mhurhangee/ep-ind-claims huggingface dataset:
A container manufacturing method for manufacturing a container that contains a content liquid by liquid blow molding a synthetic resin preform, the method comprising: a preform setup step in which the preform is disposed in a blow molding mold and a filling nozzle connected to a liquid supply path is engaged with a mouth portion (PFa) of the preform; a blow molding step in which the preform is liquid blow molded into a shape conforming to a cavity of the blow molding mold by supplying a pressurized liquid supplied to the liquid supply path from the filling nozzle into the preform; a liquid discharge step in which a predetermined amount of liquid in the container is discharged to the outside of the container by supplying pressurized air from air holes provided in the blow molding mold to the cavity and pushing by the air an outer surface of the container after molding; and a headspace forming step in which a headspace is formed in the container by separating the filling nozzle from a mouth portion (Ca) of the container in a state in which a predetermined amount of liquid is discharged to the outside. a preform setup step in which the preform is disposed in a blow molding mold and a filling nozzle connected to a liquid supply path is engaged with a mouth portion (PFa) of the preform; a blow molding step in which the preform is liquid blow molded into a shape conforming to a cavity of the blow molding mold by supplying a pressurized liquid supplied to the liquid supply path from the filling nozzle into the preform; a liquid discharge step in which a predetermined amount of liquid in the container is discharged to the outside of the container by supplying pressurized air from air holes provided in the blow molding mold to the cavity and pushing by the air an outer surface of the container after molding; and a headspace forming step in which a headspace is formed in the container by separating the filling nozzle from a mouth portion (Ca) of the container in a state in which a predetermined amount of liquid is discharged to the outside.
Process of producing a radio-frequency identification, RFID, antenna structure for use with an RFID device, comprising the steps of: printing a printed electronic circuit, PEC, on a conductive layer; assembling first and second connection points (210, 212) and a plurality of conductors of the PEC onto the conductive layer such that the plurality of conductors are bridging a position of an aperture to create part of an RFID antenna; cutting the conductive layer and the PEC in a cut area to create ar antenna for the RFID device, and cutting the aperture in the conductive layer using a laser; the process further characterised by comprising the step of focusing the laser dependent on depth, such that energy at a height above a surface where the PEC is placed is relatively diffuse compared to concentrated energy at a surface of the conductive layer, wherein the cutting of the RFID antenna is done through the PEC. printing a printed electronic circuit, PEC, on a conductive layer; assembling first and second connection points (210, 212) and a plurality of conductors of the PEC onto the conductive layer such that the plurality of conductors are bridging a position of an aperture to create part of an RFID antenna; cutting the conductive layer and the PEC in a cut area to create ar antenna for the RFID device, and cutting the aperture in the conductive layer using a laser; the process further characterised by comprising the step of focusing the laser dependent on depth, such that energy at a height above a surface where the PEC is placed is relatively diffuse compared to concentrated energy at a surface of the conductive layer, wherein the cutting of the RFID antenna is done through the PEC.
A current control apparatus (20, 20', 20") providing a current control for a power supply branch and a load, wherein a plurality of independent total phase currents (Ia1~Ia3) are transmitted through the power supply branch, the current control apparatus (20, 20', 20") comprising: at least one power conversion unit (24, 24', 24-1~24-n) configured to deliver a total charging-discharging power to charge or discharge the load according to a plurality of independent single-phase currents (It1~It3) transmitted by the power supply branch, wherein at least one of the independent single-phase currents (It1~It3) is different to another one of the independent single-phase currents (It1~It3), and wherein the current of each phase of the plurality of independent total phase currents (Ia1~Ia3) is composed of the independent single-phase currents (It1~It3) of the same phase and a household phase current (Ih1~Ih3) of the same phase; and a control unit coupled to the at least one power conversion unit (24, 24', 24-1~24-n) configured to independently control the plurality of independent single-phase currents (It1~It3) such that the current of each phase of the plurality of independent total phase currents (Ia1~Ia3) is less than or equal to a rated phase current (Ira1~Ira3) of the same phase of the power supply branch, wherein the household phase current (Ih1~Ih3) is the current consumed by a household load (14-1~14-3) of each phase, and the rated phase current (Ira1~Ira3) is a maximum current of each phase of the power supply branch. at least one power conversion unit (24, 24', 24-1~24-n) configured to deliver a total charging-discharging power to charge or discharge the load according to a plurality of independent single-phase currents (It1~It3) transmitted by the power supply branch, wherein at least one of the independent single-phase currents (It1~It3) is different to another one of the independent single-phase currents (It1~It3), and wherein the current of each phase of the plurality of independent total phase currents (Ia1~Ia3) is composed of the independent single-phase currents (It1~It3) of the same phase and a household phase current (Ih1~Ih3) of the same phase; and a control unit coupled to the at least one power conversion unit (24, 24', 24-1~24-n) configured to independently control the plurality of independent single-phase currents (It1~It3) such that the current of each phase of the plurality of independent total phase currents (Ia1~Ia3) is less than or equal to a rated phase current (Ira1~Ira3) of the same phase of the power supply branch, wherein the household phase current (Ih1~Ih3) is the current consumed by a household load (14-1~14-3) of each phase, and the rated phase current (Ira1~Ira3) is a maximum current of each phase of the power supply branch.
