mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, signaling configuring a rate matching pattern; receiving, from the base station, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, the DCI including one bit information associated with the rate matching pattern; and receiving, from the base station, downlink data on the PDSCH based on the DCI, wherein a union of resources corresponding to the rate matching pattern is indicated, by the one bit information, as not available for the PDSCH, and wherein the rate matching pattern is associated with a physical downlink control channel, PDCCH. receiving, from a base station, a radio resource control, RRC, signaling configuring a rate matching pattern; receiving, from the base station, downlink control information, DCI, scheduling a physical downlink shared channel, PDSCH, the DCI including one bit information associated with the rate matching pattern; and receiving, from the base station, downlink data on the PDSCH based on the DCI, wherein a union of resources corresponding to the rate matching pattern is indicated, by the one bit information, as not available for the PDSCH, and wherein the rate matching pattern is associated with a physical downlink control channel, PDCCH.
A tire having a tire frame, the tire frame comprising a thermoplastic elastomer as a resin material, and the thermoplastic elastomer having a value of orientation f, as measured by a small angle X-ray scattering method, of from -0.08 to 0.08, where the orientation f is calculated by the formula f = 1/2×(3×<cos 2 θ>-1), where θ refers to a crystalline orientation angle, and this is measured by SAXS, small angle X-ray scattering, from a sample prepared from the tire frame or a material for forming the tire frame.
A system for changing the efficiency of a combustion turbine operating at partload, the system comprising: - an inlet system configured for receiving an airstream, the inlet system comprising: an inlet bleed heat system and an air conditioning system configured for adjusting a temperature of the airstream, wherein the airstream enters the air conditioning system at a first temperature and exits the air conditioning system at a second temperature; - a combustion turbine comprising a compressor section, wherein the compressor section comprises an inlet guide vane system, and wherein the compressor section receives the airstream from the inlet system; and - a heat source located external to the combustion turbine and integrated with the air conditioning system, wherein the heat source increases the temperature of the airstream, characterized in that the system comprises: - a turbine control system configured for controlling at least one of the external heat source integrated with the air conditioning system, the IBH system, and the IGV system. - an inlet system configured for receiving an airstream, the inlet system comprising: an inlet bleed heat system and an air conditioning system configured for adjusting a temperature of the airstream, wherein the airstream enters the air conditioning system at a first temperature and exits the air conditioning system at a second temperature; - a combustion turbine comprising a compressor section, wherein the compressor section comprises an inlet guide vane system, and wherein the compressor section receives the airstream from the inlet system; and - a heat source located external to the combustion turbine and integrated with the air conditioning system, wherein the heat source increases the temperature of the airstream, - a turbine control system configured for controlling at least one of the external heat source integrated with the air conditioning system, the IBH system, and the IGV system.
An electric drive wheel hub assembly for an electrically assisted vehicle, the assembly comprising a wheel hub housing an electric motor which includes a stator and a rotor rotatable about said stator, wherein power circuitry and control circuitry for the electric motor is located within the periphery of said stator, wherein the electric drive hub assembly further comprises an epicyclic reduction gear assembly arranged to be driven by said electric motor to rotate the wheel hub, the wheel hub enclosing the epicyclic reduction gear assembly and rotor, wherein the hub assembly includes a spindle and wherein the stator is secured to the spindle by a carrier located towards one end of the spindle, characterised in that the carrier supports a bearing assembly that supports the wheel hub, allowing the wheel hub to rotate around the spindle and in which the stator is supported only on one side, opposite the side that faces a main body of the rotor, further in which the carrier comprises a spider having a plurality of legs and a central bore that enables the spider to be secured to the spindle, each leg of the spider providing a locating point for the stator or the circuitry (70, 71).. wherein the hub assembly includes a spindle and wherein the stator is secured to the spindle by a carrier located towards one end of the spindle, characterised in that the carrier supports a bearing assembly that supports the wheel hub, allowing the wheel hub to rotate around the spindle and in which the stator is supported only on one side, opposite the side that faces a main body of the rotor, further in which the carrier comprises a spider having a plurality of legs and a central bore that enables the spider to be secured to the spindle, each leg of the spider providing a locating point for the stator or the circuitry (70, 71)..
