mhurhangee/ep-ind-claims huggingface dataset:
A method (100, 200) for separating a feed mixture (a) which predominantly or exclusively contains carbon monoxide and hydrogen and is present at a first pressure level, and from which, in a cryogenic separation process, a liquid intermediate fraction (b) is initially formed by partial condensation at the first pressure level in a separation vessel, leaving a first residual gas mixture (c), which liquid intermediate fraction is subsequently expanded to an intermediate pressure level and fed into a stripping column, from which a second residual gas mixture (e) and a carbon monoxide-rich liquid (d) are removed, a first carbon monoxide-rich retentate (g) and a first hydrogen-rich permeate (h) being formed from the first residual gas mixture (c) in a first membrane separation step carried out at the first pressure level, the first carbon monoxide-rich retentate (g) being returned to the cryogenic separation process, characterized in that the first hydrogen-rich permeate (h), together with the second residual gas mixture (e), is separated in a second membrane separation step into a second hydrogen-rich permeate (k) and a second carbon monoxide-rich retentate (i), and in that, in addition to the first carbon monoxide-rich retentate (g), the second carbon monoxide-rich retentate (i) is also returned to the cryogenic separation process.
A wireless communication method, comprising: sending, by a network device, first configuration information, the first configuration information comprising m pieces of resource indication information, wherein a resource indicated by the m pieces of resource indication information is used for performing sounding reference signal, SRS-based reference signal receiving power, RSRP, measurement and/or received signal strength indication, RSSI, measurement, and m is a positive integer greater than or equal to 1, wherein the measurement comprises cross-link interference, CLI, measurement, characterised in that the first configuration information comprises bandwidth part, BWP, indication information, the BWP indication information being used for indicating a BWP corresponding to the resource indicated by the m pieces of resource indication information, and the first configuration information specifically includes m pieces of BWP indication information, a BWP indicated by i-th BWP indication information corresponds to a downlink BWP indicated by i-th resource indication information, 0<i≤m. sending, by a network device, first configuration information, the first configuration information comprising m pieces of resource indication information, wherein a resource indicated by the m pieces of resource indication information is used for performing sounding reference signal, SRS-based reference signal receiving power, RSRP, measurement and/or received signal strength indication, RSSI, measurement, and m is a positive integer greater than or equal to 1, wherein the measurement comprises cross-link interference, CLI, measurement, characterised in that the first configuration information comprises bandwidth part, BWP, indication information, the BWP indication information being used for indicating a BWP corresponding to the resource indicated by the m pieces of resource indication information, and the first configuration information specifically includes m pieces of BWP indication information, a BWP indicated by i-th BWP indication information corresponds to a downlink BWP indicated by i-th resource indication information, 0<i≤m.
A co-injection molding system comprising: a mold comprising a material having an average thermal conductivity of more than 51.92 W·m -1 ·K -1 (30 BTU/HR FT °F); a screw for feeding a first material into the mold; wherein the mold includes at least one mold cavity; characterized in that the at least one mold cavity includes: a mold cavity with an L/T ratio of greater than 100; and in that the co-injection molding system further comprises a control system configured to maintain a substantially constant injection pressure of less than 41,37 MPa for the first and second materials. a mold comprising a material having an average thermal conductivity of more than 51.92 W·m -1 ·K -1 (30 BTU/HR FT °F); a screw for feeding a first material into the mold; wherein the mold includes at least one mold cavity; characterized in that the at least one mold cavity includes: a mold cavity with an L/T ratio of greater than 100; and in that the co-injection molding system further comprises a control system configured to maintain a substantially constant injection pressure of less than 41,37 MPa for the first and second materials. a mold cavity with an L/T ratio of greater than 100; and in that the co-injection molding system further comprises a control system configured to maintain a substantially constant injection pressure of less than 41,37 MPa for the first and second materials.
Solenoid valve, wherein the solenoid valve has an electromagnet with a coil and an RFID tag for identifying the solenoid valve, characterized in that the solenoid valve has an antenna for unidirectional or bidirectional communication with the RFID tag, wherein the antenna is the coil of the solenoid valve.
An extracellular domain of a transmembrane activator and calcium modulator and cyclophilin ligand-interactor (TACI) polypeptide comprising a secreted form of SEQ ID NO:23 having the modified tissue plasminogen activation signal sequence (SEQ ID NO: 41) removed and an anti-CD-20 agent comprising a genetically engineered chimeric murine/human monoclonal antibody directed against the CD20 antigen, for use in reducing B cell numbers in a mammal.
