mhurhangee/ep-ind-claims huggingface dataset:
An arc welding method comprising: performing pulse arc welding with a welding wire being fed in a forward direction during a first period; performing short-circuit transfer arc welding with the welding wire being fed in the forward direction and a reverse direction during a second period; and alternately switching between the first period and the second period; characterized in that switching the first period to the second period is performed during a peak period of the welding current value (Iw), a feeding speed (Fw) of the welding wire starts increasing during the peak period of the welding current value (Iw), and the feeding speed (Fw) of the welding wire is increased up to a forward-feeding peak value (Wsp), the forward-feeding peak value (Wsp) in a first cycle of the second period is set to be different from the forward-feeding peak value (Wsp) in a subsequent cycle of the second period, and switching the second period to the first period is performed at an arc period of the second period. performing pulse arc welding with a welding wire being fed in a forward direction during a first period; performing short-circuit transfer arc welding with the welding wire being fed in the forward direction and a reverse direction during a second period; and alternately switching between the first period and the second period; characterized in that switching the first period to the second period is performed during a peak period of the welding current value (Iw), a feeding speed (Fw) of the welding wire starts increasing during the peak period of the welding current value (Iw), and the feeding speed (Fw) of the welding wire is increased up to a forward-feeding peak value (Wsp), the forward-feeding peak value (Wsp) in a first cycle of the second period is set to be different from the forward-feeding peak value (Wsp) in a subsequent cycle of the second period, and switching the second period to the first period is performed at an arc period of the second period.
A flow-through measurement cell for accommodating measuring devices for measuring chemical and/or physical properties of a fluid flowing through the measurement cell with: - a measurement chamber arranged between an inlet opening for the inflow of the fluid and an outlet opening for the outflow of the fluid with a measurement channel extending from a first end up to an opposite second end, - a radiation measurement area for measuring the interaction of the fluid in the measurement chamber with electromagnetic radiation from outside the measurement chamber and - a conductivity measurement socket for accommodating conductivity measuring devices for measuring the conductivity of the fluid in the measurement chamber, wherein the inlet opening is arranged at the first end at an angle to the measurement channel, wherein the outlet opening is arranged at the second end at an angle to the measurement channel, wherein the measurement cell has a temperature measurement area for the arrangement of a temperature sensor, characterized in that the conductivity measurement socket is arranged at the first end. - a measurement chamber arranged between an inlet opening for the inflow of the fluid and an outlet opening for the outflow of the fluid with a measurement channel extending from a first end up to an opposite second end, - a radiation measurement area for measuring the interaction of the fluid in the measurement chamber with electromagnetic radiation from outside the measurement chamber and - a conductivity measurement socket for accommodating conductivity measuring devices for measuring the conductivity of the fluid in the measurement chamber, wherein
A non-transitory computer readable medium comprising software instructions, which when executed by a processor perform a method, the method comprising: receiving, by an input/output, "I/O", Subsystem, a request to use an I/O device from a process; determining, by the I/O Subsystem, a first resource to service the request; generating, by the I/O Subsystem, a first I/O object corresponding to the first resource, wherein the first I/O object is unbound; sending, by the I/O Subsystem, the first I/O object to a Non-Uniform Memory Access, "NUMA", I/O Framework; obtaining, by the NUMA I/O Framework, a first I/O object effective load from the first I/O object; sending, to a Load Balancing Module, a first NUMA node identifier corresponding to a first NUMA node of a plurality of NUMA nodes; providing, by the Load Balancing Module, a first I/O load capacity to the NUMA I/O Framework in response to receiving the first NUMA mode identifier from the NUMA I/O Framework; receiving, by the NUMA I/O Framework, the first I/O load capacity from the Load Balancing Module;; comparing, by the NUMA I/O Framework, the first I/O load capacity and the first I/O object effective load; selecting the first NUMA node based on a determination by the NUMA I/O Framework that the first I/O load capacity is greater than the first I/O object effective load; binding, by the NUMA I/O Framework based on the selecting, the first I/O object to the first NUMA node; and servicing the request by processing, on the first NUMA node, the first resource corresponding to the first I/O object. receiving, by an input/output, "I/O", Subsystem, a request to use an I/O device from a process; determining, by the I/O Subsystem, a first resource to service the request; generating, by the I/O Subsystem, a first I/O object corresponding to the first resource, wherein the first I/O object is unbound; sending, by the I/O Subsystem, the first I/O object to a Non-Uniform Memory Access, "NUMA", I/O Framework; obtaining, by the NUMA I/O Framework, a first I/O object effective load from the first I/O object; sending, to a Load Balancing Module, a first NUMA node identifier corresponding to a first NUMA node of a plurality of NUMA nodes; providing, by the Load Balancing Module, a first I/O load capacity to the NUMA I/O Framework in response to receiving the first NUMA mode identifier from the NUMA I/O Framework; receiving, by the NUMA I/O Framework, the first I/O load capacity from the Load Balancing Module;; comparing, by the NUMA I/O Framework, the first I/O load capacity and the first I/O object effective load; selecting the first NUMA node based on a determination by the NUMA I/O Framework that the first I/O load capacity is greater than the first I/O object effective load; binding, by the NUMA I/O Framework based on the selecting, the first I/O object to the first NUMA node; and servicing the request by processing, on the first NUMA node, the first resource corresponding to the first I/O object.
