mhurhangee/ep-ind-claims huggingface dataset:
A process for cryogenic separation of a mixture of hydrogen and carbon monoxide optionally comprising low concentrations of methane, argon and nitrogen for the production of pure CO by partial condensation in a step wherein the mixture is cooled in an exchange line, partially condensed and at least a portion of the liquid resulting from the partial condensation is sent to the top of a stripping column, at least a first and a second flow rich in carbon monoxide (17, 19, 21) are withdrawn from the stripping column in liquid form and sent to the exchange line where same are cooled, one of the first and second flows (19, 45) is sent to a separator pot after holding, the gas of the separating tank is reheated in the exchange line and sent to the first stage of a carbon monoxide compressor comprising at least two stages (33, 35, 37), the other (17, 21, 41, 43) of first and second flows is held then is heated in the exchange line and is sent to a stage of the compressor downstream of the first stage, the gas of the separator pot and the other of the first and second flows being heated in the exchange line at different pressures, holding of the first and second flows for providing at least part of the separation energy of the cold box, characterized in that the first and second flows are cooled in the exchange line at different temperatures.
Method for producing a spliced joint between two optical fibres, which each have a fibre core and a fibre sheath that lies against the latter, in which, in the case of at least a first of the two fibres (2, 3), the fibre sheath is completely removed in a connection region (8, 10) that extends along a predetermined length from the end (9, 11) of the respective fibre (2, 3) that is to be spliced, in the longitudinal direction of the fibre, in the connection region, an intermediate sleeve (20-23, 31) is pushed over the fibre core of the first fibre, a support sleeve is pushed over one of the two fibres, the two ends of the fibres that are to be spliced are aligned to each other and spliced to each other, the intermediate sleeve is then mechanically connected to the fibre core of the first fibre in the connection region (8,10), the support sleeve is then pushed over the spliced ends such that the spliced ends of the two fibres (2, 3) are disposed in the support sleeve, and the support sleeve extends at least along the entire connection region of the first fibre and therebeyond, over the fibre sheath of the first fibre, without the portion of the support sleeve that extends over the fibre sheath of the first fibre lying against the fibre sheath of the first fibre and, in the connection region of the first fibre, the support sleeve is mechanically connected to the fibre core of the first fibre via the intermediate sleeve, wherein the refractive indices of the support sleeve and intermediate sleeve are selected such that light guided in the fibre core can be coupled out, into the support sleeve, via the intermediate sleeve.
A friction clutch comprising; a cylindrical clutch drum which is rotatably provided with an inner peripheral surface spline; a hub which is coaxial with the clutch drum (12, 12a, 12b) and is provided on an inner peripheral side of the clutch drum so as to be relatively rotatable; a pusher plate and a driven plate which are fitted into the inner peripheral surface spline respectively; an input cone which is provided on the clutch drum; an elastic body which is located between the driven plate and the input cone; a piston which is provided on an inner peripheral side of the clutch drum to move forward and backward in an axial direction and to press the pusher plate toward the driven plate; an output cone which is connected to the hub; and a friction plate which is assembled with the output cone and disposed between the pusher plate and the driven plate; characterized in that the pusher plate, the driven plate and the input cone are arranged in said order in the axial direction; the pusher plate, the friction plate and the driven plate are frictionally engaged with each other and the elastic body is compressed when the piston moves toward the pusher plate to press the pusher plate; and the input cone and the output cone are frictionally engaged with each other when the piston moves further toward the pusher plate such that the output cone moves toward the input cone. a cylindrical clutch drum which is rotatably provided with an inner peripheral surface spline; a hub which is coaxial with the clutch drum (12, 12a, 12b) and is provided on an inner peripheral side of the clutch drum so as to be relatively rotatable; a pusher plate and a driven plate which are fitted into the inner peripheral surface spline respectively; an input cone which is provided on the clutch drum; an elastic body which is located between the driven plate and the input cone; a piston which is provided on an inner peripheral side of the clutch drum to move forward and backward in an axial direction and to press the pusher plate toward the driven plate; an output cone which is connected to the hub; and a friction plate which is assembled with the output cone and disposed between the pusher plate and the driven plate; characterized in that the pusher plate, the driven plate and the input cone are arranged in said order in the axial direction; the pusher plate, the friction plate and the driven plate are frictionally engaged with each other and the elastic body is compressed when the piston moves toward the pusher plate to press the pusher plate; and the input cone and the output cone are frictionally engaged with each other when the piston moves further toward the pusher plate such that the output cone moves toward the input cone.
