mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving a paging message from an eNodeB, eNB, wherein the paging message includes a group communication service enabler, GCSE, identity,ID, identifying a GCSE group to which the UE belongs; establishing a radio resource control, RRC, connection with an establishment cause indicating the GCSE group; transmitting a multimedia broadcast multicast services, MBMS, interest indication message to the eNB, wherein the MBMS interest indication message informs interest of a MBMS service of the GCSE group, and characterized in that the MBMS interest indication message includes MBMS service level information; receiving data related to the MBMS service via a multicast traffic channel, MTCH; and receiving the data via an already configured unicast bearer, when the MBMS service of the GCSE group is switched to an unicast service, wherein the MBMS service is switched to the unicast service, by the eNB, based on how many UEs are involved in the GCSE group evaluated by the MBMS service level information. receiving a paging message from an eNodeB, eNB, wherein the paging message includes a group communication service enabler, GCSE, identity,ID, identifying a GCSE group to which the UE belongs; establishing a radio resource control, RRC, connection with an establishment cause indicating the GCSE group; transmitting a multimedia broadcast multicast services, MBMS, interest indication message to the eNB, wherein the MBMS interest indication message informs interest of a MBMS service of the GCSE group, and characterized in that the MBMS interest indication message includes MBMS service level information; receiving data related to the MBMS service via a multicast traffic channel, MTCH; and receiving the data via an already configured unicast bearer, when the MBMS service of the GCSE group is switched to an unicast service, wherein the MBMS service is switched to the unicast service, by the eNB, based on how many UEs are involved in the GCSE group evaluated by the MBMS service level information.
A method comprising: a. attaching an adaptor assembly comprising an adaptor base to a receiver assembly of a long gun; b. unlocking the adaptor base by: i. lifting a locking pin, located within the adaptor base, without the use of tools; ii. rotating the locking pin without the use of tools, from an initial orientation until a keyed shaft of the locking pin is aligned with a complementarily shaped keyhole in an adjacent stock; c. mounting the stock onto the adaptor base; d. rotating the locking pin back to the initial orientation; e. pushing down the locking pin until the handle sits within a mating recess atop the stock to lock the adaptor base and stock together and thereby interconnect the stock to the receiver assembly; and f. during steps (a)-(e), retaining the locking pin always within the adaptor assembly. a. attaching an adaptor assembly comprising an adaptor base to a receiver assembly of a long gun; b. unlocking the adaptor base by: i. lifting a locking pin, located within the adaptor base, without the use of tools; ii. rotating the locking pin without the use of tools, from an initial orientation until a keyed shaft of the locking pin is aligned with a complementarily shaped keyhole in an adjacent stock; i. lifting a locking pin, located within the adaptor base, without the use of tools; ii. rotating the locking pin without the use of tools, c. mounting the stock onto the adaptor base; d. rotating the locking pin back to the initial orientation; e. pushing down the locking pin until the handle sits within a mating recess atop the stock to lock the adaptor base and stock together and thereby interconnect the stock to the receiver assembly; and f. during steps (a)-(e), retaining the locking pin always within the adaptor assembly.
Locking indicator for a vehicle seat with a plurality of locking elements (5, 6), having an indicator opening with a status indicator visible therein, characterized in that a respective status indicator (18, 19) having an indicator part (21, 22) for the non-locked state of the locking element (5, 6) is provided for each locking element (5, 6), and in that, when a locking element (5, 6) is not locked, at least a part of the indicator part (21, 22) is arranged visibly in the region of the indicator opening, wherein the indicator parts (21, 22) of non-locked locking elements (5, 6) at least partially overlap.
An in vitro method of enhancing the stability of an Fc-containing protein to cleavage by a protease, comprising modifying the sialylation of glycoforms in the Fc region of the Fc-containing protein by treatment with a sialidase, wherein stability to cleavage by papain is enhanced.
