mhurhangee/ep-ind-claims huggingface dataset:
A semi-finished blank for a varifocal lens, comprising: a first substrate (13, 113); a second substrate (15, 115) that is opposite the first substrate (13, 113); a first transparent conductive film produced on the front of the first substrate (13, 113); a second transparent conductive film produced on the back of the second substrate (15, 115); a varifocal section disposed between the front of the first substrate (13, 113) and the back of the second substrate (15, 115); a first internal electrode that is connected to the first transparent conductive film; a second internal electrode that is connected to the second transparent conductive film; a first separation film (29, 129) that is provided at a location opposite the second internal electrode and that separates a partial region of the first transparent conductive film; and a second separation film (35, 135) that is provided at a location opposite the first internal electrode and that separates a partial region of the second transparent conductive film. a first substrate (13, 113); a second substrate (15, 115) that is opposite the first substrate (13, 113); a first transparent conductive film produced on the front of the first substrate (13, 113); a second transparent conductive film produced on the back of the second substrate (15, 115); a varifocal section disposed between the front of the first substrate (13, 113) and the back of the second substrate (15, 115); a first internal electrode that is connected to the first transparent conductive film; a second internal electrode that is connected to the second transparent conductive film; a first separation film (29, 129) that is provided at a location opposite the second internal electrode and that separates a partial region of the first transparent conductive film; and a second separation film (35, 135) that is provided at a location opposite the first internal electrode and that separates a partial region of the second transparent conductive film.
A method of determining an isotope ratio of ions from a source of ions using mass spectrometry comprising: obtaining a plurality of mass spectra of ions, wherein obtaining each mass spectrum of the plurality of mass spectra comprises: generating ions from a first source of ions; guiding the generated ions through a device having a mass transfer function that varies with ion current; providing at least some of the ions to a mass analyser; using the mass analyser to obtain a mass spectrum of the ions provided to the mass analyser; and determining the ion current of the ions provided to the mass analyser; wherein the mass spectra are obtained for different measured ion currents; determining an isotope ratio of ions provided to the mass analyser from each mass spectrum; using the determined isotope ratio and determined ion current for each mass spectrum to determine a calibration relationship that characterises a variation of the determined isotope ratios and the measured ion currents across the mass spectra; and adjusting a measured isotope ratio obtained at a determined ion current by using the calibration relationship to adjust the measured isotope ratio to an adjusted isotope ratio corresponding to a selected ion current. obtaining a plurality of mass spectra of ions, wherein obtaining each mass spectrum of the plurality of mass spectra comprises: generating ions from a first source of ions; guiding the generated ions through a device having a mass transfer function that varies with ion current; providing at least some of the ions to a mass analyser; using the mass analyser to obtain a mass spectrum of the ions provided to the mass analyser; and determining the ion current of the ions provided to the mass analyser; generating ions from a first source of ions; guiding the generated ions through a device having a mass transfer function that varies with ion current; providing at least some of the ions to a mass analyser; using the mass analyser to obtain a mass spectrum of the ions provided to the mass analyser; and determining the ion current of the ions provided to the mass analyser; wherein the mass spectra are obtained for different measured ion currents; determining an isotope ratio of ions provided to the mass analyser from each mass spectrum; using the determined isotope ratio and determined ion current for each mass spectrum to determine a calibration relationship that characterises a variation of the determined isotope ratios and the measured ion currents across the mass spectra; and adjusting a measured isotope ratio obtained at a determined ion current by using the calibration relationship to adjust the measured isotope ratio to an adjusted isotope ratio corresponding to a selected ion current.
Multiple-pairing method for pairing a plurality of stations (111, 112, 113) with a wireless access point of a wireless local area network, the wireless access point broadcasting beacon frames relating to the wireless local area network, the method comprising: - including, by the access point, in the broadcast beacon frames, a notification of triggering of multiple pairing including a multiple-pairing session identifier, during a declaration period of predefined maximum duration; - receiving, by the access point, requests for participation in the multiple pairing coming from said stations (111, 112, 113), said requests including the multiple-pairing session identifier, and creating, from the requests received, a list of stations to be paired; and - when the declaration period expires, making (304, 603) by the access point, individual pairings in turn with each of the stations (111, 112, 113) in the list. - including, by the access point, in the broadcast beacon frames, a notification of triggering of multiple pairing including a multiple-pairing session identifier, during a declaration period of predefined maximum duration; - receiving, by the access point, requests for participation in the multiple pairing coming from said stations (111, 112, 113), said requests including the multiple-pairing session identifier, and creating, from the requests received, a list of stations to be paired; and - when the declaration period expires, making (304, 603) by the access point, individual pairings in turn with each of the stations (111, 112, 113) in the list.