A valve monitoring system comprising: a solenoid adapted for opening and closing a valve; an input/output board, I/O board, adapted for communication with the solenoid and for inducing the solenoid to open and close the valve by feeding a 24 V DC current to the solenoid; a valve positioner comprising: a valve operation information unit adapted to obtain operational information about a valve; a processing unit adapted to prepare a communication message comprising the operational information about the valve; a wireless transmitter adapted for transmission of a wireless communication signal comprising the communication message to a central valve monitoring unit; and an antenna adapted to transmit the wireless communication signal; a central valve monitoring unit comprising: a wireless receiver adapted for reception of the wireless communication signal comprising the communication message from the valve positioner; and an electrical converter adapted to convert the 24 V DC current from the I/O board to a 4..20 mA current to be fed to the valve positioner. a solenoid adapted for opening and closing a valve; an input/output board, I/O board, adapted for communication with the solenoid and for inducing the solenoid to open and close the valve by feeding a 24 V DC current to the solenoid; a valve positioner comprising: a valve operation information unit adapted to obtain operational information about a valve; a processing unit adapted to prepare a communication message comprising the operational information about the valve; a wireless transmitter adapted for transmission of a wireless communication signal comprising the communication message to a central valve monitoring unit; and an antenna adapted to transmit the wireless communication signal; a valve operation information unit adapted to obtain operational information about a valve; a processing unit adapted to prepare a communication message comprising the operational information about the valve; a wireless transmitter adapted for transmission of a wireless communication signal comprising the communication message to a central valve monitoring unit; and an antenna adapted to transmit the wireless communication signal; a central valve monitoring unit comprising: a wireless receiver adapted for reception of the wireless communication signal comprising the communication message from the valve positioner; and an electrical converter adapted to convert the 24 V DC current from the I/O board to a 4..20 mA current to be fed to the valve positioner.
Method for the conversion of hydrocarbon feedstocks, implementing a device for the downflow of a hydrocarbon liquid containing solid particles in the bottom of an item of equipment comprising a cylindrical upper part of diameter D1, a frustoconical lower part of angle of inclination α comprised between 5° and 85° with respect to the vertical axis (z) of said cylindrical upper part, and an outlet pipe of diameter D2, characterized in that it comprises: - at least one injection of recirculated and/or makeup liquid into the frustoconical part of the item of equipment; - at least one injection of recirculated and/or makeup liquid into the cylindrical part of the item of equipment; said one or more injections situated in said frustoconical part being inclined with respect to the wall of the frustoconical lower part by an angle β1 in the vertical plane (xz) and by an angle β2 in the horizontal plane (xy); said one or more injections situated in said cylindrical part being inclined with respect to the wall of the cylindrical upper part by an angle θ1 in the vertical plane (xz) and by an angle θ2 in the horizontal plane (xy), the angles β1 and θ1 being comprised between 5° and 175°, the angles β2 and θ2 being comprised between 90° and 270°, and wherein the velocity V of the liquid injected in said injections is comprised between 0.05 m.s -1 and 40 m.s -1, for preference between 0.1 m.s -1 and 30 m.s -1 and very preferably between 0.5 m.s -1 and 10 m.s -1. - at least one injection of recirculated and/or makeup liquid into the frustoconical part of the item of equipment; - at least one injection of recirculated and/or makeup liquid into the cylindrical part of the item of equipment; said one or more injections situated in said frustoconical part being inclined with respect to the wall of the frustoconical lower part by an angle β1 in the vertical plane (xz) and by an angle β2 in the horizontal plane (xy); said one or more injections situated in said cylindrical part being inclined with respect to the wall of the cylindrical upper part by an angle θ1 in the vertical plane (xz) and by an angle θ2 in the horizontal plane (xy), the angles β1 and θ1 being comprised between 5° and 175°, the angles β2 and θ2 being comprised between 90° and 270°, and wherein the velocity V of the liquid injected in said injections is comprised between 0.05 m.s -1 and 40 m.s -1, for preference between 0.1 m.s -1 and 30 m.s -1 and very preferably between 0.5 m.s -1 and 10 m.s -1.
Burner having a burner housing which is equipped with feeds (3, 6) for fuel and oxidizing agent, said housing, in the as-intended installed state, projecting with a burner tip into a reaction zone and being assigned a cooling device for cooling the burner tip, wherein at least one heat pipe (11, 12) is provided as a cooling device, which pipe has an evaporation zone (13, 14) which is arranged inside the burner housing and which is thermally connected to the burner tip, and which pipe has a condensation zone (16, 17) which is thermally connected to at least one heat exchanger which is arranged outside the reaction zone, characterized in that the condensation zone(s) (16, 17) of the heat pipe(s) (11, 12) is/are thermally connected via the heat exchanger to a supply line (4, 7) for fuel and/or oxidizing agent supplied to the burner.
