mhurhangee/ep-ind-claims huggingface dataset:
A magazine for a fastening device, comprising: a pusher assembly (110, 215, 226) adapted to have an engaged state and a retracted state, the pusher assembly (110, 215, 226) having a pusher assembly knob (140, 216, 221) and a pusher (112, 225), the pusher (112, 225) adapted to contact a fastener (55, 57) and to impart a force upon the fastener (55, 57) in a direction toward a nose end of the magazine when the pusher assembly (110, 215, 226) is in the engaged state, a recess (171, 280) into which the pusher (112, 225) is reversibly retracted at least in part when the pusher assembly knob (140, 216, 221) is moved to reversibly retract the pusher (112, 225) to achieve the retracted state, a detent (156, 230, 260) adapted to reversibly maintain the pusher assembly (110, 215, 226) in the retracted state, and the pusher assembly knob (140, 216, 221) adapted to reversibly latch to the detent (156, 230, 260), characterized in that the pusher assembly knob (140, 216, 221) is adapted to be pivoted or tilted to release the pusher assembly knob (140, 216, 221) from engagement with the detent (156, 230, 260) to achieve an unlatched state from a latched state. a pusher assembly (110, 215, 226) adapted to have an engaged state and a retracted state, the pusher assembly (110, 215, 226) having a pusher assembly knob (140, 216, 221) and a pusher (112, 225), the pusher (112, 225) adapted to contact a fastener (55, 57) and to impart a force upon the fastener (55, 57) in a direction toward a nose end of the magazine when the pusher assembly (110, 215, 226) is in the engaged state, a recess (171, 280) into which the pusher (112, 225) is reversibly retracted at least in part when the pusher assembly knob (140, 216, 221) is moved to reversibly retract the pusher (112, 225) to achieve the retracted state, a detent (156, 230, 260) adapted to reversibly maintain the pusher assembly (110, 215, 226) in the retracted state, and the pusher assembly knob (140, 216, 221) adapted to reversibly latch to the detent (156, 230, 260), characterized in that the pusher assembly knob (140, 216, 221) is adapted to be pivoted or tilted to release the pusher assembly knob (140, 216, 221) from engagement with the detent (156, 230, 260) to achieve an unlatched state from a latched state.
A top emission type transparent organic light emitting display device comprising: a substrate provided with a plurality of pixels, each of which includes a light emitting area provided with subpixels and a non-emitting light transmissive area that transmits external light; an anode electrode (180; 200) provided in the light emitting area of each subpixel, the light emitting area provided between the non-emitting light transmissive areas of the plurality of pixels; an organic light emitting layer provided on the anode electrode (180; 200); a cathode electrode provided on the organic light emitting layer; an auxiliary electrode (190; 210) connected with the cathode electrode; and a transparent connection electrode connected with the anode electrode (180; 200) and provided in the non-emitting light transmissive area of each of the subpixels, wherein in the transmissive area of each of the subpixels, the transparent connection electrode overlaps an anode electrode of a corresponding one of sub pixels of an adjacent pixel. a substrate provided with a plurality of pixels, each of which includes a light emitting area provided with subpixels and a non-emitting light transmissive area that transmits external light; an anode electrode (180; 200) provided in the light emitting area of each subpixel, the light emitting area provided between the non-emitting light transmissive areas of the plurality of pixels; an organic light emitting layer provided on the anode electrode (180; 200); a cathode electrode provided on the organic light emitting layer; an auxiliary electrode (190; 210) connected with the cathode electrode; and a transparent connection electrode connected with the anode electrode (180; 200) and provided in the non-emitting light transmissive area of each of the subpixels, wherein in the transmissive area of each of the subpixels, the transparent connection electrode overlaps an anode electrode of a corresponding one of sub pixels of an adjacent pixel.
A method of providing healthcare advice on a device of a user, the method comprising: receiving, at the device, a user input indicating a symptom related to the user; retrieving, from the device, at least one medical information of the user; determining the symptom related to the user being related to missing data during an inactive state of the device; receiving a second user input corresponding to the missing data during the inactive state of the device; detecting a user activity prior to the symptom arising by using at least one sensor; correlating the user input indicating the symptom, the second user input corresponding to the missing data during the inactive state of the device, the at least one medical information of the user and the user activity prior to the symptom arising; and displaying advice about the symptom based on the correlation. receiving, at the device, a user input indicating a symptom related to the user; retrieving, from the device, at least one medical information of the user; determining the symptom related to the user being related to missing data during an inactive state of the device; receiving a second user input corresponding to the missing data during the inactive state of the device; detecting a user activity prior to the symptom arising by using at least one sensor; correlating the user input indicating the symptom, the second user input corresponding to the missing data during the inactive state of the device, the at least one medical information of the user and the user activity prior to the symptom arising; and displaying advice about the symptom based on the correlation.