An apparatus for removing ingested material from a stomach of a patient fitted with an external gastrostomy connection to the stomach, the apparatus comprising: a fluid source for infusing fluid into the stomach though the connection; and a drain line for draining content of the stomach received from the connection; wherein, in a first mode, the fluid source infuses fluid through the connection into the stomach; and in a second mode, the drain line receives content drained from the stomach through the connection, and further comprising a valve arrangement providing in the first mode an open first path between the fluid source and the connection; and in the second mode an open second path between the connection and the drain line. a fluid source for infusing fluid into the stomach though the connection; and a drain line for draining content of the stomach received from the connection;
A positive active material for a rechargeable lithium battery, consisting of: a lithium composite oxide comprising Li (lithium), Fe (iron), P (phosphorus) and O (oxygen) in a ratio represented by the following Chemical Formula 1, Chemical Formula 1 Li x Fe y PO 4 wherein, 0.8≤x≤1.2, and 0.9≤y≤1.1 provided both x and y are not 1, and wherein the lithium composite oxide includes a Fe-containing compound phase and a Li-containing compound phase, and a mole ratio of the Fe-containing compound phase to the Li-containing compound phase based on moles of Fe and Li ranges from about 0.80 to about 1.00. a lithium composite oxide comprising Li (lithium), Fe (iron), P (phosphorus) and O (oxygen) in a ratio represented by the following Chemical Formula 1, Chemical Formula 1 Li x Fe y PO 4 wherein, 0.8≤x≤1.2, and 0.9≤y≤1.1 provided both x and y are not 1, and wherein the lithium composite oxide includes a Fe-containing compound phase and a Li-containing compound phase, and a mole ratio of the Fe-containing compound phase to the Li-containing compound phase based on moles of Fe and Li ranges from about 0.80 to about 1.00.
A soil reinforcement geosynthetic having a deformation curve, which slope gives the geosynthetic modulus, the elongation being in abscissas and the tensile effort being in ordinates, said curve having at least two different areas of tensile elongation in at least one direction, respectively: • a first major elongation area for a deformation of the geosynthetic in the range from 0% to a limit between 0.5 and 6% in at least one direction for tensions in the range from 0 to 10 to 400 kN/m corresponding to this limit deformation; • a second elongation area, beyond said first elongation area, with a maximum deformation in the range from 2 to 20% in at least one direction for tensions in the range from at least 100 to 3,000 kN/m corresponding to this maximum deformation, characterized by a higher slope of the curve than that of the first elongation area, the difference between the elongation areas resulting from the nature of the threads making up the geosynthetic and/or from the structure of said geosynthetic. • a first major elongation area for a deformation of the geosynthetic in the range from 0% to a limit between 0.5 and 6% in at least one direction for tensions in the range from 0 to 10 to 400 kN/m corresponding to this limit deformation; • a second elongation area, beyond said first elongation area, with a maximum deformation in the range from 2 to 20% in at least one direction for tensions in the range from at least 100 to 3,000 kN/m corresponding to this maximum deformation, characterized by a higher slope of the curve than that of the first elongation area,
An organic compound represented by the following General Formula: in General Formula, A and A' are each independently selected from the group consisting of hydrogen atoms, alkyl groups having 1 to 20 carbon atoms, alkoxy groups having 1 to 20 carbon atoms, and aryl groups, wherein at least one of A and A' is selected from the alkyl groups, the alkoxy groups, and the aryl groups; and the aryl groups each optionally have an alkyl group having 1 to 4 carbon atoms or an alkoxy group having 1 to 4 carbon atoms as a substituent; R 1 and R 2 each independently represent a hydrogen atom, a halogen atom, an alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryl group, an aralkyl group, an amino group, or a silyl group, wherein the aryl group, the aralkyl group, the amino group, and the silyl group each optionally have an alkyl group having 1 to 4 carbon atoms as a substituent; and n represents 1 or 2.