An inhaler comprising a reservoir of an inhalable composition; a housing containing the reservoir and having an outlet end and an opposite end; and a composition flow path (13, 14) for the flow of the composition from the reservoir along the flow path and out of a composition outlet at the outlet end of the housing; characterised by a flexible diaphragm which does not form part of the composition flow path defining a suction chamber as one side of the diaphragm, the suction chamber extending from an air outlet at the outlet end of the housing, and terminating part way along the housing such that the diaphragm separates the suction chamber on one side of the diaphragm from the remainder of the housing on the opposite side of the diaphragm; a valve element movable with the diaphragm and biased by a biasing force into a position in which it closes the composition flow path; wherein suction on the outlet end reduces the pressure in the suction chamber thereby lifting the valve element against the biasing force to open the composition flow path; and wherein the biasing force is arranged to close the composition flow path (13, 14) once the suction ceases.
A method for preparing a yeast isolate producing at least 100 mg/L hydrocortisone, comprising: (a) providing two integration plasmids with four expression cassettes, each integration plasmid comprising at least two expression cassettes, wherein the four expression cassettes are P450scc, adrenodoxin, P450c11, and 3β-hydroxysteroid dehydrogenase (3β-HSD) (b) stably integrating multiple copies of the two integration plasmids into a population of yeast cells, by co-transforming the plasmids into the yeast, (c) performing a primary screen to select at least 30 yeast clones, wherein selection of the clones is based on the presence of the expression cassettes, or selection for the expression of a selectable marker when such a marker is present, and (d) performing a functional secondary screen on the at least 30 yeast clones selected in the primary screen, to identify said yeast isolate producing at least 100 mg/L hydrocortisone. (a) providing two integration plasmids with four expression cassettes, each integration plasmid comprising at least two expression cassettes, wherein the four expression cassettes are P450scc, adrenodoxin, P450c11, and 3β-hydroxysteroid dehydrogenase (3β-HSD) (b) stably integrating multiple copies of the two integration plasmids into a population of yeast cells, by co-transforming the plasmids into the yeast, (c) performing a primary screen to select at least 30 yeast clones, wherein selection of the clones is based on the presence of the expression cassettes, or selection for the expression of a selectable marker when such a marker is present, and (d) performing a functional secondary screen on the at least 30 yeast clones selected in the primary screen, to identify said yeast isolate producing at least 100 mg/L hydrocortisone.
A steering lock for vehicles comprising an outer housing adapted to be blocked on a fixed body and at least partially surrounding a rotating steering shaft, a main member for angular locking of said steering shaft, actuator means for displacing said main member with respect to said housing between a forward operational position, in which the main member is partially inserted within a retaining seat borne by the steering shaft, and a retracted rest position, in which the main locking member allows the free rotation of said steering shaft, and tamper-proof means activated by the rupture of the outer housing or by the extraction of said main member, characterised in that said tamper-proof means comprise an angular locking additional member coupled to said outer housing and adapted to engage said retaining seat following the removal of said main angular member.
A hair styling device comprising: an elongate arm having a hair receiving surface extending along at least part of the arm; an air passageway coupled to the arm; an elongate air outlet associated with the hair receiving surface, the elongate air outlet being disposed substantially parallel to the arm, wherein the air passageway is in fluidic communication with the elongate air outlet; and, brush means attached to the arm at or adjacent the hair receiving surface, being characterised in that the elongate air outlet is configured to blow air across the hair receiving surface and substantially along the length of hair received by the brush means. an elongate arm having a hair receiving surface extending along at least part of the arm; an air passageway coupled to the arm; an elongate air outlet associated with the hair receiving surface, the elongate air outlet being disposed substantially parallel to the arm, wherein the air passageway is in fluidic communication with the elongate air outlet; and, brush means attached to the arm at or adjacent the hair receiving surface, being characterised in that the elongate air outlet is configured to blow air across the hair receiving surface and substantially along the length of hair received by the brush means.
A delaminatable container, comprising a container body having a storage portion to store contents and a mouth to discharge the contents from the storage portion, the storage portion and the mouth having an outer layer and an inner layer, and having an inner bag composed of the inner layer to be shrunk with a decrease in the contents, wherein the mouth includes an engagement section to be engaged with a cap mounted to the mouth, characterized in, that a constriction section is provided on a storage portion side from the engagement section and constricting inside the mouth, the engagement section is a ring-shaped projection capable of being engaged with a press-fit cap, and the mouth includes an upright wall extending from an outer edge of an upper wall of the constriction section at an angle between 45 and 135 degrees relative to the upper wall, so that a gap is provided between the inner layer at the upper wall and the inner layer at the upright wall, so that the inner layer is not caught in the outer layer (11e, 11f) at the upper wall and at the upright wall.