A shock absorber, comprising: a shock absorber body; a suspension spring provided in an outer circumference of the shock absorber body; a spring seat installed in the outer circumference of the shock absorber body and configured to support a lower end of the suspension spring; and a spring rubber seat interposed between the spring seat and the suspension spring and provided with a seat surface on which the suspension spring is seated, wherein the seat surface of the spring rubber seat is formed inclined so as to be higher toward a distal end (b) within a predetermined range from the distal end (b) where a spiral portion of the suspension spring becomes apart to a side where the spiral portion of the suspension spring abuts, and a concave portion surrounded by a portion abutting on the spring seat is formed on a lower side of the predetermined range in a lower part of the spring rubber seat, characterized in that the spring seat has one or more holes formed to vertically penetrate, and at least one of the holes faces the concave portion of the spring rubber seat. a shock absorber body; a suspension spring provided in an outer circumference of the shock absorber body; a spring seat installed in the outer circumference of the shock absorber body and configured to support a lower end of the suspension spring; and a spring rubber seat interposed between the spring seat and the suspension spring and provided with a seat surface on which the suspension spring is seated, wherein the seat surface of the spring rubber seat is formed inclined so as to be higher toward a distal end (b) within a predetermined range from the distal end (b) where a spiral portion of the suspension spring becomes apart to a side where the spiral portion of the suspension spring abuts, and a concave portion surrounded by a portion abutting on the spring seat is formed on a lower side of the predetermined range in a lower part of the spring rubber seat, characterized in that the spring seat has one or more holes formed to vertically penetrate, and at least one of the holes faces the concave portion of the spring rubber seat.
A method for carrying out a write access to a memory area of a chip card, a cryptographic method for transmitting to the chip card an access command and/or the data to be written being carried out, the cryptographic method being based on a symmetric key, the chip card generating the symmetric key, and the symmetric key being transmitted from the chip card to the computer system after the authorization of the computer system to carry out the write access has been reviewed, characterized in that the computer system implements one or more services of a certification service provider, a certificate of the certification service provider being stored at least temporarily in the chip card, the chip card using the certificate of the certification service provider to review the authorization, a public key, which is assigned to the computer system, being stored at least temporarily in the chip card, and the chip card reviewing the authorization of the computer system to carry out the write access with the aid of the public key.
A compound having a structure selected from the group consisting of structure 1 and structure 2: wherein R 1 = H or methyl; when R 1 = H, R 2 and R 3 taken together is selected from the group consisting of cyclopropyl, cyclobutyl, cyclopentyl, cyclopentenyl, cyclohexyl, and cyclohexenyl; or when R 1 = methyl, R 2 and R 3 taken together is cyclopropyl; R 4 is selected from the group consisting of H, methyl and ethyl; R 5 is selected from the group consisting of H, methyl and ethyl; and R 6 is selected from the group consisting of H, C 1 -C 9 straight and branched chain alkyl, alkenyl, alkyldienyl, acyclic and cyclic containing no more than one ring; with the proviso that in structure 1, when R 4 is H or methyl and R 5 is H or methyl, R 6 is selected from the group described above and phenyl. wherein R 1 = H or methyl; when R 1 = H, R 2 and R 3 taken together is selected from the group consisting of cyclopropyl, cyclobutyl, cyclopentyl, cyclopentenyl, cyclohexyl, and cyclohexenyl; or when R 1 = methyl, R 2 and R 3 taken together is cyclopropyl; R 4 is selected from the group consisting of H, methyl and ethyl; R 5 is selected from the group consisting of H, methyl and ethyl; and R 6 is selected from the group consisting of H, C 1 -C 9 straight and branched chain alkyl, alkenyl, alkyldienyl, acyclic and cyclic containing no more than one ring; with the proviso that in structure 1, when R 4 is H or methyl and R 5 is H or methyl, R 6 is selected from the group described above and phenyl.
A device for wine or fruit growing having at least one metallic trellis post and having at least one, more particularly metallic, profile piece (5, 25), which is fastened to the trellis post and has at least one holding element for a tensioning wire (2, 3), characterized in that between the trellis post and the profile piece (5, 25), a closed rectilinear guide is provided, of which guide the trellis post forms, on the longitudinal side, a rail-like guide element on which the profile piece (5, 25) is guided in sliding fashion, and an openable snap connection is provided, of which the profile piece (5, 25) has a spring element that engages with the trellis post in detent fashion.
