mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of controlling a terminal device that comprises a control unit configured to control the steps of the method, a sound wave receiver configured to receive a sound wave, an electric wave receiver configured to receive an electric wave and a network communication unit configured to communicate with a management server over a network, the method comprising: receiving the electric wave by the electric wave receiver; the method being characterized by the steps: notifying a user when an identification code contained in the received electric wave is detected; activating the sound wave receiver to receive the sound wave on condition that the identification code is detected in the received electric wave; and determining whether or not the terminal device is in an area in which the sound wave including the identification code is received by the terminal device; wherein when it is determined that the terminal device is in said area in which the sound wave including the identification code is received by sound wave receiver of the terminal device after the notification to the user, the management server is accessed via the network communication unit and data representing a visit of the user is transmitted to the management server. notifying a user when an identification code contained in the received electric wave is detected; activating the sound wave receiver to receive the sound wave on condition that the identification code is detected in the received electric wave; and determining whether or not the terminal device is in an area in which the sound wave including the identification code is received by the terminal device; wherein when it is determined that the terminal device is in said area in which the sound wave including the identification code is received by sound wave receiver of the terminal device after the notification to the user, the management server is accessed via the network communication unit and data representing a visit of the user is transmitted to the management server.
A method comprising: loading into memory of a host machine (111 or 400) a custom peripheral filter agent (114A or 402) on boot of the host machine (111 or 400); executing on the host machine (111 or 400) the custom peripheral filter agent (114A or 402); loading, by the custom peripheral filter agent (114A or 402), into cache of the host machine (111 or 400) a whitelist; intercepting, by the custom peripheral filter agent (114A or 402), an input command generated from an input peripheral of the host machine (111 or 400) by monitoring a peripheral port of the host machine (111 or 400) associated with the input peripheral (step 210), wherein intercepting further includes obtaining the input command before the input command is received from the peripheral port by an operating system of the host machine (111 or 400); and determining, by the custom peripheral filter agent (114A or 402), whether to block the input command from being processed by the operating system or whether to pass the input command to the operating system for processing based on entries in the whitelist (step 220). loading into memory of a host machine (111 or 400) a custom peripheral filter agent (114A or 402) on boot of the host machine (111 or 400); executing on the host machine (111 or 400) the custom peripheral filter agent (114A or 402); loading, by the custom peripheral filter agent (114A or 402), into cache of the host machine (111 or 400) a whitelist; intercepting, by the custom peripheral filter agent (114A or 402), an input command generated from an input peripheral of the host machine (111 or 400) by monitoring a peripheral port of the host machine (111 or 400) associated with the input peripheral (step 210), wherein intercepting further includes obtaining the input command before the input command is received from the peripheral port by an operating system of the host machine (111 or 400); and determining, by the custom peripheral filter agent (114A or 402), whether to block the input command from being processed by the operating system or whether to pass the input command to the operating system for processing based on entries in the whitelist (step 220).
A terminal device, comprising: a plurality of displays (101, 102); an illumination section that is capable of separately illuminating said displays (101, 102); an operation section; and a controller that, when a first prescribed operation of selecting all said displays (101, 102) is performed on said operation section, causes said illumination section to illuminate all said displays (101, 102) at a first brightness levels, and, when a selection operation of selecting any one of said displays (101, 102) is subsequently performed on said operation section while said display selected by the selection operation is illuminated at the first brightness levels, causes said illumination section, to illuminate said display selected by the selection operation at a second brightness levels that is higher than the first brightness levels, wherein in an initial state, the illumination section of said displays (101, 102) is in an off-state. a plurality of displays (101, 102); an illumination section that is capable of separately illuminating said displays (101, 102); an operation section; and a controller that, when a first prescribed operation of selecting all said displays (101, 102) is performed on said operation section, causes said illumination section to illuminate all said displays (101, 102) at a first brightness levels, and, when a selection operation of selecting any one of said displays (101, 102) is subsequently performed on said operation section while said display selected by the selection operation is illuminated at the first brightness levels, causes said illumination section, to illuminate said display selected by the selection operation at a second brightness levels that is higher than the first brightness levels, wherein in an initial state, the illumination section of said displays (101, 102) is in an off-state.