A can lid, that has an opening piece enclosed by a score line on a panel portion, and that is opened by a tab attached to the opening piece that ruptures the score line and detaches the opening piece from the panel portion, wherein the score line is formed into a closed circle to be ruptured easily along a circumference of the panel portion; a rivet is formed in the vicinity of a circumference of the panel portion; the tab ol comprises an installation portion that is attached to the rivet, a finger grip portion that is situated closer to a center of the opening piece than the installation portion, and a nose portion that is situated on an opposite side to the finger grip portion ol at radially outer side of the score line; characterized in that a portion of the panel portion underneath the nose portion ol serves as a support section that supports the nose portion from below; and an outer circumferential bead is formed on a radially outer side of the score line to enhance bending stiffness of the support section. wherein the score line is formed into a closed circle to be ruptured easily along a circumference of the panel portion; a rivet is formed in the vicinity of a circumference of the panel portion; the tab ol comprises an installation portion that is attached to the rivet, a finger grip portion that is situated closer to a center of the opening piece than the installation portion, and a nose portion that is situated on an opposite side to the finger grip portion ol at radially outer side of the score line; characterized in that a portion of the panel portion underneath the nose portion ol serves as a support section that supports the nose portion from below; and an outer circumferential bead is formed on a radially outer side of the score line to enhance bending stiffness of the support section.
A tube joining apparatus that melts and cuts an end portion of a first tube and an end portion of a second tube with a heated plate-shaped cutting member, and then exchanges positions of the cut end portion of the first tube and the cut end portion of the second tube and joins the tubes under aseptic conditions, the apparatus comprising: a housing; a lid relatively movable toward and away from the housing; a tube holding part that holds the first tube and the second tube individually in a state of being placed side by side in an oblique direction with respect to a height direction of the housing; and a tube pressing part, and characterised in that the tube pressing part presses the first tube and the second tube against each other along an oblique direction in which the first tube and the second tube are placed side by side as the lid relatively moves toward the housing. a housing; a lid relatively movable toward and away from the housing; a tube holding part that holds the first tube and the second tube individually in a state of being placed side by side in an oblique direction with respect to a height direction of the housing; and a tube pressing part, and characterised in that the tube pressing part presses the first tube and the second tube against each other along an oblique direction in which the first tube and the second tube are placed side by side as the lid relatively moves toward the housing.
An inspection system for collecting data in a fluid conduit, the inspection system comprising: a pig (202, 302, 428), wherein the pig is defined by at least a front end and a rear end, the rear end being distally opposed to the front end along a longitudinal axis, a mount assembly (210, 310) secured to the pig, at least one sensor device (204, 304) removably coupled to the mount assembly, the at least one sensor device including an outer capsule that is exposed to the fluid and which provides fluid-tight containment to an interior compartment of the sensor device, the interior compartment containing a tri-axial gyroscope for determining an isometry of the fluid conduit. a pig (202, 302, 428), wherein the pig is defined by at least a front end and a rear end, the rear end being distally opposed to the front end along a longitudinal axis, a mount assembly (210, 310) secured to the pig, at least one sensor device (204, 304) removably coupled to the mount assembly, the at least one sensor device including an outer capsule that is exposed to the fluid and which provides fluid-tight containment to an interior compartment of the sensor device, the interior compartment containing a tri-axial gyroscope for determining an isometry of the fluid conduit.