A heat resistant, nodular graphite cast iron composition consisting of; carbon 1.5-2.4 weight %, silicon 5.4-7.0 weight %, manganese 0.5-1.5 weight %, nickel 22.0-28.0 weight %, chromium 1.5-3.0 weight %, molybdenum 0.1-1.0 weight %, magnesium 0.03-0.1 weight %, and the balance weight % being iron and impurities.
A method for manufacturing a high silicon steel sheet having excellent producibility and magnetic properties, the method comprising: casting a molten metal as a strip having a thickness of 5 mm or less, the molten metal comprising, by weight%, C: 0.05% or less and more than 0%, N: 0.05% or less and more than 0%, Si: 4% to 7%, Al: 0.5% to 3%, Si+Al: 4.5% to 8%, and the balance of Fe and inevitable impurities; hot-rolling the cast strip at a temperature of 800°C or higher; annealing the hot-rolled strip at a temperature within a range of 900°C to 1200°C; cooling the annealed strip; warm-rolling the quenched strip at a temperature within a range of 300°C to 700°C; and finally annealing the warm-rolled strip at a temperature within a range of 800°C to 1200°C. casting a molten metal as a strip having a thickness of 5 mm or less, the molten metal comprising, by weight%, C: 0.05% or less and more than 0%, N: 0.05% or less and more than 0%, Si: 4% to 7%, Al: 0.5% to 3%, Si+Al: 4.5% to 8%, and the balance of Fe and inevitable impurities; hot-rolling the cast strip at a temperature of 800°C or higher; annealing the hot-rolled strip at a temperature within a range of 900°C to 1200°C; cooling the annealed strip; warm-rolling the quenched strip at a temperature within a range of 300°C to 700°C; and finally annealing the warm-rolled strip at a temperature within a range of 800°C to 1200°C.
A method for supporting management actions in Very High Throughput, VHT, communications, the method comprising: receiving, at an access point, AP, a Very High Throughput, VHT, Compressed Beamforming frame from a station, STA, wherein the VHT Compressed Beamforming frame is an Action No Acknowledgement, ACK, frame and includes a VHT multiple input multiple output, MIMO, Control field, wherein the VHT MIMO Control field indicates a channel width related to a multi-channel non-contiguous spectrum transmission.
A control system (T1; LC; E1; T2; E2; BS; V1, V2, V3; MS) included in a variable speed drive (RD; A. B. C; REC; Cbus; L1, L2; INV) connected by output phases (1, 2, 3) to a synchronous electric motor, said synchronous electric motor being controlled according to a control law implemented by the variable speed drive, a first speed (W1s) of the synchronous electric motor being determined by a first speed estimator, a second speed estimator making it possible to determine a second speed (W2s) of the synchronous electric motor and being designed so as to recover the response in terms of current (I1, I2, I3) on the output phases, with a view to deducing therefrom the second speed (W2s) of the synchronous electric motor, said control system being characterized in that it comprises a signal-generating module designed so as to generate a non-constant signal in terms of estimation current (Id est) which gets added to a reference flux current (Idref) so as to create a corrected reference flux current (Id ref_c) which is applied as input to the control law, said control law being executed to determine voltages (V1, V2, V3) to be applied to the output phases (1, 2,3).
A computer-implemented method, comprising: receiving a set of input parameters(402a-402e); determining an average event per block for a long axial field-of-view scanner having a predetermined field-of-view based on the set of input parameters (402a-402e), wherein the average event per block is based on a distributed activity per organ positioned within the long axial FOV scanner; and determining at least one scan parameter (424, 426) based on the average event per block for the long axial FOV scanner. receiving a set of input parameters(402a-402e); determining an average event per block for a long axial field-of-view scanner having a predetermined field-of-view based on the set of input parameters (402a-402e), wherein the average event per block is based on a distributed activity per organ positioned within the long axial FOV scanner; and determining at least one scan parameter (424, 426) based on the average event per block for the long axial FOV scanner.
A holding fixture for a flanging device for fixing in place a pipe to be flanged, having two clamping pieces (2, 3) displaceable relative to each other, between which the pipe to be flanged can be clamped, a stop against which the end to be flanged of the pipe to be flanged can be placed, and having an actuating mechanism by means of which the clamping parts (2, 3) can be brought into clamping positions against the pipe to be flanged, characterized in that the actuating mechanism is coupled to the stop so that the stop can be brought out of the contact position relative to the pipe to be flanged by actuating the actuating mechanism.
