) between at least two beams from different line arrays from which target reflections have been received. • the antenna arrangement comprises at least three line arrays (200, 304, 401, 402, 501, 502, 601-603), each line array is aligned along at least a part of a first, a second and a third edge of a tetraeder, and comprising at least two antenna elements, • each antenna element being connected to a receiver where each line array is arranged to create, by using digital beam forming, a number of adjacent and partly overlapping beams (201-217, 301) for instantaneous coverage of at least said surveillance area and, • within the surveillance area said line arrays are arranged such that there is always free line of sight from at least two line arrays to the target, thus allowing the target position to be limited to one or two crossing areas (405, 406, 604) between at least two beams from different line arrays from which target reflections have been received.
A boronated polyphosphinohydrazide having the basic structural unit: wherein, Y is O or S; R is H, an unsaturated or saturated alkyl, an aryl, a heterocyclic, a cycloaliphatic, or a metallocene; and n is from 1 to 500.
An isolated monoclonal antibody that binds human pre-Haptoglobin-2 but does not bind human pre-Haptoglobin-1, human Haptoglobin-1, or human Haptoglobin-2 as determined by surface plasmon resonance, wherein the monoclonal antibody specifically binds GYVEHSVRY (SEQ ID NO:1).
A molecular sieve having, in its calcined form, an X-ray diffraction pattern including the peaks listed in the following table: 2-Theta d-Spacing, nm Relative Intensity Peak Broadening 7.09 ± 0.30 1.246 VS Sh 7.93 ± 0.30 1.114 W - VS Sh - B 10.00 ± 0.30 0.884 W-M B 14.12 ± 0.30 0.627 W B 15.86 ± 0.30 0.558 W B 20.92 ± 0.30 0.424 M Sh - B 21.36 ± 0.30 0.416 M Sh - B 22.56 ± 0.30 0.394 M - VS Sh 23.15 ± 0.30 0.384 W-M B 28.54 ± 0.30 0.312 M B and wherein the molecular sieve has a composition comprising the molar relationship: Al 2 O 3: ( n)SiO 2 wherein n is in a range of 10 to 100.
An atmosphere starry sky light for festival entertainment, comprising: a constellation unit, a planetary unit, a starry sky unit and a background unit, wherein: the constellation unit is configured to switch patterns of twelve constellations and perform projection display on the patterns of the twelve constellations; the starry sky unit is configured to project a starry sky background; the background unit is configured to project patterns of aurora, clouds, and ripples; the planetary unit is configured to switch patterns of a planet, and to project and display a planetary image; and the constellation unit, the planetary unit, the starry sky unit and the background unit form a panoramic image of the cosmic starry sky by superimposing and combining, wherein the constellation unit is provided with a DOE grating combination disk, the DOE grating combination disk is provided with a twelve constellation pattern, a constellation pattern DOE grating lens is arranged above the DOE grating combination disk, a laser generator is provided below the DOE grating combination disk, an optical path of the laser generator emitting laser light is divided into two paths by a beam splitter, in which one optical path passes through the DOE grating combination disk and forms the twelve constellation pattern on the constellation pattern DOE grating lens, and the other optical path is directed to a stars imaging DOE grating lens under a starry sky imaging DOE grating lens in the starry sky unit. the constellation unit is configured to switch patterns of twelve constellations and perform projection display on the patterns of the twelve constellations; the starry sky unit is configured to project a starry sky background; the background unit is configured to project patterns of aurora, clouds, and ripples; the planetary unit is configured to switch patterns of a planet, and to project and display a planetary image; and the constellation unit, the planetary unit, the starry sky unit and the background unit form a panoramic image of the cosmic starry sky by superimposing and combining, wherein the constellation unit is provided with a DOE grating combination disk, the DOE grating combination disk is provided with a twelve constellation pattern, a constellation pattern DOE grating lens is arranged above the DOE grating combination disk, a laser generator is provided below the DOE grating combination disk, an optical path of the laser generator emitting laser light is divided into two paths by a beam splitter, in which one optical path passes through the DOE grating combination disk and forms the twelve constellation pattern on the constellation pattern DOE grating lens, and the other optical path is directed to a stars imaging DOE grating lens under a starry sky imaging DOE grating lens in the starry sky unit.