A method for monitoring a cancer patient's response to anti-Clever-1 therapy and evaluating the need for combination therapy, when an agent capable of binding to Clever-1 has been administered in the patient, the method comprising - providing an obtained sample from patient at a first point in time prior to the administration of an agent capable of binding to Clever-1 to a patient, - providing an obtained sample from patient at a later point in time after the administration of an agent capable of binding to Clever-1 to a patient, - measuring the expression of two, three or more cell surface markers selected from PD-1 or PD-L1, CTLA-4, ICOS, OX40, 41BB, LAG3, TIM3, CD28, CD25 and CXCR3 from the obtained samples, and - comparing the expression level of said cell surface markers measured from the sample obtained at a later point of time to the expression level of said cell surface markers measured from the sample obtained at a first point of time, wherein the absence of the desired change in the expression level of a cell surface marker is an indication for initiation the concomitant administration of an agent that affects said cell surface marker, wherein the markers are measured in circulating T cells, and wherein the agent capable of binding to Clever-1 comprises an anti-Clever-1 antibody or a fragment thereof. - providing an obtained sample from patient at a first point in time prior to the administration of an agent capable of binding to Clever-1 to a patient, - providing an obtained sample from patient at a later point in time after the administration of an agent capable of binding to Clever-1 to a patient, - measuring the expression of two, three or more cell surface markers selected from PD-1 or PD-L1, CTLA-4, ICOS, OX40, 41BB, LAG3, TIM3, CD28, CD25 and CXCR3 from the obtained samples, and - comparing the expression level of said cell surface markers measured from the sample obtained at a later point of time to the expression level of said cell surface markers measured from the sample obtained at a first point of time, wherein the absence of the desired change in the expression level of a cell surface marker is an indication for initiation the concomitant administration of an agent that affects said cell surface marker, wherein the markers are measured in circulating T cells, and wherein the agent capable of binding to Clever-1 comprises an anti-Clever-1 antibody or a fragment thereof.
A laminated vehicle glazing comprising, a first glass ply coated with an electrically conductive coating, a second glass ply, an interlayer ply comprising polyvinyl butyral, and a first busbar comprising a conductive foil, characterised in that, the electrically conductive coating comprises a pyrolytically deposited transparent conductive oxide layer and in that the first busbar is in direct contact with both the electrically conductive coating and the interlayer ply.
A curable resin represented by General Formula, in General Formula, R 1 each independently represent a monovalent substituent, m is 0 to 4, n is 0 to 40, and R 2 's are each independently a monovalent group including a polymerizable functional group. R 1 each independently represent a monovalent substituent, m is 0 to 4, n is 0 to 40, and R 2 's are each independently a monovalent group including a polymerizable functional group.
A transonic blade used in a flow field through which an overall or partial flow passes at a transonic speed or higher, wherein the transonic blade is formed such that: a cross-sectional surface at each of spanwise positions of the blade is shifted parallel to a line connecting a leading edge with a trailing edge of the blade; a stacking line that connects together gravity center positions of blade cross-sectional surfaces at respective spanwise positions is shifted toward an upstream side of working fluid in at least a part of a range from a hub cross-sectional surface joined to a rotating shaft or an outer circumferential side casing of a rotating machine to a tip cross-sectional surface lying at a position most remote from the hub cross-sectional surface in a spanwise direction; and a maximum thickness position of the cross-sectional surface of the blade at each of the spanwise positions are shifted toward a trailing edge side of the blade in a range from the hub cross-sectional surface to the tip cross-sectional surface; characterized in that: the stacking line has a constant axial position on a hub cross-sectional surface side of a certain spanwise position between the hub cross-sectional surface and a mean cross-sectional surface located at a center in a spanwise direction and is shifted toward the upstream side of working fluid from the certain spanwise position to the tip cross-sectional surface, or the stacking line is located on the upstream side of the working fluid at all spanwise positions and is monotonously shifted toward the upstream side from the hub cross-sectional surface to the tip cross-sectional surface. a cross-sectional surface at each of spanwise positions of the blade is shifted parallel to a line connecting a leading edge with a trailing edge of the blade; a stacking line that connects together gravity center positions of blade cross-sectional surfaces at respective spanwise positions is shifted toward an upstream side of working fluid in at least a part of a range from a hub cross-sectional surface joined to a rotating shaft or an outer circumferential side casing of a rotating machine to a tip cross-sectional surface lying at a position most remote from the hub cross-sectional surface in a spanwise direction; and a maximum thickness position of the cross-sectional surface of the blade at each of the spanwise positions are shifted toward a trailing edge side of the blade in a range from the hub cross-sectional surface to the tip cross-sectional surface; characterized in that:
A water-based inkjet ink comprising at least a) a pigment, b) a polymer dispersant comprising polyethylene oxide groups having an acid value of less than 50 mgKOH/g, c) acrylic copolymer resin, and d) at least one water-soluble organic solvent selected from glycol ethers or 1,2-alkanediols having 4 or more carbon atoms.