A spoiler control device applicable to an aircraft including left and right spoilers (112, 212) provided on left and right main wings (110, 210), when driven by an actuator (130, 230), each spoiler being movable between a basic position positioned on a same plane as a corresponding one of the main wings and a deployed position on a plane tilted relative to the corresponding main wing, the spoiler control device comprising: an irregularity detecting unit for detecting whether the left and right spoilers irregularly move toward the deployed position; an angle difference determining unit for obtaining angles formed by the left and right spoilers relative to the main wings and determining whether a difference between the obtained angles of the left and right spoilers is equal to or less than a specified value; and a signal outputting unit for outputting a retracting signal (FA, FB) designed to move the left and right spoilers back to the basic position, characterized in that if the irregular movement is detected in a given one of the left and right spoilers, the signal outputting unit outputs the retracting signal for the given one of the spoilers and refrains from outputting the retracting signal for the other of the left and right spoilers, and if the difference between the angles of the left and right spoilers becomes equal to or less than the specified value, the signal outputting unit outputs the retracting signal for the other of the left and right spoilers. an irregularity detecting unit for detecting whether the left and right spoilers irregularly move toward the deployed position; an angle difference determining unit for obtaining angles formed by the left and right spoilers relative to the main wings and determining whether a difference between the obtained angles of the left and right spoilers is equal to or less than a specified value; and a signal outputting unit for outputting a retracting signal (FA, FB) designed to move the left and right spoilers back to the basic position, characterized in that if the irregular movement is detected in a given one of the left and right spoilers, the signal outputting unit outputs the retracting signal for the given one of the spoilers and refrains from outputting the retracting signal for the other of the left and right spoilers, and if the difference between the angles of the left and right spoilers becomes equal to or less than the specified value, the signal outputting unit outputs the retracting signal for the other of the left and right spoilers.
A power sourcing equipment, PSE, device for use in a powered network, comprising: a PSE controller integrated circuit; a power rail; a plurality of network ports configured to communicate data, selectively provide power to one or more devices through a plurality of network cables, and to receive a probing input through a network cable of the plurality of network cables, the plurality of network ports coupled to the power rail; a power supply circuit coupled to the power rail; and characterised by a false detection mitigation circuit coupled to the power rail, the false detection mitigation circuit configured to increase a leakage current of the PSE device, wherein the increased leakage current is associated with a resistive signature that is outside of a resistive range of a valid powered device. a PSE controller integrated circuit; a power rail; a plurality of network ports configured to communicate data, selectively provide power to one or more devices through a plurality of network cables, and to receive a probing input through a network cable of the plurality of network cables, the plurality of network ports coupled to the power rail; a power supply circuit coupled to the power rail; and characterised by a false detection mitigation circuit coupled to the power rail, the false detection mitigation circuit configured to increase a leakage current of the PSE device, wherein the increased leakage current is associated with a resistive signature that is outside of a resistive range of a valid powered device.
Suction nozzle for a workstation of a textile machine producing cross-wound bobbins with a suction opening to pneumatically pick up a thread end that has run onto the surface of a cross-wound bobbin after a thread break or a controlled thread cut, the suction opening being equipped with a comb bar to fix the thread end that has been sucked up, characterised in that the comb bar is produced by a photochemical etching method and has teeth (20 and 21), which have different heights, large teeth with a height alternating with small teeth with a height (h).
A method performed by an authenticating device for authenticating users in an internet of things, IoT, environment, the method comprising: receiving an access request from a user to access a first device present in the IoT environment; identifying a type of questions based on an authentication level defined for the first device, wherein the authentication level defined for the first device corresponds to a required threshold score for accessing the first device; generating at least one question corresponding to the type of questions based on at least one of user data of the user associated with the access request or device data of a second device associated with the user; presenting the at least one question to the user or the second device; receiving a response for the at least one question from the user or the second device; and authenticating the user to access the first device based on a determination that a score generated based on the response is more than or equal to the required threshold score determined based on the authentication level defined for the first device, wherein the required threshold score and the authentication level is defined for each device present in the IoT environment. receiving an access request from a user to access a first device present in the IoT environment; identifying a type of questions based on an authentication level defined for the first device, wherein the authentication level defined for the first device corresponds to a required threshold score for accessing the first device; generating at least one question corresponding to the type of questions based on at least one of user data of the user associated with the access request or device data of a second device associated with the user; presenting the at least one question to the user or the second device; receiving a response for the at least one question from the user or the second device; and authenticating the user to access the first device based on a determination that a score generated based on the response is more than or equal to the required threshold score determined based on the authentication level defined for the first device, wherein the required threshold score and the authentication level is defined for each device present in the IoT environment.