An interface joint for interconnecting an electrosurgical generator and an electrosurgical instrument, the interface joint comprising: a housing made of electrically insulating material, the housing having: a first inlet for receiving radiofrequency electromagnetic energy and/or microwave frequency EM energy from the electrosurgical generator, a second inlet for receiving fluid, and an outlet; a flexible shaft for connecting the housing to the electrosurgical instrument, the flexible shaft extending through the outlet and having a longitudinal passage therein, which provides a fluid flow path that is in fluid communication with the second inlet, and which conveys a coaxial transmission line that is connected to the first inlet; an actuation mechanism operably connected to the electrosurgical instrument to control deployment of a fluid delivery structure, the actuation mechanism comprising: an actuation rod extending out of the housing through the outlet, an actuator arm pivotably mounted on the housing, the actuator arm having a first portion that protrudes from the housing, and a second portion operably connected to the actuation rod. a housing made of electrically insulating material, the housing having: a first inlet for receiving radiofrequency electromagnetic energy and/or microwave frequency EM energy from the electrosurgical generator, a second inlet for receiving fluid, and an outlet; a first inlet for receiving radiofrequency electromagnetic energy and/or microwave frequency EM energy from the electrosurgical generator, a second inlet for receiving fluid, and an outlet; a flexible shaft for connecting the housing to the electrosurgical instrument, the flexible shaft extending through the outlet and having a longitudinal passage therein, which provides a fluid flow path that is in fluid communication with the second inlet, and which conveys a coaxial transmission line that is connected to the first inlet; an actuation mechanism operably connected to the electrosurgical instrument to control deployment of a fluid delivery structure, the actuation mechanism comprising: an actuation rod extending out of the housing through the outlet, an actuator arm pivotably mounted on the housing, the actuator arm having a first portion that protrudes from the housing, and a second portion operably connected to the actuation rod. an actuation rod extending out of the housing through the outlet, an actuator arm pivotably mounted on the housing, the actuator arm having a first portion that protrudes from the housing, and a second portion operably connected to the actuation rod.
A gas turbine engine comprising: a rotor including a rotor disk (66; 166; 266; 366) and a plurality of circumferentially-spaced blades (68; 168), the rotor disk (66; 166; 266; 366) and the blades (68; 168) being co-rotatable about an axis; and a case circumscribing the rotor; characterised in that: the rotor disk (66; 166; 266; 366) and the plurality of blades (68; 168) are formed with a single crystal structure, such that the rotor disk (66; 166; 266; 366) is tuned, with regard to centrifugal and thermal growth responsiveness, to the case for a given operational scenario of the gas turbine engine and such that the rotor disk (66; 166; 266; 366) and case together provide a tuned clearance response, the operational scenario involving a series of engine events including at least two of: engine acceleration, engine deceleration, and engine steady-state operation. a rotor including a rotor disk (66; 166; 266; 366) and a plurality of circumferentially-spaced blades (68; 168), the rotor disk (66; 166; 266; 366) and the blades (68; 168) being co-rotatable about an axis; and a case circumscribing the rotor; characterised in that: the rotor disk (66; 166; 266; 366) and the plurality of blades (68; 168) are formed with a single crystal structure, such that the rotor disk (66; 166; 266; 366) is tuned, with regard to centrifugal and thermal growth responsiveness, to the case for a given operational scenario of the gas turbine engine and such that the rotor disk (66; 166; 266; 366) and case together provide a tuned clearance response, the operational scenario involving a series of engine events including at least two of: engine acceleration, engine deceleration, and engine steady-state operation.