An electrically controlled chassis, applicable to adjustment of a chair, the electrically controlled chassis comprising: a chassis body; an electrical control box, disposed on the chassis body, and internally provided with an accommodation space; a drive motor, disposed in the accommodation space of the electrical control box, and configured to control lift adjustment of the chassis of the chair and pitch adjustment of a backrest of the chair; a winding mechanism, connected to an output shaft of the drive motor, and being rotatable with the output shaft of the drive motor; a first pull cord, reversely wound on the winding mechanism, and one end of the first pull cord being fixedly connected to the winding mechanism; a second pull cord, normally wound on the winding mechanism, and one end of the second pull cord being fixedly connected to the winding mechanism; a backrest adjustment mechanism, disposed on the chassis body, and fixedly connected to the other end of the first pull cord, wherein in the case that the output shaft of the drive motor drives the winding mechanism to rotate along a first direction, the first pull cord is pulled such that the backrest adjustment mechanism is adjustable; and a chassis lift mechanism, disposed on the chassis body, and fixedly connected to the other end of the second pull cord, wherein in the case that the output shaft of the drive motor drives the winding mechanism to rotate along a second direction, the second pull cord is pulled such that the chassis lift mechanism is adjustable. a chassis body; an electrical control box, disposed on the chassis body, and internally provided with an accommodation space; a drive motor, disposed in the accommodation space of the electrical control box, and configured to control lift adjustment of the chassis of the chair and pitch adjustment of a backrest of the chair; a winding mechanism, connected to an output shaft of the drive motor, and being rotatable with the output shaft of the drive motor; a first pull cord, reversely wound on the winding mechanism, and one end of the first pull cord being fixedly connected to the winding mechanism; a second pull cord, normally wound on the winding mechanism, and one end of the second pull cord being fixedly connected to the winding mechanism; a backrest adjustment mechanism, disposed on the chassis body, and fixedly connected to the other end of the first pull cord, wherein in the case that the output shaft of the drive motor drives the winding mechanism to rotate along a first direction, the first pull cord is pulled such that the backrest adjustment mechanism is adjustable; and a chassis lift mechanism, disposed on the chassis body, and fixedly connected to the other end of the second pull cord, wherein in the case that the output shaft of the drive motor drives the winding mechanism to rotate along a second direction, the second pull cord is pulled such that the chassis lift mechanism is adjustable.
Device for mounting a rotor to be balanced in a balancing machine, said device comprising a base element having a central axis, which base element is designed to be able to be coaxially connected to a rotatable spindle of a dynamic balancing machine or to a receiving shaft of a static balancing machine, characterised in that a plurality of bearing rails, which are fastened by means of an inner end to the base element, extend substantially radially with respect to the central axis of the base element and project by means of the other outer end beyond the outer edge of the base element and have bearing surfaces, lying in a common radial plane, for the rotor to be balanced, wherein a centring piece for inner and/or outer centring of the rotor being arranged on each bearing rail, which centring piece can be radially displaced with respect to the bearing rail and can be fixed to the bearing rail in any centring position.
A gas sensor comprising: a base, and a gas detection layer formed on the base, containing SnO 2 as a main component, and having an electrical characteristic which varies according to concentration of a particular gas contained in a gas to be detected, characterised in that a porous cover layer is covering an outer surface of the gas detection layer, the porous cover layer formed of oxide particles having an average particle size of 500 nm or less, the gas detection layer contains SnO 2 in an amount of 90% by mass or higher and further contains Ir, P, and Pt, and Ir, P, and Pt contents in % by mass in the gas detection layer satisfy a first relationship expressed by Ir ≥ P + Pt. a base, and a gas detection layer formed on the base, containing SnO 2 as a main component, and having an electrical characteristic which varies according to concentration of a particular gas contained in a gas to be detected, characterised in that a porous cover layer is covering an outer surface of the gas detection layer, the porous cover layer formed of oxide particles having an average particle size of 500 nm or less, the gas detection layer contains SnO 2 in an amount of 90% by mass or higher and further contains Ir, P, and Pt, and Ir, P, and Pt contents in % by mass in the gas detection layer satisfy a first relationship expressed by Ir ≥ P + Pt.
A method for operating a ventilation device for an area, wherein exhaust air is removed from the area during a ventilation process by means of the ventilation device at a certain exhaust air mass flow rate, and/or ambient air is removed from the outside environment at a certain ambient air mass flow rate and is supplied to the area in the form of supply air, wherein an exhaust air relative humidity and an exhaust air temperature of the exhaust air as well as an ambient air temperature of the ambient air are measured, characterised in that an ambient air temperature threshold value is determined from the exhaust air relative humidity, the exhaust air temperature, as well as a constant and manually predeterminable assumed ambient air relative humidity by means of the equation θ AU, max = θ 1 ln x AB − θ 2 wherein θ 1 is a constant first temperature variable, x AB is an absolute humidity of the exhaust air determined from the exhaust air relative humidity and the exhaust air temperature, and θ 2 is a second temperature variable determined from the assumed ambient air relative humidity, wherein the exhaust air mass flow rate and/or the ambient air mass flow rate are/is increased when the exhaust air relative humidity exceeds an exhaust air relative humidity threshold value and the ambient air temperature is smaller than the ambient air temperature threshold value.