Method for detecting aging-dictated damage or delamination on components, in particular power modules of power electronic devices, in which, in the course of radiofrequency reflectometry, a component, in particular a power module, is scanned by radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one reflection signal, which was reflected at the component (BT,LM) as a consequence of the radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one first radiofrequency image representation, in particular on the basis of mathematical methods for image reconstruction, characterized in that a) the component (BT, LM) is scanned directly with a time offset with respect to the radiofrequency signal irradiation by a combination of ultrasonic signal irradiation and the radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one further reflection signal (RSI'), which was reflected at the component (BT,LM) as a consequence of the ultrasonic signal irradiation and radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one second radiofrequency image representation, b) the radiofrequency image representations (HFA1, HFA2) generated on the basis of the reflection signals (RSI, RSI') are compared, wherein ascertained changes in the radiofrequency image representations (HFA1, HFA2) indicate damage or delamination on the component (BT, LM). a) the component (BT, LM) is scanned directly with a time offset with respect to the radiofrequency signal irradiation by a combination of ultrasonic signal irradiation and the radiofrequency signal irradiation in the microwave or millimeter-wave range and by measurement of at least one further reflection signal (RSI'), which was reflected at the component (BT,LM) as a consequence of the ultrasonic signal irradiation and radiofrequency signal irradiation, in punctiform, one-dimensional or two-dimensional fashion for the purpose of generating at least one second radiofrequency image representation, b) the radiofrequency image representations (HFA1, HFA2) generated on the basis of the reflection signals (RSI, RSI') are compared, wherein ascertained changes in the radiofrequency image representations (HFA1, HFA2) indicate damage or delamination on the component (BT, LM).
A battery control system for an electric vehicle including a battery pack, the battery control system comprising: a coolant system that provides liquid coolant that flows through the battery pack to heat or cool the battery pack comprising a heater suitable to heat the coolant and a coolant device suitable to cool the coolant; a dew point calculation module that receives at least a first signal indicative of humidity within the battery pack and a second signal indicative of temperature within the battery pack, and that calculates a dew point within the battery pack based on the humidity and the temperature; and a coolant system control module that is designed to determine a requested coolant temperature of the liquid coolant based on the temperature within the battery pack, wherein the coolant system control module is further designed to receive the dew point, to determine whether the requested coolant temperature is less than at least one of the dew point and a sum of the dew point and a predetermined offset, and to set a desired coolant temperature of the liquid coolant based on the at least one of the dew point and the sum if the requested coolant temperature is less than the at least one of the dew point and the sum and to set the desired coolant temperature based on the requested coolant temperature if the requested coolant temperature is greater than or equal to the at least one of the dew point and the sum, and wherein the coolant system control module selectively operates the heater and the coolant device of the coolant system of the battery pack based on the desired coolant temperature of the coolant. a coolant system that provides liquid coolant that flows through the battery pack to heat or cool the battery pack comprising a heater suitable to heat the coolant and a coolant device suitable to cool the coolant; a dew point calculation module that receives at least a first signal indicative of humidity within the battery pack and a second signal indicative of temperature within the battery pack, and that calculates a dew point within the battery pack based on the humidity and the temperature; and a coolant system control module that is designed to determine a requested coolant temperature of the liquid coolant based on the temperature within the battery pack, wherein the coolant system control module is further designed to receive the dew point, to determine whether the requested coolant temperature is less than at least one of the dew point and a sum of the dew point and a predetermined offset, and to set a desired coolant temperature of the liquid coolant based on the at least one of the dew point and the sum if the requested coolant temperature is less than the at least one of the dew point and the sum and to set the desired coolant temperature based on the requested coolant temperature if the requested coolant temperature is greater than or equal to the at least one of the dew point and the sum, and wherein the coolant system control module selectively operates the heater and the coolant device of the coolant system of the battery pack based on the desired coolant temperature of the coolant.
A method for producing an object with an easily cleanable surface, wherein a metal oxide containing layer, preferably a silicon containing layer, is deposited flame-pyrolytically on a substrate of the object, and a layer with at least one hydrophobic component is applied onto the flame-pyrolytically deposited layer, characterised in that the application of a layer with at least one hydrophobic component comprises applying a hydrophobically doped sol-gel layer, wherein the hydrophobic component at least partially settles at the surface of the layer with this component.
Control device for a valve, in particular an internal-medium-actuated servo valve, having a switching device which is in the form of a ballpoint pen mechanism and which serves for opening and closing a valve, wherein the switching device has three switching stages (S 1, S 2, S 3), and having a magnet which is coupled to the switching device, characterized in that the switching device has an end position setting means for setting an end position of the magnet in an intermediate switching stage (S 3), wherein, via the end position setting means, the intermediate switching stage (S 3) is finely adjustable and, in this way, the throughflow of a valve is adaptable.