A compound of Formula: an ester of the compound of Formula, or a pharmaceutically acceptable salt of each of the foregoing, for use in a method of treating a patient diagnosed with idiopathic pulmonary fibrosis, wherein the method comprises administering to the patient an effective amount of the compound, the ester, or the salt as the sole active ingredient; and wherein m is an integer from 2 to 5 inclusive, and n is an integer from 3 to 8 inclusive, X 1 and X 2 each independently represent sulfur, oxygen, a sulfinyl group or a sulfonyl group, provided that X 1 and X 2 are not simultaneously oxygen.
A head restraint position adjusting device, comprising: at least one upper sensing electrode (11, 12) provided in an upper portion of a front portion of a head restraint provided on a seat of a vehicle, and configured to sense a capacitance between a human body sitting on the seat and the head restraint; at least one lower sensing electrode provided in a lower portion of the front portion of the head restraint, and configured to sense a capacitance between the human body and the head restraint; a detection circuit configured to detect a parietal region position of a head of the human body based on sensing signals from the upper sensing electrode (11, 12) and the lower sensing electrode; and position adjusting means configured to, in accordance with a detection result from the detection circuit, adjust a position of the head restraint relative to the seat to an appropriate position for the head, the appropriate position being based on the parietal region position, characterized in that the detection circuit is configured to detect the parietal region position by comparing a capacitance value C1, C2 indicated by a capacitance, based on the sensing signal from the upper sensing electrode (11, 12), between a vicinity of a parietal region of the head and the head restraint, with a capacitance value C3 indicated by a capacitance, based on the sensing signal from the lower sensing electrode, between a portion of the human body other than the vicinity of the parietal region and the head restraint. at least one upper sensing electrode (11, 12) provided in an upper portion of a front portion of a head restraint provided on a seat of a vehicle, and configured to sense a capacitance between a human body sitting on the seat and the head restraint; at least one lower sensing electrode provided in a lower portion of the front portion of the head restraint, and configured to sense a capacitance between the human body and the head restraint; a detection circuit configured to detect a parietal region position of a head of the human body based on sensing signals from the upper sensing electrode (11, 12) and the lower sensing electrode; and position adjusting means configured to, in accordance with a detection result from the detection circuit, adjust a position of the head restraint relative to the seat to an appropriate position for the head, the appropriate position being based on the parietal region position, characterized in that the detection circuit is configured to detect the parietal region position by comparing a capacitance value C1, C2 indicated by a capacitance, based on the sensing signal from the upper sensing electrode (11, 12), between a vicinity of a parietal region of the head and the head restraint, with a capacitance value C3 indicated by a capacitance, based on the sensing signal from the lower sensing electrode, between a portion of the human body other than the vicinity of the parietal region and the head restraint.
An image processing apparatus, comprising: an acquisition unit configured to acquire first image data to be subjected to color conversion; a color conversion unit configured to convert the first image data acquired by the acquisition unit into second image data in which a dot area ratio of a target process color of four process colors indicated by the first image data is distributed into a distributed dot area ratio of a fluorescent color different from the target process color and a distributed dot area ratio of the target process color, and to output the second image data as five-color image data; and an image output unit configured to receive the five-color image data from the color conversion unit and to output the five-color image data to a plotter to cause the plotter to execute printing, when a toner of the fluorescent color is loaded in the plotter. an acquisition unit configured to acquire first image data to be subjected to color conversion; a color conversion unit configured to convert the first image data acquired by the acquisition unit into second image data in which a dot area ratio of a target process color of four process colors indicated by the first image data is distributed into a distributed dot area ratio of a fluorescent color different from the target process color and a distributed dot area ratio of the target process color, and to output the second image data as five-color image data; and an image output unit configured to receive the five-color image data from the color conversion unit and to output the five-color image data to a plotter to cause the plotter to execute printing, when a toner of the fluorescent color is loaded in the plotter.