A method for forwarding a packet, applicable to each non-uniform memory architecture, NUMA, node included in a network function virtualization, NFV, device, wherein the each NUMA node comprises a forwarding group comprising a receiving core (Data-Rx1) and a forwarding core (Data-Fwd7), wherein at least one core of a plurality of cores (Data-Rx1, Data-Fwd4 - Data-Fwd8) included in the each NUMA node and at least one core of the other cores of said plurality of cores (Data-Rx1, Data-Fwd4 - Data-Fwd8) being configured as a receiving core (Data-Rx1) and a forwarding core (Data-Fwd7) of the forwarding group of the each NUMA node respectively, and the method comprises: reading, by said receiving core (Data-Rx1) in said forwarding group of the each NUMA node, a packet from an ingress interface, wherein the ingress interface is an interface corresponding to said forwarding group; sending, by said receiving core (Data-Rx1) in said forwarding group of the each NUMA node, said packet to said forwarding core (Data-Fwd7) in said forwarding group of the each NUMA node; and sending, by said forwarding core (Data-Fwd7) in the forwarding group of the each NUMA node said packet to a corresponding egress interface. reading, by said receiving core (Data-Rx1) in said forwarding group of the each NUMA node, a packet from an ingress interface, wherein the ingress interface is an interface corresponding to said forwarding group; sending, by said receiving core (Data-Rx1) in said forwarding group of the each NUMA node, said packet to said forwarding core (Data-Fwd7) in said forwarding group of the each NUMA node; and sending, by said forwarding core (Data-Fwd7) in the forwarding group of the each NUMA node said packet to a corresponding egress interface.
An illuminated surgical retractor system comprising: a light waveguide (60, 68, 74, 330) having a waveguide input (69, 326) surrounded by a light input connector (73, 324C) such that air gaps (120G, 327) are maintained around the waveguide input and disposed between the light input connector and the waveguide input, and wherein zones of contact (122D, 327C) between the waveguide input and the light input connector are maintained, wherein the light waveguide is formed primarily of a cyclo olefin polymer. a light waveguide (60, 68, 74, 330) having a waveguide input (69, 326) surrounded by a light input connector (73, 324C) such that air gaps (120G, 327) are maintained around the waveguide input and disposed between the light input connector and the waveguide input, and wherein zones of contact (122D, 327C) between the waveguide input and the light input connector are maintained, wherein the light waveguide is formed primarily of a cyclo olefin polymer.
A manufacturing method of a battery pack which includes a cell stack that is a stack of a plurality of single cells and a cooler that includes a refrigerant flow passage, and in which a cooled portion that is at least a part of a surface of the cell stack extending along a stacking direction of the single cells is attached to the cooler, with a viscous body layer interposed between the cooled portion and the cooler, the manufacturing method comprising: forming the viscous body layer on the cooler such that an opposed surface of the viscous body layer facing the cooled portion has a vertex at which a perpendicular distance from a surface of the viscous body layer opposed to the opposed surface is longest, and that the perpendicular distance decreases continuously and monotonically in directions away from the vertex, as seen in a sectional view of the viscous body layer from a long-side direction of the viscous body layer; and before hardening of the viscous body layer on the cooler is completed, attaching the cell stack to the cooler while pressing the opposed surface with the cooled portion. forming the viscous body layer on the cooler such that an opposed surface of the viscous body layer facing the cooled portion has a vertex at which a perpendicular distance from a surface of the viscous body layer opposed to the opposed surface is longest, and that the perpendicular distance decreases continuously and monotonically in directions away from the vertex, as seen in a sectional view of the viscous body layer from a long-side direction of the viscous body layer; and before hardening of the viscous body layer on the cooler is completed, attaching the cell stack to the cooler while pressing the opposed surface with the cooled portion.
A method for securing an optical fiber to a ferrule, comprising the steps of: supplying a ferrule adhesion system, the ferrule adhesion system comprising the ferrule and an adhesive composition; heating the adhesive composition to a temperature sufficient to melt the adhesive composition; inserting the optical fiber into a fiber-receiving passage defining an inner surface of the ferrule and into contact with the adhesive composition; and cooling the adhesive composition; wherein: the adhesive composition is disposed within the ferrule and in contact with the inner surface of the ferrule; the adhesive composition comprises a partially cross-linkable resin prior to the heating step; the adhesive composition comprises a partially cross-linked resin following the cooling step. supplying a ferrule adhesion system, the ferrule adhesion system comprising the ferrule and an adhesive composition; heating the adhesive composition to a temperature sufficient to melt the adhesive composition; inserting the optical fiber into a fiber-receiving passage defining an inner surface of the ferrule and into contact with the adhesive composition; and cooling the adhesive composition; wherein: the adhesive composition is disposed within the ferrule and in contact with the inner surface of the ferrule; the adhesive composition comprises a partially cross-linkable resin prior to the heating step; the adhesive composition comprises a partially cross-linked resin following the cooling step. the adhesive composition is disposed within the ferrule and in contact with the inner surface of the ferrule; the adhesive composition comprises a partially cross-linkable resin prior to the heating step; the adhesive composition comprises a partially cross-linked resin following the cooling step.