A hand held stick mixer device having a motor housing, a stem and a blade housing, the blade housing comprising: a portion that extends from the stem within which is located a rotating blade; an interior floor through which protrudes a shaft; an interior sidewall below the floor characterised in that the interior sidewall has a distance across a transverse axis that is smaller than a distance across a perpendicular axis; and the blade sweeps a circle with a diameter and any area within the interior sidewall, in a horizontal plane, that is not for blade clearance is a void space and there is more void space adjacent to the perpendicular axis than the transverse axis, and the interior sidewall, in cross-section, forms an oval or ellipse shape with substantially and continuous straight sides; or a rectangular middle part with arcuate ends. a portion that extends from the stem within which is located a rotating blade; an interior floor through which protrudes a shaft; an interior sidewall below the floor characterised in that the interior sidewall has a distance across a transverse axis that is smaller than a distance across a perpendicular axis; and the blade sweeps a circle with a diameter and any area within the interior sidewall, in a horizontal plane, that is not for blade clearance is a void space and there is more void space adjacent to the perpendicular axis than the transverse axis, and the interior sidewall, in cross-section, forms an oval or ellipse shape with substantially and continuous straight sides; or a rectangular middle part with arcuate ends.
A process for preparation of Indacaterol free base or its pharmaceutically acceptable salt comprising the steps of: i) treating the compound of formula II; with the reducing agent to obtain compound of formula III; where L is a leaving group; ii) treating compound of formula III with silylated protecting reagent to obtain compound of formula IV; iii) reacting the compound of formula IV with compound of formula V or its derivatives in the presence of a base; to obtain compound of formula VI, iv) desilylating compound of formula VI to obtain compound of formula VII; v) debenzylating the compound of formula VII to obtain compound of formula I Indacaterol free base; vi) optionally converting the compound of formula I into its pharmaceutically acceptable salts. i) treating the compound of formula II; with the reducing agent to obtain compound of formula III; where L is a leaving group; ii) treating compound of formula III with silylated protecting reagent to obtain compound of formula IV; iii) reacting the compound of formula IV with compound of formula V or its derivatives in the presence of a base; to obtain compound of formula VI, iv) desilylating compound of formula VI to obtain compound of formula VII; v) debenzylating the compound of formula VII to obtain compound of formula I Indacaterol free base; vi) optionally converting the compound of formula I into its pharmaceutically acceptable salts.
An apparatus for estimating object information, the apparatus comprising: a database (160, 210) which is adapted to store phantom information obtained by projecting a first energy X-ray on a phantom; an input unit which is adapted to receive first object information obtained by projecting the first energy X-ray on an analysis object and information on a thickness of the analysis object; and an estimating unit which is adapted to estimate second object information based on the phantom information, the first object information and the information on the thickness; wherein the second object information indicates information corresponding to that which would be obtained by projecting a second energy X-ray having an energy level differing from an energy level of the first energy X-ray. a database (160, 210) which is adapted to store phantom information obtained by projecting a first energy X-ray on a phantom; an input unit which is adapted to receive first object information obtained by projecting the first energy X-ray on an analysis object and information on a thickness of the analysis object; and an estimating unit which is adapted to estimate second object information based on the phantom information, the first object information and the information on the thickness; wherein the second object information indicates information corresponding to that which would be obtained by projecting a second energy X-ray having an energy level differing from an energy level of the first energy X-ray.