A multi-stage vacuum pump comprising: a stator (2, 4) defining multiple pumping chambers; said stator comprising a plurality of transfer channels (17, 19, 21, 23, 25, 27) each providing a fluid passage from an outlet port of one of said pumping chambers to an inlet port of a subsequent pumping chamber; at least one of said transfer channels comprises two side channel sections (12, 22, 14, 24, 16, 26, 18, 28) on opposing side of said stator; characterised in that at least one of said transfer channels comprises a single side channel section on one side of said stator, said vacuum pump further comprising a gas ballast inlet channel arranged on an other side of said stator to said one side of said stator. a stator (2, 4) defining multiple pumping chambers; said stator comprising a plurality of transfer channels (17, 19, 21, 23, 25, 27) each providing a fluid passage from an outlet port of one of said pumping chambers to an inlet port of a subsequent pumping chamber; at least one of said transfer channels comprises two side channel sections (12, 22, 14, 24, 16, 26, 18, 28) on opposing side of said stator; characterised in that at least one of said transfer channels comprises a single side channel section on one side of said stator, said vacuum pump further comprising a gas ballast inlet channel arranged on an other side of said stator to said one side of said stator.
A ceramic substrate obtained by stacking and bonding a silicon nitride substrate and a ceramic layer composed of a dielectric ceramic material, wherein: the dielectric ceramic material contains Mg, Al, and Si as main ingredients, and Bi or B as an accessory ingredient; the ceramic layer includes a region with a high Si element concentration at a bonding interface with the silicon nitride substrate, meaning that a region located on the ceramic side of the bonding interface has a higher Si element concentration than in the other region of the ceramic layer; and the ceramic layer comprises a plurality of ceramic layers and a plurality of wiring layers stacked in this order to form a laminate. the dielectric ceramic material contains Mg, Al, and Si as main ingredients, and Bi or B as an accessory ingredient; the ceramic layer includes a region with a high Si element concentration at a bonding interface with the silicon nitride substrate, meaning that a region located on the ceramic side of the bonding interface has a higher Si element concentration than in the other region of the ceramic layer; and the ceramic layer comprises a plurality of ceramic layers and a plurality of wiring layers stacked in this order to form a laminate.
System for capacitive detection of electrical biosignals from a biosignal source, wherein the system comprises at least one capacitive measuring electrode and at least one electronic evaluation unit coupled to the measuring electrode for evaluating the electrical signals of the measuring electrode, and wherein the system further comprises means for monitoring the quality of the capacitive coupling of the measuring electrode with the biosignal source, wherein the means for monitoring the quality of the capacitive coupling comprise, in addition to the measuring electrode or the measuring electrodes, at least two injection electrodes (40, 41) for feeding injection signals into the at least one measuring electrode via the biosignal source, the system having signal generators (21, 22) for generating a first injection signal and a second injection signal which is different from the first injection signal and is fed into the measuring electrode by means of the injection electrodes (40, 41) via the biosignal source and the system having a determination unit which is set up to determine the quality of the capacitive coupling of the measuring electrode to the biosignal source on the basis of the signals received via the measuring electrode and on the basis of the signal components contained therein which originate from the first and second injection signals.
A filter (103") for a smoking article, the filter comprising: a hollow tube of filter material, the hollow tube having an outer diameter and an inner diameter; and a flow restrictor disposed in the hollow tube, wherein at least one cross sectional dimension of the flow restrictor, in a direction perpendicular to the longitudinal axis of the hollow tube, is larger than the inner diameter of the hollow tube such that the flow restrictor engages with the hollow tube to retain the flow restrictor in the hollow tube, wherein the flow restrictor is adapted to divert flow of smoke between the restrictor and the outer diameter of the hollow tube, wherein the filter (103") forms a mouth end cavity, wherein the flow restrictor is substantially spherical and includes at least one air flow channel, the at least one cross sectional dimension of the flow restrictor being a diameter of the spherical flow restrictor, and wherein the diameter of the flow restrictor is between about 70% and about 80% of the outer diameter of the hollow tube. a hollow tube of filter material, the hollow tube having an outer diameter and an inner diameter; and a flow restrictor disposed in the hollow tube, wherein at least one cross sectional dimension of the flow restrictor, in a direction perpendicular to the longitudinal axis of the hollow tube, is larger than the inner diameter of the hollow tube such that the flow restrictor engages with the hollow tube to retain the flow restrictor in the hollow tube, wherein the flow restrictor is adapted to divert flow of smoke between the restrictor and the outer diameter of the hollow tube, wherein the filter (103") forms a mouth end cavity, wherein the flow restrictor is substantially spherical and includes at least one air flow channel, the at least one cross sectional dimension of the flow restrictor being a diameter of the spherical flow restrictor, and wherein the diameter of the flow restrictor is between about 70% and about 80% of the outer diameter of the hollow tube.