A method for secure communication between a first and a second communication partner, comprising establishing (201, 301) a communication link between the first and the second communication partner; determining (202, 302) one or more session identifiers by one of the first and the second communication partner for one or more subsequent new secure communication sessions; communicating (203, 303) the one or more session identifiers to the other of the first and the second communication partner; determining (204, 308), for each of the one or more session identifiers, a respective session-specific symmetric session key bound to the corresponding session identifiers in each of the first and the second communication partner; and storing (205, 309) the one or more session identifiers and the corresponding session-specific symmetric session keys in each of the first and the second communication partner for one or more subsequent new secure communication sessions. establishing (201, 301) a communication link between the first and the second communication partner; determining (202, 302) one or more session identifiers by one of the first and the second communication partner for one or more subsequent new secure communication sessions; communicating (203, 303) the one or more session identifiers to the other of the first and the second communication partner; determining (204, 308), for each of the one or more session identifiers, a respective session-specific symmetric session key bound to the corresponding session identifiers in each of the first and the second communication partner; and storing (205, 309) the one or more session identifiers and the corresponding session-specific symmetric session keys in each of the first and the second communication partner for one or more subsequent new secure communication sessions.
A method for wireless communications performed by a user equipment, UE, comprising: identifying that the UE is operating in a dual-connectivity configuration comprising a first base station and a second base station; receiving (330, 420, 425) at least one request for minimization of drive test, MDT measurements, wherein the MDT measurements comprise one or more quality of service measurements or quality of experience measurements; performing (330, 430), based at least in part on the at least one request, a first portion of measurements associated with the first base station while the UE is operating in the dual-connectivity configuration; performing (330, 430), based at least in part on the at least one request, a second portion of measurements associated with the second base station while the UE is operating in the dual-connectivity configuration; and transmitting (345, 445, 450) one or more reports including information indicative of the first portion of measurements, information indicative of the second portion of measurements, or both. identifying that the UE is operating in a dual-connectivity configuration comprising a first base station and a second base station; receiving (330, 420, 425) at least one request for minimization of drive test, MDT measurements, wherein the MDT measurements comprise one or more quality of service measurements or quality of experience measurements; performing (330, 430), based at least in part on the at least one request, a first portion of measurements associated with the first base station while the UE is operating in the dual-connectivity configuration; performing (330, 430), based at least in part on the at least one request, a second portion of measurements associated with the second base station while the UE is operating in the dual-connectivity configuration; and transmitting (345, 445, 450) one or more reports including information indicative of the first portion of measurements, information indicative of the second portion of measurements, or both.
Device for the dry-cleaning of a plate used in additive manufacturing using powder, the device comprising a confinement enclosure, this confinement enclosure comprising at least one entry lock for a plate, the cleaning device comprising, within this confinement enclosure, means for receiving a plate that is to be cleaned and a dry-cleaning station for the dry-cleaning of this plate, the dry-cleaning station comprising means able to impose vibrations on the plate that is to be cleaned and means able to cause this plate to experience shocks, the dry-cleaning device comprises a cleaning enclosure inside the confinement enclosure, this cleaning enclosure taking the form of a bell mounted on a base, the dry-cleaning device being characterized in that, this base comprising an opening to receive a plate that is to be cleaned, the receiving means allows a plate to be transported from the entry lock to the opening of the base of the cleaning enclosure, and in that the receiving means make it possible to receive and transport a container formed of a plate that is to be cleaned, of a support and of a sleeve, and in that, to complement the receiving means, the dry-cleaning device comprises a lift allowing a plate that is to be cleaned to be carried from the receiving means as far as the opening, to move the plate that is to be cleaned and its support in vertical translation inside the sleeve of the container and to move the sleeve in a vertical translational movement parallel to its central axis and towards the base of the cleaning enclosure.
Sheath for an endoscopic ultrasound probe, comprising: - a first flexible portion adapted to surround a catheter of the ultrasound probe, made of a material adapted to allow ultrasound to pass through, having a closed distal end, characterised in that said sheath further comprises - a second portion adapted to surround a handle and a cable for electrical connection of the probe to an ultrasound station, and - a connector arranged between the first and second portions (10a, 10b), said connector being adapted to be removably attached to the handle. - a first flexible portion adapted to surround a catheter of the ultrasound probe, made of a material adapted to allow ultrasound to pass through, having a closed distal end, characterised in that said sheath further comprises - a second portion adapted to surround a handle and a cable for electrical connection of the probe to an ultrasound station, and - a connector arranged between the first and second portions (10a, 10b), said connector being adapted to be removably attached to the handle.