A seal assembly (123, 223) for a blowout preventer of a wellsite, the blowout preventer comprising a housing and at least one component operatively connectable to the housing, the housing having a bore and a channel therethrough, a tubular positionable through the bore and engageable therein, the seal assembly comprising: a seal plate operatively connectable between the housing and the at least one component of the blowout preventer, characterized by: the seal plate having at least one seal groove extending therein; a seal carrier disposable about a perimeter of the seal plate, the seal carrier having at least one carrier lip disposable in the at least one seal groove, the seal carrier having at least one seal receptacle; and at least one seal receivably positionable in the at least one seal receptacle, the at least one seal positionable in sealing engagement with one of the housing, the at least one component, and combinations thereof. a seal plate operatively connectable between the housing and the at least one component of the blowout preventer, the seal plate having at least one seal groove extending therein; a seal carrier disposable about a perimeter of the seal plate, the seal carrier having at least one carrier lip disposable in the at least one seal groove, the seal carrier having at least one seal receptacle; and at least one seal receivably positionable in the at least one seal receptacle, the at least one seal positionable in sealing engagement with one of the housing, the at least one component, and combinations thereof.
An attachment system, comprising: a platform having a front side, an opposite back side, and a plurality of slits through the platform arranged in a predetermined pattern of vertically aligned and spaced apart rows, configured for receiving tabs (54, 72) or straps for attaching at least one holder to the platform, wherein the platform is supported by and comprises an element of a carrier configured to be worn on a user's body for carrying the at least one holder at a desired location on the user's body; characterized by the platform comprising laminated layers (42, 44) bounding and defining the slits and the back side of the platform being disposed in opposing relation to a surface of the carrier or a backing element forming a generally flat pocket therebetween, the platform and the carrier or backing element having generally coextensive peripheral edge portions (64, 66) attached together and bounding and substantially enclosing the flat pocket providing a barrier to entry of particulates thereabout, at least one of the coextensive edge portions (64, 66) being openable to allow insertion of fingers of a hand into the flat pocket to access tabs (54, 72) or straps inserted through the slits, the slits being defined and bound by opposing edges (38, 40), respectively, each of the edges (38, 40) bounding the slits comprising a hardened fusion of the laminated layers. a platform having a front side, an opposite back side, and a plurality of slits through the platform arranged in a predetermined pattern of vertically aligned and spaced apart rows, configured for receiving tabs (54, 72) or straps for attaching at least one holder to the platform, wherein the platform is supported by and comprises an element of a carrier configured to be worn on a user's body for carrying the at least one holder at a desired location on the user's body; characterized by the platform comprising laminated layers (42, 44) bounding and defining the slits and the back side of the platform being disposed in opposing relation to a surface of the carrier or a backing element forming a generally flat pocket therebetween, the platform and the carrier or backing element having generally coextensive peripheral edge portions (64, 66) attached together and bounding and substantially enclosing the flat pocket providing a barrier to entry of particulates thereabout, at least one of the coextensive edge portions (64, 66) being openable to allow insertion of fingers of a hand into the flat pocket to access tabs (54, 72) or straps inserted through the slits, the slits being defined and bound by opposing edges (38, 40), respectively, each of the edges (38, 40) bounding the slits comprising a hardened fusion of the laminated layers.
A radio terminal configured to communicate with a base station simultaneously through a plurality of cells, the radio terminal comprising: a controller configured to perform a process of receiving, from the base station, first information setting a first virtual communication path and a second virtual communication path for a specific bearer of the radio terminal, wherein the first information includes a mapping configuration for setting a mapping between the first virtual communication path and a first specific cell, and for setting a mapping between the second virtual communication path and a second specific cell, the controller being configured to map the first virtual communication path with the first specific cell and to map the second virtual communication path with the second specific cell, based on the mapping configuration, the controller being further configured to perform, when transmitting data of the specific bearer, a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station, and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value. a controller configured to perform a process of receiving, from the base station, first information setting a first virtual communication path and a second virtual communication path for a specific bearer of the radio terminal, wherein the first information includes a mapping configuration for setting a mapping between the first virtual communication path and a first specific cell, and for setting a mapping between the second virtual communication path and a second specific cell, the controller being configured to map the first virtual communication path with the first specific cell and to map the second virtual communication path with the second specific cell, based on the mapping configuration, the controller being further configured to perform, when transmitting data of the specific bearer, a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station, and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value. a process of transmitting the data by using only the first specific cell in response to an amount of retained data of the specific bearer not exceeding a threshold value set by the base station, and a process of transmitting the data by using both of the first specific cell and the second specific cell in response to the amount of retained data of the specific bearer exceeding the threshold value.