A method, comprising: initiating, at a client device (125 or 120) in a network, a Hyper-Text Transfer Protocol, HTTP, streaming session, wherein the client device (125 or 120) has a buffer and is configured to request and receive one or more data segments over HTTP from an HTTP server; requesting a first data segment at a first data source rate; receiving the first data segment at the first data source rate; storing the first data segment in the buffer; calculating a second data source rate calculated according to the following formula: R = Rlast + kappa * L − L 0 + eta * L − Llast, wherein: R is the second data source rate, Rlast is the first data source rate, L is the storage level in the buffer, L0 is a predetermined reference storage level in the buffer, Llast is a previous storage level in the buffer, kappa is a first predetermined scaling parameter, and eta is a second predetermined scaling parameter, and requesting a second data segment at the second data source rate. initiating, at a client device (125 or 120) in a network, a Hyper-Text Transfer Protocol, HTTP, streaming session, wherein the client device (125 or 120) has a buffer and is configured to request and receive one or more data segments over HTTP from an HTTP server; requesting a first data segment at a first data source rate; receiving the first data segment at the first data source rate; storing the first data segment in the buffer; calculating a second data source rate calculated according to the following formula: R = Rlast + kappa * L − L 0 + eta * L − Llast, wherein: R is the second data source rate, Rlast is the first data source rate, L is the storage level in the buffer, L0 is a predetermined reference storage level in the buffer, Llast is a previous storage level in the buffer, kappa is a first predetermined scaling parameter, and eta is a second predetermined scaling parameter, and R is the second data source rate, Rlast is the first data source rate, L is the storage level in the buffer, L0 is a predetermined reference storage level in the buffer, Llast is a previous storage level in the buffer, kappa is a first predetermined scaling parameter, and eta is a second predetermined scaling parameter, and requesting a second data segment at the second data source rate.
A polymer or oligomer comprising a) An oligomeric or polymeric core comprising carbon atoms and at least one of oxygen atoms and nitrogen atoms, and b) at least three hydrocarbyl terminal and/or pending groups having 12 to 100 carbon atoms, wherein the hydrocarbyl groups are linked to the core via c) a linking moiety comprising i) a urethane group and ii) a group selected from urethane group, urea group, and biuret group. a) An oligomeric or polymeric core comprising carbon atoms and at least one of oxygen atoms and nitrogen atoms, and b) at least three hydrocarbyl terminal and/or pending groups having 12 to 100 carbon atoms, wherein the hydrocarbyl groups are linked to the core via c) a linking moiety comprising i) a urethane group and ii) a group selected from urethane group, urea group, and biuret group.
A filler metal chemistry consisting of: an amount of chromium of between 9.0 and 16% by weight; an amount of cobalt by weight of between 7.0% and 14% by weight; an amount of molybdenum of betweent 10% and 20% by weight; an amount of iron of between 1.0 % and 5.0 % by weight; an amount of aluminum of between 0.05 % and 0.75 % by weight; an amount of titanium of between 0.5 % and 2.0 % by weight; an amount of manganese not to exceed 0.8 % by weight; an amount of carbon of between 0.02 % and 0.10 % by weight; an amount of titanium+aluminum of between 0.55 % and 2.75 % by weight; and balance nickel. an amount of chromium of between 9.0 and 16% by weight; an amount of cobalt by weight of between 7.0% and 14% by weight; an amount of molybdenum of betweent 10% and 20% by weight; an amount of iron of between 1.0 % and 5.0 % by weight; an amount of aluminum of between 0.05 % and 0.75 % by weight; an amount of titanium of between 0.5 % and 2.0 % by weight; an amount of manganese not to exceed 0.8 % by weight; an amount of carbon of between 0.02 % and 0.10 % by weight; an amount of titanium+aluminum of between 0.55 % and 2.75 % by weight; and balance nickel.
Portable power tool for predominantly percussively driven application tools, in particular hammer drills and/or chipping hammers, having a percussion axis (6, 106, 206, 306, 406, 506, 606, 706, 806, 906) and an intermediate shaft (7, 107, 207, 307, 407, 507, 607, 707, 807, 907) that is parallel to this percussion axis (6, 106, 206, 306, 406, 506, 606, 706, 806, 906), having a first stroke generating device (13, 113, 213, 313, 413, 513, 613, 713, 813, 913), which is arranged on and is able to be driven by the intermediate shaft (7, 107, 207, 307, 407, 507, 607, 707, 807, 907) and has a stroke element (20a, 120a, 220a, 320a, 420a, 520a, 620a, 720a, 820a, 920a), for a percussion drive, and having at least one additional second stroke generating device (23, 123, 223, 323, 423, 523, 623, 723, 823, 923), which has at least one second stroke element (20a, 120a, 220a, 320a, 420a, 520a, 620a, 720a, 820a, 920a), for driving a counter-oscillator (31, 131, 231, 331, 431, 531, 631, 731, 831, 931), wherein a phase shift Δ that is different from zero is provided between a movement of the first stroke element (20a, 120a, 220a, 320a, 420a, 520a, 620a, 720a, 820a, 920a) and a movement of the at least one second stroke element (30a, 130a, 230a, 330a, 430a, 530a, 630a, 730a, 830a, 930a), characterized in that this phase shift Δ is also other than 180°.