A method for producing crude neon comprising: separating feed air by cryogenic rectification in a higher pressure column to produce neon-containing shelf vapor containing from 30 to 70 ppm neon, withdrawing the neon-containing shelf vapor from the upper portion of higher pressure column, and condensing at least a portion of the neon-containing shelf vapor by indirect heat exchange with lower pressure column bottom liquid in a reboiler/condenser to produce neon-containing liquid; partially vaporizing a liquid feed air stream, passing the remaining liquid into the lower pressure column, and recovering the resulting vapor as part of the product crude neon; subcooling the neon-containing liquid, expanding the subcooled neon-containing liquid in valve, passing the resulting fluid into a separator (30; 50), and separating the fluid within the separator into neon containing vapor and remaining liquid; and passing remaining liquid from the separator (30; 50) into a lower pressure column, and recovering neon-containing vapor as product crude neon having between 400 ppm and 10000 ppm neon. separating feed air by cryogenic rectification in a higher pressure column to produce neon-containing shelf vapor containing from 30 to 70 ppm neon, withdrawing the neon-containing shelf vapor from the upper portion of higher pressure column, and condensing at least a portion of the neon-containing shelf vapor by indirect heat exchange with lower pressure column bottom liquid in a reboiler/condenser to produce neon-containing liquid; partially vaporizing a liquid feed air stream, passing the remaining liquid into the lower pressure column, and recovering the resulting vapor as part of the product crude neon; subcooling the neon-containing liquid, expanding the subcooled neon-containing liquid in valve, passing the resulting fluid into a separator (30; 50), and separating the fluid within the separator into neon containing vapor and remaining liquid; and passing remaining liquid from the separator (30; 50) into a lower pressure column, and recovering neon-containing vapor as product crude neon having between 400 ppm and 10000 ppm neon.
A valve arrangement comprising a valve member, configured to move axially towards and away from a valve seat to control a fluid flow between an input and an output, the valve arrangement further including a pre-setting arrangement comprising: - an outer pre-setting sleeve comprising an aperture; - an inner pre-setting sleeve, fitted inside the outer presetting sleeve, co-axially therewith, and being adapted to be rotatable about an axis therein, the inner pre-setting sleeve comprising a number of openings; - wherein a turning of the inner pre-setting sleeve in relation to the outer pre-setting sleeve exposes different sets among said openings at said aperture, thereby devising different maximum valve arrangement flows for a given valve pressure difference, wherein the outer circumference of the inner pre-setting sleeve having a greater radial dimension, with respect to said axis, at the portion comprising said openings, than a corresponding inner diameter of the outer pre-setting sleeve such that a press fit is obtained between the outer and inner pre-setting sleeves at said openings, wherein an end of the inner pre-setting sleeve has a conical portion, the wider end of the conical portion being elastically deformed when inserted in the outer pre-setting sleeve. - an outer pre-setting sleeve comprising an aperture; - an inner pre-setting sleeve, fitted inside the outer presetting sleeve, co-axially therewith, and being adapted to be rotatable about an axis therein, the inner pre-setting sleeve comprising a number of openings; - wherein a turning of the inner pre-setting sleeve in relation to the outer pre-setting sleeve exposes different sets among said openings at said aperture, thereby devising different maximum valve arrangement flows for a given valve pressure difference, wherein the outer circumference of the inner pre-setting sleeve having a greater radial dimension, with respect to said axis, at the portion comprising said openings, than a corresponding inner diameter of the outer pre-setting sleeve such that a press fit is obtained between the outer and inner pre-setting sleeves at said openings, wherein an end of the inner pre-setting sleeve has a conical portion, the wider end of the conical portion being elastically deformed when inserted in the outer pre-setting sleeve.
A method for reporting channel state information, CSI, in a wireless communication system, the method performed by a user equipment, UE, which supports a short transmission time interval, S-TTI, and a legacy transmission time interval, L-TTI, and comprising: receiving downlink control information, DCI, related to the S-TTI; and reporting the CSI which is triggered by the DCI, wherein, based on the DCI set to trigger a report for the CSI, the reported CSI is based on a transmission mode for a subframe at which the DCI is received. receiving downlink control information, DCI, related to the S-TTI; and reporting the CSI which is triggered by the DCI, wherein, based on the DCI set to trigger a report for the CSI, the reported CSI is based on a transmission mode for a subframe at which the DCI is received.