A computer-implemented system for providing summary information for lifesaving activities, the system comprising: a patient monitor having an interface for receiving signals from one or more patient-connected sensors; means for generating primary and secondary indications of cardiopulmonary resuscitation on a patient, the primary indications being direct representations of data measured from the patient, and the secondary indications being derived representations generated from one or more of the primary representations; and one or more user interfaces to provide audible or visual indications of the generated secondary indications; characterized in that the system is configured to monitor physical data of a rescuer or rescuers that are indicative of fatigue during the cardiopulmonary resuscitation and, based thereon, provide feedback to cause one of a plurality of rescuers providing said cardiopulmonary resuscitation to switch places with another of the rescuers. a patient monitor having an interface for receiving signals from one or more patient-connected sensors; means for generating primary and secondary indications of cardiopulmonary resuscitation on a patient, the primary indications being direct representations of data measured from the patient, and the secondary indications being derived representations generated from one or more of the primary representations; and one or more user interfaces to provide audible or visual indications of the generated secondary indications; characterized in that the system is configured to monitor physical data of a rescuer or rescuers that are indicative of fatigue during the cardiopulmonary resuscitation and, based thereon, provide feedback to cause one of a plurality of rescuers providing said cardiopulmonary resuscitation to switch places with another of the rescuers.
Rail vehicle, at least having: - an energy store in which electrical energy can be stored in order to supply a traction facility, - a cooling facility, which is arranged in a coolant circuit and is used to cool the energy store, wherein a liquid coolant can be circulated in the coolant circuit, - a refrigeration facility with a first refrigerant circuit in which a refrigerant can be circulated, - a first heat exchanger, which is arranged in the coolant circuit and in the first refrigerant circuit and in which the coolant can be cooled by means of the refrigerant, - an air-conditioning facility with a second heat exchanger, wherein a space (FS, FR) which can be used by at least one person can be air-conditioned by means of a forced flow of air-conditioning air guided through the second heat exchanger, and - a control facility, wherein the second heat exchanger is arranged exclusively in the coolant circuit and, in the flow direction of the coolant, is arranged downstream of the first heat exchanger, characterised in that the refrigeration facility further has: - a second refrigerant circuit, in which a refrigerant can be circulated, and - a sixth heat exchanger, which is arranged in the coolant circuit and in the second refrigerant circuit and in which the coolant can be cooled by means of the refrigerant in the second refrigerant circuit. - an energy store in which electrical energy can be stored in order to supply a traction facility, - a cooling facility, which is arranged in a coolant circuit and is used to cool the energy store, wherein a liquid coolant can be circulated in the coolant circuit, - a refrigeration facility with a first refrigerant circuit in which a refrigerant can be circulated, - a first heat exchanger, which is arranged in the coolant circuit and in the first refrigerant circuit and in which the coolant can be cooled by means of the refrigerant, - an air-conditioning facility with a second heat exchanger, wherein a space (FS, FR) which can be used by at least one person can be air-conditioned by means of a forced flow of air-conditioning air guided through the second heat exchanger, and - a control facility, the second heat exchanger is arranged exclusively in the coolant circuit and, in the flow direction of the coolant, is arranged downstream of the first heat exchanger, characterised in that the refrigeration facility further has: - a second refrigerant circuit, in which a refrigerant can be circulated, and - a sixth heat exchanger, which is arranged in the coolant circuit and in the second refrigerant circuit and in which the coolant can be cooled by means of the refrigerant in the second refrigerant circuit. - a second refrigerant circuit, in which a refrigerant can be circulated, and - a sixth heat exchanger, which is arranged in the coolant circuit and in the second refrigerant circuit and in which the coolant can be cooled by means of the refrigerant in the second refrigerant circuit.
Electrical heating device, in particular as a supplementary heater for motor vehicles, with an open housing in which a layered structure with at least one radiator element, at least one heat-generating element with at least one PTC element and at least one spring element holding the layered structure in a pre-biased manner is accommodated, characterized in that the spring element is accommodated displaceably in the housing and has a plurality of spring tabs which are offset with respect to one another in the direction of displacement and with which spring tab accommodations formed by the housing and bearing surfaces provided adjacent thereto and projecting above the spring tab accommodations in the direction of the layered structure are associated, the spring tabs bearing against said bearing surfaces for pre-biasing the layered structure.