A electrophysiologic device comprising: an elongated body having proximal and distal ends and at least one lumen therethrough; a first coil configured as a location sensor and wound around a side wall of a distal portion of the elongated body, wherein the first coil comprises a plurality of helical wraps of a first continuous wire that extends to the proximal end of the elongated body through the at least one lumen, wherein the first wire is routed through a first opening in the side wall of the distal portion of the elongated body, and wherein the first opening communicates with the at least one lumen; and a second coil configured as a ring electrode and wound around the side wall of the distal portion of the elongated body, wherein the second coil comprises a plurality of helical wraps of a second continuous wire that extends to the proximal end of the elongated body through the at least one lumen, wherein the second wire is routed through a second opening in the side wall of the distal portion of the elongated body, and wherein the second opening communicates with the at least one lumen. an elongated body having proximal and distal ends and at least one lumen therethrough; a first coil configured as a location sensor and wound around a side wall of a distal portion of the elongated body, wherein the first coil comprises a plurality of helical wraps of a first continuous wire that extends to the proximal end of the elongated body through the at least one lumen, wherein the first wire is routed through a first opening in the side wall of the distal portion of the elongated body, and wherein the first opening communicates with the at least one lumen; and a second coil configured as a ring electrode and wound around the side wall of the distal portion of the elongated body, wherein the second coil comprises a plurality of helical wraps of a second continuous wire that extends to the proximal end of the elongated body through the at least one lumen, wherein the second wire is routed through a second opening in the side wall of the distal portion of the elongated body, and wherein the second opening communicates with the at least one lumen.
A device for the classification of different species bacterial colonies on a petri dish, comprising: an imaging unit for taking an image in a petri dish including bacterial colonies therein; a display unit for displaying the image in the petri dish; a classification unit (101; 303) for classifying the bacterial colonies in the petri dish by bacteria species based on a feature thereof into a number of groups of bacterial colonies, the feature being color data, i.e. brightness and saturation, or a shape and an outline, i.e. an area and degree of a perfect circle, of each bacterial colony; and a data input/output unit (101; 301) for outputting a setting screen prompting an operator to specify a classification number of the bacterial colonies, and for receiving a specification of the classification number as an input from the operator; wherein the classification unit is adapted to reclassify the bacterial colonies once classified into the number of groups of bacterial colonies, into the classification number of groups of bacterial colonies based on the classification number specified by the operator and the feature of each bacterial colony. an imaging unit for taking an image in a petri dish including bacterial colonies therein; a display unit for displaying the image in the petri dish; a classification unit (101; 303) for classifying the bacterial colonies in the petri dish by bacteria species based on a feature thereof into a number of groups of bacterial colonies, the feature being color data, i.e. brightness and saturation, or a shape and an outline, i.e. an area and degree of a perfect circle, of each bacterial colony; and a data input/output unit (101; 301) for outputting a setting screen prompting an operator to specify a classification number of the bacterial colonies, and for receiving a specification of the classification number as an input from the operator; wherein the classification unit is adapted to reclassify the bacterial colonies once classified into the number of groups of bacterial colonies, into the classification number of groups of bacterial colonies based on the classification number specified by the operator and the feature of each bacterial colony.
An electrolyte of a dye-sensitized photoelectric conversion element for low illuminance, comprising: - a halogen, - a halide salt forming a redox couple with the halogen, - a silver halide at a concentration of 0.0001-10 mM, and - an organic solvent. - a halogen, - a halide salt forming a redox couple with the halogen, - a silver halide at a concentration of 0.0001-10 mM, and - an organic solvent.
A power transmission device for transmitting electric currents between a rotor device and a stator device, in particular lightning protection device for wind power plants, having a power transmission casing, comprising a stator part for forming a power transmission contact with the stator device and a rotor part for forming a power transmission contact with the rotor device, the stator part and the rotor part each comprising a contacting device (35, 47) connected to the stator part and the rotor part, respectively, in a torque-proof manner, said contacting devices being arranged on a rotary axis of the rotor part and being pressed against each other with their contacting surfaces (57, 58), which are facing each other, by means of an axially acting pressure device, the rotor part of the power transmission casing being provided with an outer contacting ring which serves for producing a rolling contact between the rotor part and the rotor device, characterized in that a pivot bearing arrangement is arranged on the stator part between a bearing receiver formed in a receiving device of the rotor part and an internal bearing receiver formed at a receiving device of the stator part for rotatably mounting the rotor part.