Condenser-evaporator tube, in whose interior flows a vapor to be condensed and over which flows a liquid to be evaporated, wherein both the inside and outside faces of this tube are covered with micro-grooves, micro-undulations or micro-indentations providing capillary structures, characterized in that a feeding channel (4,12) is formed in the outside upper part of the condenser-evaporator tube that is configured to supply the liquid to be evaporated over the outside face of the condenser-evaporation tube to the capillary structures, and wherein the capillary structures are configured for the formation of concave liquid menisci having a contact angle smaller than 90o where the liquid-vapor interface curves, which allows capillary condensation inside the tube and evaporation on the outside face at the upper end of the liquid menisci where the liquid layer is thinnest and the evaporation most efficient.
Combination appliance which comprises a cooktop having at least one opening and a steam extraction device arranged below the cooktop for suctioning air from the space above the cooktop via the at least one opening which is the suction opening of the combination appliance, characterised in that the cooktop comprises a cover plate and at least one heating element, that the cover plate covers the at least one heating element from above, that the at least one opening is introduced into the cover plate, that the steam extraction device has a single blower with an air inlet opening which is arranged in the combination appliance such that the air inlet opening of the blower faces the cooktop and that the cooktop and the steam extraction device are connected to one another for introduction into a worktop via a common appliance housing and the blower of the steam extraction device is fastened to the base of the appliance housing.
A diffuser for a centrifugal compressor for directing a flow of compressed air with a radial component to a diffused annular flow having an axial component, the diffuser comprising: a housing including an air inlet and an air outlet, and defining a radial section extending at least substantially radially outward from the air inlet to a transition between the air inlet and air outlet, an axial section extending at least substantially axially from the transition to the air outlet, the transition including a bend extending between the radial section and the axial section; a plurality of diffuser vanes coupled to the housing and extending through the radial section, the plurality of diffuser vanes defining a plurality of diffusion flow passages through the radial section, a deswirl cascade having a plurality of deswirl vanes arranged in a first row of deswirl vanes and a second row of deswirl vanes and coupled to the housing after the bend in the transition, and a plurality of spaces devoid of deswirl vanes are formed in the first row of deswirl vanes, characterized in that it comprises vane extensions disposed after the radial section, extending through the bend, each one of the plurality of vane extensions extending into a respective one of the spaces formed in the first row of deswirl vanes within the deswirl cascade, wherein at least a portion of the vane extensions includes a service passage extending therethrough, each service passage being configured to allow a service conduit to extend therethrough. a housing including an air inlet and an air outlet, and defining a radial section extending at least substantially radially outward from the air inlet to a transition between the air inlet and air outlet, an axial section extending at least substantially axially from the transition to the air outlet, the transition including a bend extending between the radial section and the axial section; a plurality of diffuser vanes coupled to the housing and extending through the radial section, the plurality of diffuser vanes defining a plurality of diffusion flow passages through the radial section, a deswirl cascade having a plurality of deswirl vanes arranged in a first row of deswirl vanes and a second row of deswirl vanes and coupled to the housing after the bend in the transition, and a plurality of spaces devoid of deswirl vanes are formed in the first row of deswirl vanes, characterized in that it comprises vane extensions disposed after the radial section, extending through the bend, each one of the plurality of vane extensions extending into a respective one of the spaces formed in the first row of deswirl vanes within the deswirl cascade, wherein at least a portion of the vane extensions includes a service passage extending therethrough, each service passage being configured to allow a service conduit to extend therethrough.
A method of operating a vibratory gyroscope having a shuttle and a Coriolis accelerometer, the method comprising: driving vibratory motion of the shuttle using a first drive signal that alternates between a phase signal for a first drive signal period and a reversed-phase signal, i.e. in anti-phase with respect to the phase signal, for a second drive signal period; and demodulating output of the Coriolis accelerometer during equal times of the first and second drive signal periods. driving vibratory motion of the shuttle using a first drive signal that alternates between a phase signal for a first drive signal period and a reversed-phase signal, i.e. in anti-phase with respect to the phase signal, for a second drive signal period; and demodulating output of the Coriolis accelerometer during equal times of the first and second drive signal periods.