A pharmaceutical composition for use in the treatment of a neurofibromatosis in a subject comprising an effective amount of a NF-related agent that inhibits activity of an NF-related target, wherein the NF-related agent is or a pharmaceutically acceptable salt thereof, wherein said NF-related target is a protein phosphatase 1 or wherein said NF-related target is phosphatase 2A.
A lithium secondary battery for an engine starter which can be discharged at -30 degrees centigrade and quickly charged at 25 degrees centigrade by repeatedly occluding and releasing lithium ions in a construction in which an organic electrolytic solution is permeated into a wound or stacked electrode group or said electrode group is immersed in said electrolytic solution with a separator being interposed between a positive electrode having a positive electrode material formed on a metal foil and a negative electrode having a negative electrode material formed on a metal foil, wherein said positive electrode material consists of a mixture of lithium-containing metal phosphate compound particles whose surfaces are coated with an amorphous carbon material and a conductive carbon material, in which atoms of said surface carbon materials are chemically bonded to one another; said negative electrode material contains graphite particles having a specific surface area of not less than 6m 2 /g and soft carbon particles, in which said graphite particles and said soft carbon particles are coated with an amorphous carbon material, and surface carbon atoms of said graphite particles and those of said soft carbon particles are chemically bonded to one another; said metal foil for the positive electrode has a plurality of through-holes, formed therethrough, each having a projected portion on at least one surface thereof; said organic electrolytic solution consists of an organic solvent and a mixed electrolyte dissolved therein, said organic solvent is mixed carbonic acid ester, and said mixed electrolyte contains lithium hexafluorophosphate and lithium bis fluorosulfonyl imide; and said separator consists of a fibrous nonwoven cloth having at least one of a hydrophilic group and oxide ceramics on a surface thereof.
A folding, height-adjustable and laterally adjustable sighting apparatus for a handgun having a bearing axis, a front sight carrier element, a holding device and an adjusting element having an opening, wherein the axis is used for pivotably mounting the front sight carrier element on the holding device, wherein the axis body of the axis has a profile corresponding to the geometry of an opening of an adjusting element for the transmission of a torque, and at least one second thread (38a, 38b) corresponding to a first thread (27, 29) of the front sight carrier element for transmitting a rotary movement. adjusting element having an opening, wherein the axis is used for pivotably mounting the front sight carrier element on the holding device, wherein the axis body of the axis has a profile corresponding to the geometry of an opening of an adjusting element for the transmission of a torque, and at least one second thread (38a, 38b) corresponding to a first thread (27, 29) of the front sight carrier element for transmitting a rotary movement.
A turbomachine ring, comprising an essentially cylindrical support, provided to extend around an axial direction of the turbomachine, the support including a frontal surface wherein a notch is formed, the notch comprising a radially internal surface, a bottom and a radially external surface, one or more sectors forming an annulus configured to embody a segment of air stream, each sector comprising a hook portion protruding in the direction of the support and engaging in the notch of the support, and an anti-wear device having a U shaped portion, provided in the notch of the support and pressed at least against the radially external surface of the notch, and a tab portion, continuously extending the U shaped portion, pressed and fastened against the frontal surface of the support, characterized in that the tab portion of the anti-wear device is fastened to the frontal surface of the support by fastening points, a space is left between the U shaped portion of the anti-wear device and the bottom of the notch of the support, and the U shaped portion of the anti-wear device is under elastic constraint. an essentially cylindrical support, provided to extend around an axial direction of the turbomachine, the support including a frontal surface wherein a notch is formed, the notch comprising a radially internal surface, a bottom and a radially external surface, one or more sectors forming an annulus configured to embody a segment of air stream, each sector comprising a hook portion protruding in the direction of the support and engaging in the notch of the support, and an anti-wear device having a U shaped portion, provided in the notch of the support and pressed at least against the radially external surface of the notch, and a tab portion, continuously extending the U shaped portion, pressed and fastened against the frontal surface of the support, characterized in that the tab portion of the anti-wear device is fastened to the frontal surface of the support by fastening points, a space is left between the U shaped portion of the anti-wear device and the bottom of the notch of the support, and the U shaped portion of the anti-wear device is under elastic constraint.