A mobile terminal comprising: a terminal body comprising a plurality of cases (101, 102, 103, 210) forming an external appearance and an inner space of the mobile terminal; a waterproof member configured to prevent liquid from entering the inner space of the mobile terminal between at least two of the plurality of cases (101, 102, 103, 210); an air vent hole configured to allow air to pass between the inner space and an exterior of the mobile terminal; a waterproof mesh disposed at the air vent hole and configured to allow air but not liquid to pass through the air vent hole; an antenna module provided in the plurality of cases and comprising an antenna radiator and a wireless integrated circuit; and a heat radiation unit (241, 242) comprising a heat radiation sheet having a first end contacting the wireless integrated circuit of the antenna module and a second end adjacent to the air vent hole, the second end of the heat radiation sheet contacting external air penetrating into the inner space via the air vent hole to allow heat from the antenna module to escape via the air vent hole. a terminal body comprising a plurality of cases (101, 102, 103, 210) forming an external appearance and an inner space of the mobile terminal; a waterproof member configured to prevent liquid from entering the inner space of the mobile terminal between at least two of the plurality of cases (101, 102, 103, 210); an air vent hole configured to allow air to pass between the inner space and an exterior of the mobile terminal; a waterproof mesh disposed at the air vent hole and configured to allow air but not liquid to pass through the air vent hole; an antenna module provided in the plurality of cases and comprising an antenna radiator and a wireless integrated circuit; and a heat radiation unit (241, 242) comprising a heat radiation sheet having a first end contacting the wireless integrated circuit of the antenna module and a second end adjacent to the air vent hole, the second end of the heat radiation sheet contacting external air penetrating into the inner space via the air vent hole to allow heat from the antenna module to escape via the air vent hole.
A photovoltaic installation comprising a plurality of solar modules interconnected in series and/or in parallel, wherein each of the plurality of solar modules comprises: - a series circuit of solar cells, - a switch, being arranged in parallel with a section of the series circuit, and - an actuation circuit of the switch, characterized in that the actuation circuit is configured for clocked actuation of the switch with a duty cycle, wherein the duty cycle is determined depending on a voltage dropped at the series circuit or a portion of the series circuit by the actuation circuit with opened switch. - a series circuit of solar cells, - a switch, being arranged in parallel with a section of the series circuit, and - an actuation circuit of the switch,
Environmental monitoring system comprising a central system and a plurality of remote measuring units operatively connected to the central system, wherein each remote measuring unit comprises • a receiver intended to receive a radio signal transmitted from a satellite and to measure the power of an electric signal generated by the reception of the radio signal, • a transmitting system for transmitting to the central system a datum associated to the measured power, information about said satellite and information about the measuring unit, and wherein the central system comprises • a receiver for receiving the data transmitted from the remote measuring unit • a processing unit operatively connected to the receiver for calculating, on the basis of the data transmitted from the remote measuring units, a length of path of the radio signals received from the measuring units up to isotherm H1 at 0° C, the intensity and position on the territory of atmospheric precipitations that attenuate the radio signals received from said plurality of measuring units, said position on the territory being calculated from the projection of said length of path on the ground (A,B). • a receiver intended to receive a radio signal transmitted from a satellite and to measure the power of an electric signal generated by the reception of the radio signal, • a transmitting system for transmitting to the central system a datum associated to the measured power, information about said satellite and information about the measuring unit, • a receiver for receiving the data transmitted from the remote measuring unit • a processing unit operatively connected to the receiver for calculating, on the basis of the data transmitted from the remote measuring units, a length of path of the radio signals received from the measuring units up to isotherm H1 at 0° C, the intensity and position on the territory of atmospheric precipitations that attenuate the radio signals received from said plurality of measuring units, said position on the territory being calculated from the projection of said length of path on the ground (A,B).
A combination of a compound of Formula and a compound PAC-1 for use in a method of treating a cancer in a patient in need thereof, the use comprising administering to a patient, concurrently or sequentially, a therapeutically effective amount of the compound of Formula: and an effective amount of the compound PAC-1: wherein the cancer is thereby treated.