A monitoring system, comprising: a first real-time detection device configured to detect output data of target equipment, a second real-time detection device configured to detect a control instruction to be input to the target equipment, the control instruction being output from a central control device configured to receive an operation from an operator; and a monitoring device configured to acquire the output data from the first real-time detection device and to acquire the control instruction from the second real-time detection device, wherein the monitoring device is configured to function as a simulation unit configured to simulate the target equipment, with models of the target equipment and the central control device, and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device, and a determination unit configured to determine that an abnormality has occurred in the target equipment, when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold. a first real-time detection device configured to detect output data of target equipment, a second real-time detection device configured to detect a control instruction to be input to the target equipment, the control instruction being output from a central control device configured to receive an operation from an operator; and a monitoring device configured to acquire the output data from the first real-time detection device and to acquire the control instruction from the second real-time detection device, wherein the monitoring device is configured to function as a simulation unit configured to simulate the target equipment, with models of the target equipment and the central control device, and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device, and a determination unit configured to determine that an abnormality has occurred in the target equipment, when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold. a simulation unit configured to simulate the target equipment, with models of the target equipment and the central control device, and to calculate a control instruction to be required to output the output data from the target equipment by calculating backward from the output data acquired from the first real-time detection device, and a determination unit configured to determine that an abnormality has occurred in the target equipment, when a difference between the control instruction calculated by the simulation unit and the control instruction acquired from the second real-time detection device is equal to or more than a predetermined threshold.
A performance measurement device for a series of claw-pole generator rotors comprising an excitation power supply connection mechanism, a rotor detection mechanism, a measurement position adjustment mechanism and a pressing mechanism which are sequentially and fixedly arranged; and the rotor detection mechanism comprises a detection box and a support base, an adjusting ring, an axle sleeve which are sequentially arranged in the detection box, the adjusting ring is matched with the axle sleeve hole shaft, the adjusting ring and the axle sleeve are used for positioning different types of tested rotors, and for realizing a series of measurements, characterized in that the rotor detection mechanism is a rotor magnetic field detection mechanism and the detection box comprises a serial slotted guide ring, wherein the support base, the adjusting ring, the axle sleeve and the serial slotted guide ring are sequentially arranged in the detection box, the detection box further comprising a sleeve and in that the said measurement position adjusting mechanism comprises a special shaped spline shaft and its support pedestal and an index plate with adjusting handle, and the index plate is provided with limiting holes, which limiting holes are connected with limiting holes at the outer edge of the sleeve in the lower end through pins.
A system operable to determine a future point of time, at which the alcohol concentration in blood of a user is less than a threshold value, said system comprises an alcohol sensor means operable to detect a current alcohol concentration in blood of said user, and a portable apparatus, wherein said alcohol sensor means, and said portable apparatus each comprises a wireless communication means (16 12; 16 14),wherein a first wireless communication means (16 12) in said alcohol sensor means is operable to wirelessly transmit said current alcohol concentration to a second wireless communication means (16 14) in said portable apparatus, wherein said portable apparatus also comprises a control means, a clock means, and a memory means, wherein said second wireless communication means (16 14), said clock means, and said memory means are each connected to said control means, wherein said control means is operable to store said current alcohol concentration and a current time stamp from said clock means in said memory means, wherein the system can be calibrated during use, and wherein said portable apparatus also comprises a calculation means connected to said control means and operable to calculate said future point of time in dependence of a known alcohol burn rate of said user stored in said memory means.