Mooring system for a floating structure, such as a vessel, comprising - a mooring structure, such as a buoy, a further floating structure or a fixed tower, having a turntable situated on a horizontal centre line and rotatable around a vertical axis, and - a connection structure adapted to provide a connection between the floating structure and the mooring structure, the connection structure comprising - at least one rigid arm (51,51') and - two tension members (41,41'), wherein the rigid arm (51,51') is provided with a ballast weight (61,61') and wherein the rigid arm (51,51') and the tension members (41, 41') at one end are hingedly interconnected and at their other ends are adapted to be connected to the mooring structure and the floating structure respectively or reverse, characterized in that the rigid arm comprises a damping system, the damping system comprising at least two separated liquid tanks (70, 70') that are partly filled with liquids and placed at the same distance from the horizontal centre line, the tanks (70, 70') being fluidly connected with each other so that liquid can be exchanged between the tanks to damp a swinging motion of the rigid arm (51, 51') around the vertical axis of the turntable. - a mooring structure, such as a buoy, a further floating structure or a fixed tower, having a turntable situated on a horizontal centre line and rotatable around a vertical axis, and - a connection structure adapted to provide a connection between the floating structure and the mooring structure, the connection structure comprising - at least one rigid arm (51,51') and - two tension members (41,41'),
A colorimetric sensor array comprising: a substrate; a first spot on the substrate, comprising a first nanoporous pigment; the first nanoporous pigment comprising a first nanoporous material and a first immobilized, chemoresponsive colorant; and a second spot on the substrate, comprising a second nanoporous pigment; the second nanoporous pigment comprising a second nanoporous material and a second immobilized, chemoresponsive colorant; where the first nanoporous pigment differs from the second nanoporous pigment in that the first and second immobilized chemoresponsive colorants are different; and wherein the first and second nanoporous pigments are cross-reactive with one another with respect to at least one analyte, such that the changes in spectral properties that occur upon exposure of the sensor array to the at least one analyte can be used to make a color difference map serving as a unique fingerprint for the at least one analyte at a given concentration, wherein the color difference map shows the color differences between images of the array before and after exposure to a sample. a substrate; a first spot on the substrate, comprising a first nanoporous pigment; the first nanoporous pigment comprising a first nanoporous material and a first immobilized, chemoresponsive colorant; and a second spot on the substrate, comprising a second nanoporous pigment; the second nanoporous pigment comprising a second nanoporous material and a second immobilized, chemoresponsive colorant; where the first nanoporous pigment differs from the second nanoporous pigment in that the first and second immobilized chemoresponsive colorants are different; and wherein the first and second nanoporous pigments are cross-reactive with one another with respect to at least one analyte, such that the changes in spectral properties that occur upon exposure of the sensor array to the at least one analyte can be used to make a color difference map serving as a unique fingerprint for the at least one analyte at a given concentration, wherein the color difference map shows the color differences between images of the array before and after exposure to a sample.
A transparent film (1, 1A, 1B, 1C, 1D) for a face protection shield comprising: a transparent base material having flexibility; and a transparent resin layer configured to be laminated on at least one of surfaces of the transparent base material, the transparent resin layer having on a surface a plurality of structural bodies including concavities or convexities provided at a pitch of less than or equal to a visible light wavelength, wherein a refractive index of the transparent base material is different from a refractive index of the transparent resin layer, an interface between the transparent base material and the transparent resin layer has a concave-convex shape, and the concave-convex shape has a pitch of the concavities and convexities which is more than or equal to 100 times the length of the pitch of the arrangement pattern of the structural bodies. a transparent base material having flexibility; and a transparent resin layer configured to be laminated on at least one of surfaces of the transparent base material, the transparent resin layer having on a surface a plurality of structural bodies including concavities or convexities provided at a pitch of less than or equal to a visible light wavelength, wherein a refractive index of the transparent base material is different from a refractive index of the transparent resin layer, an interface between the transparent base material and the transparent resin layer has a concave-convex shape, and the concave-convex shape has a pitch of the concavities and convexities which is more than or equal to 100 times the length of the pitch of the arrangement pattern of the structural bodies.
A downhole valve, e.g. a safety valve or sub-sea safety valve, SSSV, comprising: a housing; a flow path between a valve inlet and a valve outlet; at least one valve mechanism; and at least one piston member; wherein the at least one valve mechanism is operable by actuation of the at least one piston member to selectively open and close the flow path between the valve inlet and valve outlet; and the at least one piston member is actuatable to selectively open and close the flow path between the valve inlet and valve outlet by a pressure differential between an annulus pressure at the valve and a pressure at the valve outlet. a housing; a flow path between a valve inlet and a valve outlet; at least one valve mechanism; and at least one piston member; wherein the at least one valve mechanism is operable by actuation of the at least one piston member to selectively open and close the flow path between the valve inlet and valve outlet; and the at least one piston member is actuatable to selectively open and close the flow path between the valve inlet and valve outlet by a pressure differential between an annulus pressure at the valve and a pressure at the valve outlet.