An electrostatic charge image developing toner comprising: toner particles that contain a binder resin and resin particles; silica particles that are externally added to the toner particles and contain a nitrogen element-containing compound containing a molybdenum element, in which a ratio N Mo /N Si of Net intensity N Mo of the molybdenum element measured by X-ray fluorescence analysis to Net intensity N Si of a silicon element measured by X-ray fluorescence analysis is 0.035 or more and 0.45 or less, silica particles other than the silica particles, that are externally added to the toner particles, and strontium titanate particles externally added to the toner particles, wherein the ratio N Mo /N Si is measured in accordance with a method described in paragraph of the description. toner particles that contain a binder resin and resin particles; silica particles that are externally added to the toner particles and contain a nitrogen element-containing compound containing a molybdenum element, in which a ratio N Mo /N Si of Net intensity N Mo of the molybdenum element measured by X-ray fluorescence analysis to Net intensity N Si of a silicon element measured by X-ray fluorescence analysis is 0.035 or more and 0.45 or less, silica particles other than the silica particles, that are externally added to the toner particles, and strontium titanate particles externally added to the toner particles, wherein the ratio N Mo /N Si is measured in accordance with a method described in paragraph of the description.
System for performing physical exercises comprising a first device that includes a first frame fixed to a first plate, at least two support elements having respective support edges with a circumferential profile, said at least two support elements being fixed to the first frame on the side opposite to the first plate whereby the first device is in an unstable equilibrium when it rests onto a plane through the at least two support elements, characterised in that said first plate substantially extending along a first longitudinal axis and comprising a first central slot that is entirely contained therein and extends along the first longitudinal axis, said first central slot being configured to housing a spine of a user during stretching exercises, a first edge of the first slot and a first end of the first plate, transversal to the first longitudinal axis, delimiting a first head portion, the first plate being configured to support the user when lying supine on it with the head on the first head portion.
At least one energy modulation agent and at least one activatable pharmaceutical agent that is capable of effecting a predetermined cellular change when activated, for use in the treatment of a cell proliferation disorder in a subject, wherein the cell proliferation disorder is cancer, said use comprising: applying an initiation energy from an initiation energy source to the subject, wherein the initiation energy is selected from x-rays and electron beams, wherein the energy modulation agent converts the applied initiation energy to UV or visible energy, which then activates the activatable agent in situ, thus causing the predetermined cellular change to occur, wherein said predetermined cellular change treats the cell proliferation related disorder; wherein the at least one energy modulation agent is one or more selected from a fluorescent molecule and a phosphorescent molecule; wherein the at least one activatable pharmaceutical agent is a psoralen, preferably 8-MOP or AMT; and wherein the activatable pharmaceutical agent and the energy modulation agent are distinct and separate. applying an initiation energy from an initiation energy source to the subject, wherein the initiation energy is selected from x-rays and electron beams, wherein the energy modulation agent converts the applied initiation energy to UV or visible energy, which then activates the activatable agent in situ, thus causing the predetermined cellular change to occur, wherein said predetermined cellular change treats the cell proliferation related disorder; wherein the at least one energy modulation agent is one or more selected from a fluorescent molecule and a phosphorescent molecule; wherein the at least one activatable pharmaceutical agent is a psoralen, preferably 8-MOP or AMT; and wherein the activatable pharmaceutical agent and the energy modulation agent are distinct and separate.
A data packet processing method, comprising: receiving, by a storage apparatus, information indicating a correspondence between a first identifier and data flow characteristic information from an application server; receiving, by a policy and charging enforcement function, a first message from a policy and charging rules function, wherein the first message comprises the first identifier and policy information corresponding to the first identifier; sending (S320, S420), by the policy and charging enforcement function, a second message to the storage apparatus, wherein the second message comprises the first identifier, the second message is used to request the storage apparatus for data flow characteristic information corresponding to the first identifier; determining, by the storage apparatus according to the first identifier and the correspondence, the data flow characteristic information corresponding to the first identifier; and sending (S440, S330), by the storage apparatus, the data flow characteristic information corresponding to the first identifier to the policy and charging enforcement function. receiving, by a storage apparatus, information indicating a correspondence between a first identifier and data flow characteristic information from an application server; receiving, by a policy and charging enforcement function, a first message from a policy and charging rules function, wherein the first message comprises the first identifier and policy information corresponding to the first identifier; sending (S320, S420), by the policy and charging enforcement function, a second message to the storage apparatus, wherein the second message comprises the first identifier, the second message is used to request the storage apparatus for data flow characteristic information corresponding to the first identifier; determining, by the storage apparatus according to the first identifier and the correspondence, the data flow characteristic information corresponding to the first identifier; and sending (S440, S330), by the storage apparatus, the data flow characteristic information corresponding to the first identifier to the policy and charging enforcement function.