Method for manufacturing carbon fiber panels stiffened with omega stringers comprising the steps of: providing at least one omega stringer in a cured or un-cured state, providing at least one a tubular pressure member manufactured with the cross-sectional shape of the channel defined by an omega stringer, and having at least the same length than said omega stringer, placing said tubular pressure member inside said channel of an omega stringer, inserting a tubular vacuum bag inside the tubular pressure member, bringing in contact a laminate of uncured carbon fiber plies with said omega stringer, such as the tubular pressure member is enclosed by the laminate and the omega stringer, and applying autoclave pressure to the interior of the tubular vacuum bag such as the tubular vacuum bag forces the tubular pressure member to expand and exert pressure against part of the omega stringer and part of the laminate wherein the tubular pressure member is made of an elastomeric material having an outer surface covered by a layer of a release film material adhered to that outer surface, wherein the internal surface of the elastic material is covered with a layer of composite material adhered to that internal surface and wherein the elastomeric material of the pressure tubular member is made of rubber, and the layer of release film and the layer of composite material are joined to the rubber during its vulcanization. providing at least one omega stringer in a cured or un-cured state, providing at least one a tubular pressure member manufactured with the cross-sectional shape of the channel defined by an omega stringer, and having at least the same length than said omega stringer, placing said tubular pressure member inside said channel of an omega stringer, inserting a tubular vacuum bag inside the tubular pressure member, bringing in contact a laminate of uncured carbon fiber plies with said omega stringer, such as the tubular pressure member is enclosed by the laminate and the omega stringer, and applying autoclave pressure to the interior of the tubular vacuum bag such as the tubular vacuum bag forces the tubular pressure member to expand and exert pressure against part of the omega stringer and part of the laminate wherein the tubular pressure member is made of an elastomeric material having an outer surface covered by a layer of a release film material adhered to that outer surface, wherein the internal surface of the elastic material is covered with a layer of composite material adhered to that internal surface and wherein the elastomeric material of the pressure tubular member is made of rubber, and the layer of release film and the layer of composite material are joined to the rubber during its vulcanization.
A method for transmitting a protection command for a relay protection, comprising: calculating a message digest of designated data, wherein the designated data comprises a protection command to be sent and password information set with a receiving party in advance; and sending a data packet comprising the protection command and the calculated message digest to the receiving party via Ethernet; characterized by generating a sending order information about the protection command according to a sending precedence order of the protection command, wherein the designated data and the data packet comprise the generated sending order information, and wherein the sending order information comprises a status number, a sequence number and a time stamp, the status number representing a command sending round where the protection command is sent, the sequence number representing a command sending batch where the protection command is sent in the command sending round where the protection command is sent, and the time stamp representing a start time of the command sending round where the protection command is sent. calculating a message digest of designated data, wherein the designated data comprises a protection command to be sent and password information set with a receiving party in advance; and sending a data packet comprising the protection command and the calculated message digest to the receiving party via Ethernet; characterized by generating a sending order information about the protection command according to a sending precedence order of the protection command, wherein the designated data and the data packet comprise the generated sending order information, and wherein the sending order information comprises a status number, a sequence number and a time stamp, the status number representing a command sending round where the protection command is sent, the sequence number representing a command sending batch where the protection command is sent in the command sending round where the protection command is sent, and the time stamp representing a start time of the command sending round where the protection command is sent.
A random access resource processing method, comprising: receiving first indication information from a network device, wherein the first indication information is used to indicate whether a preset random access resource is available; and transmitting first acknowledgment information to the network device. receiving first indication information from a network device, wherein the first indication information is used to indicate whether a preset random access resource is available; and transmitting first acknowledgment information to the network device.
A method for designing a customized headgear for transcranial direct current stimulation performed by a computing device, the method comprising: acquiring a head image of the subject; generating a headgear mask by using the acquired head image; generating a stimulator mask by using an optimal stimulation position combination for applying the electrical stimulation to the preset target point; and generating a customized headgear mask for the subject by performing a subtraction operation between the generated headgear mask and the generated stimulator mask. acquiring a head image of the subject; generating a headgear mask by using the acquired head image; generating a stimulator mask by using an optimal stimulation position combination for applying the electrical stimulation to the preset target point; and generating a customized headgear mask for the subject by performing a subtraction operation between the generated headgear mask and the generated stimulator mask.
An organic electroluminescent device, comprising an anode, a hole transport layer, an organic light-emitting layer, an electron transport layer and a cathode, characterized in that the electron transport layer comprises an electron transport material, an organic metal complex and an active metal compound, wherein, the organic metal complex and the active metal compound are doped in the electron transport material; the active metal compound is an alkali metal compound, an alkaline earth metal compound or a lanthanide metal compound; the alkali metal compound is an alkali metal nitride or an alkali metal borohydride; and the alkali earth metal compound is an alkaline earth metal nitride or an alkali earth metal borohydride; and the lanthanide metal compound is a lanthanide metal nitride or a lanthanide metal borohydride; the molar ratio of electron transport material, the organic metal complex and the active metal compound in the electron transport layer is 1:(0.01-5):(0.01-5); the electron transport material and the organic metal complex are different materials.