A computer-implemented method performed by a data processing apparatus, the method comprising: receiving a signal indicating that a moving heat source was detected by a passive infrared sensor; receiving a signal comprising a current temperature; determining, based on the current temperature and at least one previous temperature that an area in proximity to the passive infrared sensor has experienced a temperature change; and in response to the determination that the area in proximity to the passive infrared sensor has experienced a temperature change in a same time period as the passive infrared sensor detected the moving heat source, disregarding the signal indicating that a moving heat source was detected by the passive infrared sensor as a false alert and not sending an indication of motion detected. receiving a signal indicating that a moving heat source was detected by a passive infrared sensor; receiving a signal comprising a current temperature; determining, based on the current temperature and at least one previous temperature that an area in proximity to the passive infrared sensor has experienced a temperature change; and in response to the determination that the area in proximity to the passive infrared sensor has experienced a temperature change in a same time period as the passive infrared sensor detected the moving heat source, disregarding the signal indicating that a moving heat source was detected by the passive infrared sensor as a false alert and not sending an indication of motion detected.
Arrangement for the mobile use of an enterprise resource planning system, ERP system, and of further applications by a user, having a mobile terminal which is suitable for data interchange, to which scripts are transmitted via a network and stored thereon and which can use scripts to access applications on a server and to execute them, an access point, an ERP system with ERP logic as applications in the form of modules which are connected by means of extranet and intranet, characterized in that a connection from the mobile terminal to the ERP system via the intranet contains a mobile ERP server, arranged between the connection and the intranet, with a memory area in which are stored access authorizations, configured individually for each user and for each mobile terminal, for the modules of the ERP system with the logic of said modules as applications with a link to individually customized scripts for visualizing menus, with scripts for starting applications and for the input masks which are to be visualized for the applications to be used, on a display of the mobile terminal.
A wire electric discharge machine having a core fixing function of fixing a core produced by electric discharge machining and a workpiece, by relatively moving a wire electrode and a workpiece in accordance with a machining program, by performing electrode discharge machining of the workpiece by electric discharge generated between the wire electrode and the workpiece, and by attaching and depositing machining debris produced by the electric discharge machining to a machining groove, the wire electric discharge machine characterized by comprising: a core image acquiring unit for acquiring an image of the core; a control device having a processor and being connected to the core image acquiring unit, the control device being configured for determining whether the core is fixed from the image acquired by the core image acquiring unit; and stopping the electric discharge machining, when the control device determines that the core is not fixed. a core image acquiring unit for acquiring an image of the core; a control device having a processor and being connected to the core image acquiring unit, the control device being configured for determining whether the core is fixed from the image acquired by the core image acquiring unit; and stopping the electric discharge machining, when the control device determines that the core is not fixed. determining whether the core is fixed from the image acquired by the core image acquiring unit; and stopping the electric discharge machining, when the control device determines that the core is not fixed.
A speaker, comprising a housing and a kernel located in the housing, wherein there is a front cavity and a rear cavity in the housing, and the front cavity and the rear cavity are at least partially stacked along a thickness direction of the kernel; wherein the rear cavity comprises a first rear cavity and a second rear cavity, and the first rear cavity is in air communication with the second rear cavity; wherein the housing comprises a side frame, an upper cover plate, and a lower cover plate disposed opposite to the upper cover plate; a spacer is disposed in the housing, the kernel is disposed between the upper cover plate and the spacer, and the kernel and the spacer are disposed in a stacked manner along the thickness direction of the kernel; the kernel, the spacer, and side walls of the side frame enclose the front cavity, and a sound hole in communication with the front cavity is disposed on a side wall of the side frame; the upper cover plate, side walls of the kernel, and the side walls of the side frame enclose the first rear cavity; and the lower cover plate, the side walls of the side frame, and the spacer enclose the second rear cavity, wherein the first rear cavity, the front cavity, and the second rear cavity are disposed in a stacked manner along the thickness direction of the kernel. wherein the rear cavity comprises a first rear cavity and a second rear cavity, and the first rear cavity is in air communication with the second rear cavity; wherein the housing comprises a side frame, an upper cover plate, and a lower cover plate disposed opposite to the upper cover plate; a spacer is disposed in the housing, the kernel is disposed between the upper cover plate and the spacer, and the kernel and the spacer are disposed in a stacked manner along the thickness direction of the kernel; the kernel, the spacer, and side walls of the side frame enclose the front cavity, and a sound hole in communication with the front cavity is disposed on a side wall of the side frame; the upper cover plate, side walls of the kernel, and the side walls of the side frame enclose the first rear cavity; and the lower cover plate, the side walls of the side frame, and the spacer enclose the second rear cavity, wherein the first rear cavity, the front cavity, and the second rear cavity are disposed in a stacked manner along the thickness direction of the kernel.