Signalling device, able to operate in combination with a capturing device able to capture a scene, said signalling device comprising a signalling module able to signal a first field of observation associated with a first direction of observation of a scene captured by the capturing device, on the basis of a first sign based on at least one sensorial indicator, the signalling device being characterized in that it is furthermore able to signal a moving entity contained in said first field of observation, on the basis of a second sign based on at least one sensorial indicator.
A method of assessing the cytotoxic activity of an antibody or variant thereof comprising: determining a binding affinity of the antibody or variant thereof to a Fc activating receptor; determining a binding affinity of the antibody or variant thereof to a Fc inhibitory receptor, and calculating the ratio of said activating binding affinity to said inhibitory binding affinity, wherein the magnitude of said ratio is an indication of the cytotoxic activity of the antibody or variant thereof. determining a binding affinity of the antibody or variant thereof to a Fc activating receptor; determining a binding affinity of the antibody or variant thereof to a Fc inhibitory receptor, and calculating the ratio of said activating binding affinity to said inhibitory binding affinity, wherein the magnitude of said ratio is an indication of the cytotoxic activity of the antibody or variant thereof.
A process for the separation of alkyl branched C 12 to C 24 fatty acids from a fatty acid starting mixture comprising in the range from 35 to 85% by weight of alkyl branched C 12 to C 24 fatty acids and 15 to 65% by weight of linear C 12 to C 24 fatty acids, wherein the fatty acid starting mixture comprises greater than 95% by weight of saturated fatty acids, and less than 5% by weight of unsaturated fatty acids, wherein the process comprises; (i) cooling the mixture to form crystals, and (ii) separating the alkyl branched C 12 to C 24 fatty acids from the mixture by dry fractionation, whereby crystallisation of the saturated linear fatty acids occurs, and the liquid fraction is separated from the solids. (i) cooling the mixture to form crystals, and (ii) separating the alkyl branched C 12 to C 24 fatty acids from the mixture by dry fractionation, whereby crystallisation of the saturated linear fatty acids occurs, and the liquid fraction is separated from the solids.
A humanized antibody or an antibody fragment thereof, which recognizes and binds to an extracellular region of a polypeptide encoded by CD27 gene containing an O-linked sugar chain to which galactose is not bound; wherein the antibody or the fragment comprises a VH comprising the amino acid sequences of CDR1 to 3 represented by SEQ ID NOs:58 to 60, respectively, and the antibody or fragment comprises a VL comprising the amino acid sequences of CDR1 to 3 represented by SEQ ID NOs:61 to 63, respectively, wherein the VH of the humanized antibody or fragment comprises the amino acid sequence represented by any one of SEQ ID NOs:96, 105 and 107, and the VL of the humanized antibody or fragment comprises the amino acid sequence represented by SEQ ID NO:97.
A method of manufacturing a pipe-shaped hollow body having a bent portion, which comprises injecting a molten resin into a mold cavity of a mold, the mold cavity having on its one end a pressure port provided with a floating core and on its other end an outlet, pressure-injecting a pressurized fluid through the pressure port after the injection of the molten resin, and moving the floating core to the outlet side, and, at the same time, extruding the molten resin from the outlet, the method comprising: the floating core is constituted of a columnar portion and a top portion, which is continuously connected to one surface of the columnar portion and has a shape that a cross-sectional area perpendicular to a central axis of the columnar portion gradually decreases from one surface side of the columnar portion, and when a diameter of the columnar portion is represented by A, the height of the columnar portion is 0.1 A to 1 A, and the height of the top portion is 0.3 A to 1.6 A; wherein the floating core is fitted in the pressure port on the other surface side of the columnar portion and wherein a peripheral edge of the other surface of the columnar portion of the floating core is subjected to a corner rounding processing with a curvature radius of A/1000 to A/3. the floating core is constituted of a columnar portion and a top portion, which is continuously connected to one surface of the columnar portion and has a shape that a cross-sectional area perpendicular to a central axis of the columnar portion gradually decreases from one surface side of the columnar portion, and when a diameter of the columnar portion is represented by A, the height of the columnar portion is 0.1 A to 1 A, and the height of the top portion is 0.3 A to 1.6 A; wherein the floating core is fitted in the pressure port on the other surface side of the columnar portion and wherein a peripheral edge of the other surface of the columnar portion of the floating core is subjected to a corner rounding processing with a curvature radius of A/1000 to A/3.